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Calcium bicarbonate dryer Working principle: The material enters the machine from the inlet of the feed. Under the action of the vibration force, the material is thrown along the fluidized bed of the horizontal plane and moves forward continuously. The hot air passes through the fluidized bed and exchanges heat with the wet material, and the humid air is removed by the cyclone. Exhausted by exhaust 1:3. The dry material is discharged from the discharge inlet. Calcium bicarbonate dryer Adaptable materials: It is suitable for drying and cooling of powdery and granular materials in chemical, pharmaceutical, food, dehydrated vegetables, grain, minerals and other industries. Such as: citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizer, dill, silk, soybean meal, distiller's grains, seeds, slag, sugar and so on. Calcium bicarbonate dryer Features: ◎The vibration source is driven by vibration motor, which is stable in operation, convenient in maintenance, low in noise and long in life. ◎The fluidization is well-proportioned, and there is no dead space and blow-through phenomenon, so that uniform drying and cooling of the product can be obtained. ◎ Good adjustability, suitable for wide surface. Stepless adjustment is achieved by layer thickness and movement speed in the machine as well as full amplitude changes. ◎The damage to the surface of the material is small. It can be used for the drying of fragile materials. When the material particles are irregular, it will not affect the working effect. ◎ adopts a fully enclosed structure. It effectively prevents cross-infection between materials and air, and the working environment is clean. ◎ High mechanical efficiency and thermal efficiency, good energy saving effect, energy saving 30-60% compared with general drying equipment. Overview of calcium bicarbonate: Calcium hydrogencarbonate is an inorganic acid salt. It is easily soluble in water, and calcium hydrogencarbonate can be obtained by reacting sodium hydrogencarbonate with a calcium salt which is easily soluble in water. Calcium hydrogencarbonate is relatively stable below 0 degrees Celsius; it is easily decomposed at room temperature to obtain calcium carbonate solids. Briefly explain why fluidized bed equipment is preferred by users: The fluidized bed equipment is a batch system. The loading and unloading of the pallet is usually manually operated and labor intensive. The system has developed into a structure called a tunnel, which is generally indexed continuously by the floor drive device. The operation is faster and very popular with users. Vibrating Fluidized Beds Manufacturers Introduction Fluidized bed equipment is continuously operated, but it is still necessary to intermittently insert new carts before continuing to dry and remove the products. You can add systems to automatically load, stack, and empty trays, all of which can enhance your approach to a continuous conveyor drying system. At the same time, the dryer can dry various feeds in liquids and slurries into granules, agglomerates and solids (objects), which are very suitable for small volumes, and sometimes prove to be economically feasible and load-bearing. At the same time, its residence time is infinitely controllable. The high variance of the initial humidity can be adjusted by adjusting the residence time, the temperature can be controlled very effectively, and the slope and immersion performance can be provided for applications requiring it. The strategic placement of most controls The thermocouple is connected to a solid state temperature controller that regulates the heat source to achieve the desired operating temperature. Designed to meet demanding applications, it can be designed to raise temperatures up to about 600 degrees. Pallets, internals and even entire units can be made from advanced materials, including various grades of stainless steel, which are usually insulated and coated. Reduce heat loss. Vibrating fluidized bed manufacturers generally do not need any dust collection, and the required air flow and associated speed reduce the possibility of entrainment and reduce carryover. However, if the product is very delicate, you can install a vacuum cleaner and control the emissions.

Antioxidant Material Description: Antioxidants are a class of chemicals that, when present in small amounts in a polymer system, retard or inhibit the oxidation of the polymer, thereby preventing aging of the polymer and extending its useful life. Anti-aging agent." Antioxidant Dryer Product Overview: SZG double cone vacuum dryer is a new generation drying device developed by our factory in combination with domestic similar product technology. Double cone vacuum adopts belt-chain two elastic connection method, so the equipment runs smoothly. The specially designed process fully embodies the good concentricity of the two shafts. The heat medium and vacuum system use reliable mechanical seals or American technology rotary joints. On this basis, we have developed SZG-A which can be used for both stepless speed regulation and constant temperature control. As a professional drying equipment manufacturer, our products are made from high-temperature heat-conducting oil, medium-temperature steam and low-temperature hot water. When drying viscous materials, the factory will specially design a [copy board" mechanism or set balls in the tank. Antioxidant dryer Working principle: ◎Into the closed interlayer, heat energy (such as hot water, low-pressure steam or heat-conducting oil) is introduced, and heat is transferred to the dried material through the inner casing. ◎ Under the power drive, the tank body rotates slowly, and the materials in the tank are continuously mixed to achieve the purpose of strengthening and drying. ◎The material is in a vacuum state, the vapor pressure drops so that the water (solvent) on the surface of the material reaches a saturated state and evaporates, and is discharged and recovered in time by a vacuum pump. The water (solvent) inside the material continuously permeates, evaporates and discharges to the surface, and the materials are continuously dried in a short time. Antioxidant dryer Adaptable material: It is suitable for the concentration, mixing, drying and low-temperature drying of powders, granules and fibers in the chemical, pharmaceutical and food industries (such as biochemical products). It is more suitable for drying of materials that are easily oxidized, volatile, heat sensitive, strongly irritating, toxic materials and materials that are not allowed to damage crystals. Antioxidant dryer Features: ◎ When the oil is heated. Automatic constant temperature control. Can dry biochemicals ◎ and mineral raw materials, the temperature can be between 20 ~ 160oC. ◎ High thermal efficiency, more than 2 times higher than the average oven. ◎ Indirect heating. The material will not be contaminated and meet the requirements of [GMP". Equipment maintenance is easy and easy to clean. ◎Recommended process placement demonstration solvent recovery process placement. What are the manufacturing requirements for the double cone dryer? 1. Material requirements: A. Direct contact with material parts should use non-toxic, corrosion-resistant, non-adsorbing drug materials that do not react with the drug, and documentation of the material. B, stainless steel plate should meet the requirements of GB / T4237. 2. Structure and appearance requirements: A. The inner surface of the device and the working part of a surface should be flat, smooth and free from dead spots, easy to disinfect and clean. B. Lubricate the seals, the transmission parts should be free of leakage. C, SZG series double cone rotary vacuum dryer drive components and the outer surface of the box should be made of stainless steel cladding. After that, the painted surface should be smooth and flat with no visible visual defects and other irregularities. 3, performance requirements: A, SZG series double cone rotary vacuum dryer operating system should be sensitive and reliable; mechanical transmission should be free of blockage and abnormal sound, the tank should be a smooth rotation; vacuum pipe coaxial and the main body, improper shaking phenomenon. B, the operating noise level should not exceed 85 decibels. 4. Safety requirements: A. The insulation resistance of the electrical system shall be observed in 19.4 and GB5226.1-2002. B. The voltage electrical system shall comply with the provisions of 19.3 of GB5226.1-2002. C. Marks the electrical system, warning signs and project codes shall comply with the provisions of GB5226.1-2002 in Chapter 17. D. Design, manufacture, testing equipment and container division GB150-1998 implementation of the relevant provisions "pressure vessel safety technical supervision procedures." That is, the mechanical transmission components should have sufficient strength and rigidity of the gears to take necessary protective measures to ensure the safety of the operators.

What is dehydroacetic acid? Dehydroacetic acid, solid white or light yellow crystalline powder, odorless, odorless, melting point 108 ~ 110 ° C, boiling point 270 ° C, is a low toxicity high-efficiency anti-corrosion, anti-mold agent. It has certain antibacterial effects under acid and alkali conditions, especially for molds. It is an effective disinfectant. Storage method: 1. Store in a cool, dry, well-ventilated warehouse. Keep away from fire and heat. Protect from direct sunlight. The package is sealed. 2. It should be stored separately from acids and food chemicals, and should not be mixed. The storage area should be provided with suitable materials to contain spills. Dehydroacetic acid dryer Working principle: The material enters the machine from the inlet of the feed. Under the action of the vibration force, the material is thrown along the fluidized bed of the horizontal plane and moves forward continuously. The hot air passes through the fluidized bed and exchanges heat with the wet material, and the humid air is removed by the cyclone. Exhausted by exhaust 1:3. The dry material is discharged from the discharge inlet. Dehydroacetic acid dryer Adapt to materials: It is suitable for drying and cooling of powdery and granular materials in chemical, pharmaceutical, food, dehydrated vegetables, grain, minerals and other industries. Such as: citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizer, dill, silk, soybean meal, distiller's grains, seeds, slag, sugar and so on. Dehydroacetic acid dryer Features: ◎The vibration source is driven by vibration motor, which is stable in operation, convenient in maintenance, low in noise and long in life. ◎The fluidization is well-proportioned, and there is no dead space and blow-through phenomenon, so that uniform drying and cooling of the product can be obtained. ◎ Good adjustability, suitable for wide surface. Stepless adjustment is achieved by layer thickness and movement speed in the machine as well as full amplitude changes. ◎The damage to the surface of the material is small. It can be used for the drying of fragile materials. When the material particles are irregular, it will not affect the working effect. ◎ adopts a fully enclosed structure. It effectively prevents cross-infection between materials and air, and the working environment is clean. ◎ High mechanical efficiency and thermal efficiency, good energy saving effect, energy saving 30-60% compared with general drying equipment. Three braking methods for vibrating fluidized bed dryers: 1. The electromagnetic brake is to lock the shaft of the vibrating fluidized bed by mechanical means. The electromagnetic brake is normally started after SV and OFF. Otherwise, the amplifier may be overloaded. The dynamic brake is normally started after SV, OFF or the main circuit is powered off. Doing so may cause the dynamic braking resistor to overheat. 2. Regenerative braking means that the vibration fluidized bed feeds back the energy generated by the braking to the DC bus through the inverter loop during deceleration or stop, and is absorbed by the RC circuit. The regenerative braking must be performed when the servo is working normally. In the case of failure, emergency stop, power failure, etc., the vibrating fluidized bed cannot be braked, and the work is automatically performed by the system. 3. The dynamic brake is composed of dynamic braking resistor. When the fault, emergency stop and power supply are cut off, the mechanical feed distance of the vibrating fluidized bed is shortened by the energy consumption braking. The dynamic brake does not need power supply when working, and external relay control is required.

Mannitol Overview: Mannitol is readily soluble in water and is a white, clear solid with a sugar-like sweetness. Mannitol drying equipment Product introduction: Boiling fluidized bed, which is composed of air filter, heater, bubbling bed host, cyclone separator, bag filter, high-pressure centrifugal fan and operation console. Due to the different nature of dry materials, it can be equipped as needed. Considering that the cyclone separator and the bag filter can be selected at the same time, or one of them can be selected. Generally, the larger specific gravity such as the granule and the granular material are dried, only the cyclone separator is selected, and the small specific gravity is small granular and powdery. The material needs to be equipped with a bag filter, and a pneumatic feeding device and a belt conveyor are available for selection. The granular solid material is fed into the fluidized bed dryer by the feeder, and the filtered clean air is heated and sent to the bottom of the fluidized bed by the blower to contact the solid material through the distribution plate to form a heat exchange of fluidization to achieve gas-solidity. After the material is dried, it is discharged from the discharge port, and the exhaust gas is discharged from the top of the boiling bed through the cyclone dust collector group and the bag filter to recover the solid powder and then emptied. Vapor, electric and hot blast stoves can be used (according to user requirements). Mannitol drying equipment Working principle: The clean hot air is distributed into the bed through the valve plate, and the wet material entering from the feeder is boiled by the hot air. Since the hot air is in extensive contact with the material, the heat and mass transfer process is enhanced, so it can be dried in a short time. If the continuous type is used, the material enters from one end of the bed, and after boiling for several tens of seconds to several minutes, it automatically flows out from the other end of the bed. This equipment is generally operated under negative pressure. Mannitol drying equipment Adapt to materials: ◎ Drying of pharmaceuticals, chemical raw materials, food, grain processing and feed. Such as: raw material medicine, tablet granules, Chinese medicine granules, health food, beverage granules, corn germ, feed, plastic resin, citric acid and other powder materials dry and dehumidification. The applicable material has a particle size of generally 0.1 to 6 mm and a particle diameter of 0.5 to 3 mm. Mannitol drying equipment Granulation in the pharmaceutical industry: tablet granules, granules, capsule granules. Granulation in the food industry: cocoa, coffee, milk powder, granule juice, condiments, etc. Granulation in other industries: pesticides, feed, fertilizers, pigments, dyes and chemicals. Drying of powdery or granular wet materials. Coating: granules, pellet protective layer, color preparation, sustained release, film, enteric coating, and the like. Precautions for powder safety in boiling dry beds: For the safety hazard caused by the boiling of powder in the boiling dry bed, there is a literature on the prevention of the two types of hidden dangers of powders. As a boiling drying equipment, the following can be used for reference. 1. Anti-static measures for boiling dry bed: The measures for boiling the powder in the boiling drying bed to prevent static electricity can be borrowed as follows: 1) The trapping bag is made of anti-static fiber material, which can eliminate the static electricity entering the powder in the bag in time, and avoid the peeling and electrification generated when the powder aggregates fall off. 2) Use the conductor material as the connecting part of the air supply duct and each connecting component, and carefully connect the whole system to make the static electricity on the powder guide away in time. 3) Other methods, such as increasing pipe diameter, reducing elbows, regular cleaning and discharging, and operating workers wearing anti-static clothing, are also effective in suppressing, reducing and eliminating static electricity during powder boiling. 2, boiling dry bed anti-dust explosion measures: The measures that can be learned from the boiling of powder in a boiling drying bed to prevent dust explosion are as follows: 1) Remove the ignition source. For equipment and devices that may generate fire sources, install a explosion suppression system, and install explosion-proof membranes or pressure relief valves in dust removal or dust filtration equipment and pipelines. 2) Frequently remove dust from pipes and trap bags, and no dust accumulation. 3) Explosion-proof devices such as explosion-proof motors and grounding wires should be used for electrical equipment. 4) The design of the plant should comply with the requirements for the prevention of dust explosion, according to the anti-explosion design, and there must be sufficient explosion-proof pressure relief area.

Sorbitol Overview: Sorbitol, alias sorbitol. It is a white hygroscopic powder or a crystalline powder, flakes or granules, and is odorless. Depending on the crystallization conditions, the melting point varies from 88 to 102 ° C, soluble in water (1 g dissolved in about 0.45 mL of water), slightly soluble in ethanol and acetic acid. It has a cool sweet taste, about half the sweetness of sucrose, and its calorific value is similar to that of sucrose. Most of the food industry is 69-71% sorbitol liquid. Toxicity tests have shown that excessive oral administration can cause diarrhea and digestive disorders. Sorbitol dryer Working principle: The clean hot air is distributed into the bed through the valve plate, and the wet material entering from the feeder is boiled by the hot air. Since the hot air is in extensive contact with the material, the heat and mass transfer process is enhanced, so it can be dried in a short time. If the continuous type is used, the material enters from one end of the bed, and after boiling for several tens of seconds to several minutes, it automatically flows out from the other end of the bed. This equipment is generally operated under negative pressure. Sorbitol dryer Adaptable materials: ◎ Drying of pharmaceuticals, chemical raw materials, food, grain processing and feed. Such as: raw material medicine, tablet granules, Chinese medicine granules, health food, beverage granules, corn germ, feed, plastic resin, citric acid and other powder materials dry and dehumidification. The applicable material has a particle size of generally 0.1 to 6 mm and a particle diameter of 0.5 to 3 mm. Sorbitol dryer Product introduction: Boiling fluidized bed, which is composed of air filter, heater, bubbling bed host, cyclone separator, bag filter, high-pressure centrifugal fan and operation console. Due to the different nature of dry materials, it can be equipped as needed. Considering that the cyclone separator and the bag filter can be selected at the same time, or one of them can be selected. Generally, the larger specific gravity such as the granule and the granular material are dried, only the cyclone separator is selected, and the small specific gravity is small granular and powdery. The material needs to be equipped with a bag filter, and a pneumatic feeding device and a belt conveyor are available for selection. The granular solid material is fed into the fluidized bed dryer by the feeder, and the filtered clean air is heated and sent to the bottom of the fluidized bed by the blower to contact the solid material through the distribution plate to form a heat exchange of fluidization to achieve gas-solidity. After the material is dried, it is discharged from the discharge port, and the exhaust gas is discharged from the top of the boiling bed through the cyclone dust collector group and the bag filter to recover the solid powder and then emptied. Vapor, electric and hot blast stoves can be used (according to user requirements). The difference between the application of different boiling dryers in the industry: There are many kinds of boiling dryers and they are widely used in industry. This paper will start with the principle of boiling dryer and compare the characteristics of several boiling dryers. Boiling dryer, also known as fluidized bed, has been used and improved for more than 30 years. It is now more and more important in pharmaceutical, food, chemical, food and other aspects. However, the performance of different types of boiling dryers And the application is different. The definition of boiling drying: boiling drying, also known as fluidized drying, refers to the process of drying the solid particles in a fluidized state. The principle of boiling and drying: refers to the drying medium to dry the solid particles in the fluidized state. The basis of the material drying process is the boiling of the powder. At the same time, under the action of exhausting, the fine powder in the container is filtered through the collecting bag. The rear row is outdoors. During drying, due to gas-solid two-phase countercurrent contact, vigorous agitation. The solid particles are suspended in a drying medium and have a large contact surface area, which is excellent in heat transfer, mass transfer, volume dry strength, and thermal efficiency. Because of the better adaptability of boiling drying to various materials, it has smaller floor space, larger production capacity, higher thermal efficiency, easier operation control and less particle damage than other dryers. It is widely used nowadays, especially in the pharmaceutical industry. in. 1. Because the temperature distribution in the fluidized bed is uniform, thus avoiding any local overheating of the product, it is especially suitable for drying certain heat sensitive materials; 2. The residence time of the material in the dryer can be adjusted as needed, so the moisture content of the product is stable; 3. Continuous operation can be carried out in the same equipment, and intermittent operation can also be performed; 4. Since the contact area between the material and the drying medium is large, and the material is continuously stirred vigorously in the bed, the heat transfer effect is good and the heat capacity coefficient is large; 5. The drying device itself does not include mechanical moving parts, so the investment cost of the equipment is low and the maintenance workload is small.

What is hydroxide? The hydroxide refers to an inorganic compound formed by a metal cation or an ammonium ion and a hydrogen atomic group, and is also called a base, and is a hydroxide of a metal element (including ammonium). For non-metal hydroxides, it is generally not referred to as hydroxide, except for ammonia monohydrate (also known as ammonium hydroxide), which has a weakly basic aqueous solution. Hydroxide drying equipment Working principle: The hot air tangentially enters the bottom of the dryer and is driven by the agitator to form a powerful rotating wind field. The paste material enters the dryer by the screw feeder. Under the strong action of the high-speed rotating stirring paddle, the material is dispersed under the action of impact, friction and shearing force, the block material is rapidly pulverized, and it is fully contacted with hot air and heated. ,dry. The dehydrated dry material rises with the hot gas flow, and the classification ring intercepts the large particles. The small particles are discharged from the center of the ring to the outside of the dryer, and are recovered by the cyclone separator and the dust collector. The dry material is not dried or the bulk material is subjected to centrifugal force. , fell to the bottom and was crushed and dried. Hydroxide drying equipment Features: ◎ Organic combination of swirling, fluidizing, spraying and pulverizing and grading techniques. ◎Compact equipment, small size, high production efficiency, continuous production, realized ◎ "Small equipment, large production". ◎ Large drying strength, low energy consumption and high thermal efficiency. ◎The material has short residence time and good finished product quality, which can be used for drying heat sensitive materials. ◎ Negative pressure or micro-negative pressure operation, good airtightness, high efficiency and elimination of environmental pollution. Hydroxide drying equipment Organic substances: Atrazine (pesticide insecticide), lauric acid barrier, benzoic acid, benzoic acid, bactericidal Dan, sodium oxalate, cellulose acetate, organic pigments, etc. Dyes: antimony, black iron oxide, indigo pigment, butyric acid, titanium hydroxide, zinc sulfide, various azo dye intermediates. Inorganic materials: borax, calcium carbonate, hydroxide, copper sulfate, iron oxide, barium carbonate, antimony trioxide, various metal hydroxides, various heavy metal salts, synthetic cryolite, and the like. Food: soy protein, gelatinized starch, wine trough, wheat sugar, wheat starch, etc. How to choose a flash dryer? We know that the flash dryer is a high-quality drying equipment. It is a new type of continuous drying equipment that integrates drying, crushing and sieving. We all know that he has many advantages, but we still need to pay attention to some when purchasing. Matters, because the current production of flash dryers is more manufacturers, how to pick good and cheap in many suppliers is not easy. Before buying, we should first understand the basics of the flash dryer and we should consider the use of the flash dryer. Method / Step: 1. Physical and chemical properties of materials to be dried, material form, water content, water content, water of crystallization, particle size, bulk density, viscosity, heat sensitivity, softening point, phase transition point, thixotropic property, toxicity, corrosiveness, odor, flammability , explosive, electrostatic, gas permeability, agglomeration, easy comminution of crystals or particles, etc. will affect the drying effect 2. The drying characteristics of the material, the drying curve, the critical moisture content and the equilibrium moisture content under the selected drying conditions. Dry production requirements and long-term planning, the impact of material commodity value and drying effect, such as product moisture, pollution, temperature, wear, chalking, crushing, rehydration, etc. on the value of the commodity, the recovery rate of the material Claim. 3. Due to the same drying method, the heat energy consumed by drying and dehydrating one kilogram is basically the same, and the capacity of the heat source (hot air stove, steam radiator, etc.) of the dryer is also certain, so the main technical index of the dryer - drying capacity It is often based on the amount of dewatering per hour (or the amount of dehydration). This indicator is determined under certain conditions, such as wet material type, initial moisture content, final moisture content, hot air temperature, ambient temperature and humidity, and the like. As long as one of the conditions changes, it has an impact on the production capacity of the dryer, and sometimes the impact is still large. 4, wet material type Here refers to the combination of material and moisture. The wet material can be divided into capillary porous materials. The moisture is mainly combined with the capillary force, such as sand, silica, activated carbon, and ceramics. The bonding strength between moisture and materials is small, and drying is easy; colloidal materials, The combination of moisture and material penetration is dominant, such as glue and flour dough. The material generally exhibits high viscosity, and the combined strength of moisture and material is large, and drying is difficult. Capillary porous colloidal materials have the above two types of substances. The nature of such materials as peat, clay, wood, fabric, grain, leather, etc., but the form of moisture combination between such materials is also different, the copper enamel plant determines the difficulty of dehydration under the same conditions. Not the same. 5, hot air temperature or dry medium temperature, is a pipe jacking condition in the dry. The higher the hot air temperature, the more heat energy is contained, and the lower the relative humidity of the hot air, the stronger the ability to absorb water and carry moisture, which is very favorable for drying, and the drying heat efficiency is also high. In many drying equipment, when the other conditions are constant, the dewatering capacity of the dryer is substantially proportional to the change in hot air temperature. When selecting the drying equipment, it is necessary to have sufficient data for the ultimate temperature of the damaged material. When the material permits, try to select the high temperature medium. In particular, many drying methods, especially rapid drying, the temperature of the dried material is much lower than the drying medium temperature. For example, the hot air temperature of the airflow dryer is as high as 250 ° C or higher, and the discharge temperature is generally below 60 ° C. .

What is hydroxide? The hydroxide refers to an inorganic compound formed by a metal cation or an ammonium ion and a hydrogen atomic group, and is also called a base, and is a hydroxide of a metal element (including ammonium). For non-metal hydroxides, it is generally not referred to as hydroxide, except for ammonia monohydrate (also known as ammonium hydroxide), which has a weakly basic aqueous solution. Hydroxide drying equipment Working principle: The hot air tangentially enters the bottom of the dryer and is driven by the agitator to form a powerful rotating wind field. The paste material enters the dryer by the screw feeder. Under the strong action of the high-speed rotating stirring paddle, the material is dispersed under the action of impact, friction and shearing force, the block material is rapidly pulverized, and it is fully contacted with hot air and heated. ,dry. The dehydrated dry material rises with the hot gas flow, and the classification ring intercepts the large particles. The small particles are discharged from the center of the ring to the outside of the dryer, and are recovered by the cyclone separator and the dust collector. The dry material is not dried or the bulk material is subjected to centrifugal force. , fell to the bottom and was crushed and dried. Hydroxide drying equipment Features: ◎ Organic combination of swirling, fluidizing, spraying and pulverizing and grading techniques. ◎Compact equipment, small size, high production efficiency, continuous production, realized ◎ "Small equipment, large production". ◎ Large drying strength, low energy consumption and high thermal efficiency. ◎The material has short residence time and good finished product quality, which can be used for drying heat sensitive materials. ◎ Negative pressure or micro-negative pressure operation, good airtightness, high efficiency and elimination of environmental pollution. Hydroxide drying equipment Organic substances: Atrazine (pesticide insecticide), lauric acid barrier, benzoic acid, benzoic acid, bactericidal Dan, sodium oxalate, cellulose acetate, organic pigments, etc. Dyes: antimony, black iron oxide, indigo pigment, butyric acid, titanium hydroxide, zinc sulfide, various azo dye intermediates. Inorganic materials: borax, calcium carbonate, hydroxide, copper sulfate, iron oxide, barium carbonate, antimony trioxide, various metal hydroxides, various heavy metal salts, synthetic cryolite, and the like. Food: soy protein, gelatinized starch, wine trough, wheat sugar, wheat starch, etc. How to choose a flash dryer? We know that the flash dryer is a high-quality drying equipment. It is a new type of continuous drying equipment that integrates drying, crushing and sieving. We all know that he has many advantages, but we still need to pay attention to some when purchasing. Matters, because the current production of flash dryers is more manufacturers, how to pick good and cheap in many suppliers is not easy. Before buying, we should first understand the basics of the flash dryer and we should consider the use of the flash dryer. Method / Step: 1. Physical and chemical properties of materials to be dried, material form, water content, water content, water of crystallization, particle size, bulk density, viscosity, heat sensitivity, softening point, phase transition point, thixotropic property, toxicity, corrosiveness, odor, flammability , explosive, electrostatic, gas permeability, agglomeration, easy comminution of crystals or particles, etc. will affect the drying effect 2. The drying characteristics of the material, the drying curve, the critical moisture content and the equilibrium moisture content under the selected drying conditions. Dry production requirements and long-term planning, the impact of material commodity value and drying effect, such as product moisture, pollution, temperature, wear, chalking, crushing, rehydration, etc. on the value of the commodity, the recovery rate of the material Claim. 3. Due to the same drying method, the heat energy consumed by drying and dehydrating one kilogram is basically the same, and the capacity of the heat source (hot air stove, steam radiator, etc.) of the dryer is also certain, so the main technical index of the dryer - drying capacity It is often based on the amount of dewatering per hour (or the amount of dehydration). This indicator is determined under certain conditions, such as wet material type, initial moisture content, final moisture content, hot air temperature, ambient temperature and humidity, and the like. As long as one of the conditions changes, it has an impact on the production capacity of the dryer, and sometimes the impact is still large. 4, wet material type Here refers to the combination of material and moisture. The wet material can be divided into capillary porous materials. The moisture is mainly combined with the capillary force, such as sand, silica, activated carbon, and ceramics. The bonding strength between moisture and materials is small, and drying is easy; colloidal materials, The combination of moisture and material penetration is dominant, such as glue and flour dough. The material generally exhibits high viscosity, and the combined strength of moisture and material is large, and drying is difficult. Capillary porous colloidal materials have the above two types of substances. The nature of such materials as peat, clay, wood, fabric, grain, leather, etc., but the form of moisture combination between such materials is also different, the copper enamel plant determines the difficulty of dehydration under the same conditions. Not the same. 5, hot air temperature or dry medium temperature, is a pipe jacking condition in the dry. The higher the hot air temperature, the more heat energy is contained, and the lower the relative humidity of the hot air, the stronger the ability to absorb water and carry moisture, which is very favorable for drying, and the drying heat efficiency is also high. In many drying equipment, when the other conditions are constant, the dewatering capacity of the dryer is substantially proportional to the change in hot air temperature. When selecting the drying equipment, it is necessary to have sufficient data for the ultimate temperature of the damaged material. When the material permits, try to select the high temperature medium. In particular, many drying methods, especially rapid drying, the temperature of the dried material is much lower than the drying medium temperature. For example, the hot air temperature of the airflow dryer is as high as 250 ° C or higher, and the discharge temperature is generally below 60 ° C. .

Where is the Changzhou drying equipment manufacturer? - Of course, we trust "Changzhou Suli Drying Equipment Co., Ltd.". Our company has strong technology, professional equipment production experience, and is equipped with prototypes for customers to test. We welcome you to visit and negotiate with us. Your trust is Our pursuit, Su Li people will be dedicated to provide each customer with intimate service! What is quartz sand? Quartz sand is a quartz particle obtained by crushing quartz stone. Quartz stone is a non-metallic mineral, a hard, wear-resistant, chemically stable silicate mineral. The color of quartz sand is milky white, colorless and translucent, and Mohs hardness is 7. Quartz sand is an important industrial mineral raw material, non-chemical dangerous goods, widely used in glass, casting, ceramic and fireproof materials, smelting ferrosilicon, metallurgical flux, metallurgy, construction, chemicals, plastics, rubber, abrasives, filter materials and other industries. Quartz sand drying equipment Working principle: After the wet material is put into one end of the dryer, the material is evenly distributed and dispersed in the dryer under the flipping of the inner tube, and the material is fully contacted with the cocurrent (countercurrent) hot air to accelerate the drying heat transfer. Passed to the driving force. In the drying process, under the action of the inclined plate and the hot air flow, the material can be adjusted to the other side of the dryer to discharge the finished product. Quartz sand drying equipment ◎ Large particles in chemical, mining, metallurgical and other industries, such as: mine, blast furnace slag, coal, metal powder, phosphate fertilizer, ammonium sulfate. ◎ Drying of powder and granular materials with special requirements, such as: HP foaming agent, distiller's residue, light calcium carbonate, activated clay, magnetic powder, graphite, dregs. ◎Requires low temperature drying and requires large quantities of continuous drying materials. Quartz sand drying equipment Features: ◎The drum dryer has a high degree of mechanization and a large production capacity. ◎The fluid passes through the cylinder with low resistance and low functional consumption. ◎ The adaptability to material properties is relatively strong. ◎ stable operation, low operating cost, and good uniformity of product drying. How to make the drum dryer achieve low loss and high efficiency? HZG rotary drum dryer is a cylinder with a slight tilting of the main body and adjustable speed within a certain range. The wet material is fed into the cylinder by the feeder, and the material is dry under the flapping device of the inner cylinder. The device is evenly distributed and dispersed and is in full contact with the hot air (cocurrent or countercurrent) passing through the cylinder, which accelerates the drying heat transfer and mass transfer. Thereby achieving the purpose of drying. How to make the drum dryer achieve low loss and high efficiency? 1. Pay attention to the use of cooling water: the fan and pump used in the drum dryer are large equipment, and the fan is basically running continuously, so the motor used is very easy to heat. Here we need to use water for cooling. . But today, environmental problems are getting worse, and water is also a scarce resource. At this time, we need to recycle the cooling water, which not only reduces the loss, but also saves water. 2, consider the use of thermal energy: drum dryer is the use of thermal energy to some of the equipment with high water content, can not meet the production requirements of the drying operation. Whether or not its thermal energy can be fully utilized has become a top priority. Usually, we use coal, diesel, natural gas and heating pipes to generate heat through specific equipment. These equipments generally include four types of coal-fired furnaces, fuel burners, gas burners and electric heaters. The use of coal-fired furnaces is relatively extensive, but most of them can only be used in applications where material requirements are not strict, and heat exchangers are required in applications where strict requirements are required. Burners are commonly used in large dryer equipment, which is highly automated and can significantly reduce labor. Electric heaters are generally only used in the laboratory and are an ideal device. 3, pay attention to the overall insulation of the drum dryer: drying work is mainly the use of thermal energy, then the full use of thermal energy has become an important one. Therefore, we must pay special attention to the insulation work of the tumble dryer. No heat loss can occur in any part. 4, the use of frequency converter: Fan is an important supporting equipment of the drum dryer, and its basic operation is continuous, its loss is very large. Here we have to use the frequency converter, we can artificially control the operation of the fan after using the frequency converter. In addition, the inverter can be added at the dust removal equipment. 5. Pay attention to the design of the hot air distributor: if the thermal energy wants to contact the wet material, it must pass the hot air distributor. How to design the hot air distributor is an important task, which directly affects whether the material drying can meet the requirements. 6. Always check, maintain and maintain the equipment to ensure that all bolt fasteners are not loose. Always pay attention to the contact between the raceway and the retaining wheel and the tug, the windshield, the gear cover without wing cracks and frictional damage. Waiting for the situation.

What is nickel sulfate? Nickel sulfate is an inorganic substance, easily soluble in water, slightly soluble in ethanol and methanol, and its aqueous solution is acidic, slightly soluble in acid and ammonia, and toxic. Mainly used in the electroplating industry, it is the main nickel salt for electroplating nickel and electroless nickel, and also a source of metal nickel ions, which can dissociate nickel ions and sulfate ions during electroplating. Nickel sulphate dryer Working principle: The wet material is continuously fed from the feeder to the first layer of the drying tray on the upper part of the dryer, and the raking arm with the raking leaves is rotated to make the raking arm make a rotary motion so that the rakes continuously pluck the material. The material flows along the exponential spiral through the surface of the drying tray, the material on the small drying tray is transferred to the outer edge, and falls to the outer edge of the large drying tray below the outer edge. On the large dry tray, the material moves inward and falls from the middle. The material is dropped into a small dry tray as follows. The size of the drying tray is alternately arranged up and down, and the material is continuously flowed through the entire dryer. A heating medium is introduced into the hollow drying tray. The heating medium is in the form of saturated steam, hot water and heat transfer oil. The heating medium enters from one end of the drying tray and is led out from the other end. The dried material falls from the bottom layer of the drying tray to the bottom layer of the casing, and is then transferred to the discharge port by the rakes. The moisture fraction escapes from the material and is discharged by the moisture discharge port provided on the top cover, and the moisture of the vacuum type tray dryer is discharged by the vacuum pump port provided on the top cover. The dry material discharged from the bottom layer can be directly packaged. By adding fin heater, solvent recovery condenser, bag filter, dry material back mixing mechanism, induced draft fan and other auxiliary machines, it can improve its drying production capacity, dry paste and heat sensitive materials, which can be easily recycled. Solvent and can perform pyrolysis and reaction operations. Nickel sulphate dryer Technical characteristics: (1) Drying tray ◎ Design pressure: generally 0.4MPa, up to 1.6MPa. ◎High use pressure: generally ≤0.4MPa, ^ height up to 1.6MPa. ◎ Heating medium: steam, hot water, heat transfer oil, drying disc temperature 100 ° C using hot water heating, 100 ° C ~ 150 ° C with ≤ 0.4 MPa saturated steam or superheated steam, 150 ° C ~ 320 ° C with heat transfer oil Heating, >320 ° C can be heated by electricity, heat transfer oil, molten salt. (2) Material conveying system ◎ Spindle speed: 1~10 rpm, electromagnetic or variable frequency stepless speed regulation. ◎ arm: There are 2 to 8 arms fixed on the main shaft on each drying tray. ◎ leaf: spliced on the arm, can keep in contact with the floating surface of the disk, there are many forms. ◎ Rolling: For materials that are easy to agglomerate and need to be pulverized, adding rolling at appropriate positions can enhance the heat transfer and drying process. (3) The casing has three types: atmospheric pressure, airtightness and vacuum. ◎ Normal pressure type: cylindrical or octagonal prism type, with two structures, integral and split. The main pipe of the heating medium inlet and outlet may be inside or outside the casing. ◎ Closed type: cylindrical shell, can withstand 5Kpa internal pressure, the main pipe of heating medium inlet and outlet can be inside the shell or outside the shell. ◎ Vacuum type: cylindrical shell, design pressure is 0.1Mpa, the main pipe of heating medium inlet and outlet is inside the casing. (four) air heater It is generally used in the case of a large amount of evaporation to enhance drying efficiency. Lubrication tips for disc continuous dryers: The surface of the disc continuous dryer is designed to ensure that the entire assembly can be separated, and that the higher heat transfer rate in the rotor disk tends to cause the surface to come into contact with the medium, and at the same time, lubrication is required. Reduce wear and increase overall productivity. PLG disc continuous dryer lubrication: Lubrication is a general field, and lubricant technology often performs a variety of tasks from mechanical vision inspection, oil sample lubrication maintenance and application tasks, and a qualified lubricant technology can't just be an understanding of these tasks. In the process of using the dryer, we must do the maintenance work, so as to extend the service life of the dryer to a large extent, the maintenance method is to do the lubrication work. If your dryer organization does not recognize a good lubrication job, it will be a very big problem because lubrication is the basis for the plant and its ability to sustain its mission. The role of maintenance is not that equipment repair has failed once, maintenance is to maintain plants and run the business, and the effective way to do so is to prevent failure, lubricant analysis is in the heart of maintenance because they deal with the root cause of elimination and monitoring failure, moisture and Ineffective separation of the contact surface. Based on the basic configuration of the PLG disc continuous dryer, a mixer, a screw conveyor and a bucket elevator, an optional fin heater and an induced draft fan are provided to allow a small flow of hot air into the dryer. The escaping water of the dryer is taken away, which enhances the drying ability.

Printing and dyeing sludge Description: Printing and dyeing sludge contains a large amount of organic pollutants, which will consume dissolved oxygen, destroy the ecological balance of water, and endanger the survival of fish and other aquatic organisms. Organic substances that sink under the water will generate harmful gases such as hydrogen sulfide due to anaerobic decomposition, which will deteriorate the environment. Therefore, the existence of printing and dyeing sludge poses a great safety hazard to human survival. Printing and dyeing sludge drying machine Equipment overview: The paddle dryer is a horizontal agitating continuous drying device based on heat conduction. Because the agitating blade is shaped like a paddle, it is called a paddle dryer. It is also called a trough dryer or a stirring dryer in foreign countries. Since the heat required for the drying of the device relies on heat conduction indirect heat exchange, the drying process does not require or require a small amount of gas to carry away the moisture. It greatly reduces the heat loss caused by the gas and improves the heat utilization rate. It is an energy-saving drying equipment. Printing and dyeing sludge drying machine Principle: The hollow blade dryer can indirectly heat or cool the paste, granular, powder, and slurry materials, and can perform unit operations such as drying, cooling, heating, sterilization, reaction, and low-temperature calcination. The special wedge-type agitating heat transfer paddle in the equipment has high heat transfer efficiency and self-cleaning function of the heat transfer surface. A wedge-shaped hollow blade is densely arranged on the hollow shaft, and the heat medium flows through the blade through the hollow shaft. The heat transfer area in the effective volume per unit is large, and the temperature of the heat medium is from -40 ° C to 320 ° C. It can be water vapor or liquid type: such as hot water and heat transfer oil. Indirect conduction heating, no air is carried away to remove heat, and heat is used to heat the material. The heat loss is only the heat dissipation to the environment through the insulation of the body. The wedge-shaped blade heat transfer surface has a self-cleaning function. The relative movement of the material particles and the wedge surface produces a scrubbing action, which can wash away the adhering material on the wedge surface, so that a clean heat transfer surface is maintained during operation. The housing of the paddle dryer is W-shaped, and two to four hollow agitator shafts are generally arranged in the housing. The housing has a sealed end cap and an upper cover to prevent material dust from leaking and collecting material solvent vapor. A baffle is arranged at the discharge port to ensure the height of the material level, so that the heat transfer surface is covered by the material and fully functions. The heat medium flows through the casing jacket and the hollow agitating shaft through the rotary joint, and the hollow agitating shaft has different internal structures according to the type of the heat medium to ensure a good heat transfer effect. Printing and dyeing sludge drying machine Features: 1. The energy consumption of the blade dryer is low: due to indirect heating, there is not a large amount of air carrying heat, and the outer wall of the dryer is provided with an insulation layer, which is more energy-efficient than the usual convection drying. 2. The blade dryer system has a low cost: it has a huge heat transfer surface in the effective volume, which shortens the processing time and reduces the size of the device. It greatly reduces the building area and building space. 3. Wide range of processing materials: Different heat media can be used to process both heat sensitive materials and materials requiring high temperature treatment. Commonly used media are: water vapor, heat transfer oil, hot water, cooling water, etc. It can be operated continuously or intermittently and can be applied in many fields. 4. Small environmental pollution: no air is used, and dust materials are rarely entrained. The solvent evaporation of the material is small and easy to handle. Closed loops can be used for contaminated materials or for conditions requiring recovery of solvents. 5, low operating costs: the device is operating normally, only 1 hour / day · people. Low speed mixing and reasonable structure. The amount of wear is small and the maintenance cost is low. 6. Stable operation: Due to the special compression-expansion agitation of the wedge-shaped blade, the material particles are fully in contact with the heat transfer surface. In the axial interval, the temperature, humidity and mixing gradient of the material are small, thus ensuring Process stability.

Mancozeb material Description: The pure product of mancozeb is white powder, the industrial product is grayish white or light yellow powder, smelly egg, hardly soluble in water, insoluble in most organic solvents, but soluble in pyridine, not good for light, heat and humidity. Stable, easy to decompose carbon disulfide, in the case of alkaline substances or copper, mercury and other substances are easy to separate to liberate carbon disulfide and reduce efficiency, low volatility. Dyson Manganese Zinc Dryer Principle: The cold air enters the filter and is filtered and then heated into the heater. The heated hot air enters the bottom of the mancozeb drying tower at a suitable wind speed. The wet material enters the hot air by the screw feeder, and shears and blows occur. Rotation, pulverization, etc. In this process, the hot air transfers heat to the wet material, which is separated from the solid by the vaporized and vaporized, and is taken away by the air, and the temperature of the air is gradually decreased due to the heat transfer to the wet material. The mixture of wet material mancozeb and air enters the cyclone separator and the high-pressure pulse bag filter to separate, and the exhaust gas is pumped away by the induced draft fan. Mancoze Zn dryer Features: Compared with the traditional vacuum double-cone drying equipment, the manco-manganese-zinc dryer is dried by using a mancozeb dryer. The material is less dissipated and the thermal efficiency is improved. After the simulation calculation, the production cost can be saved by 1000 yuan/ton. The equipment is automatically fed and the labor intensity of the workers is reduced. 1. The whole mancozeb drying process is completed under extremely low oxygen conditions, taking full account of the moisture absorption and oxidation characteristics of mancozeb. Reduce the risk of burning and explosion. 2. Closed-circuit system design, there will be no problem of exhaust gas and powder leakage, and there is almost no pollution to the air. 3, the processing volume is huge: a single device has a high drying rate and a large processing capacity, which has a great advantage for large-scale production. 4. Compared with the vacuum double cone drying equipment, the drying process of the mancozeb dryer is continuous. Technical specifications: Model XSG-2 XSG-4 XSG-6 XSG-8 XSG-10 XSG-12 XSG-16 XSG-20 Main body inner diameter mm 200 400 600 800 1000 1200 1600 2000 Air volume M3/h 350-500 1150-2000 2450-4500 4450-7550 7000-12500 10000-20000 18000-36000 28200-56500 Evaporated water kg/h 12-17 40-70 80-150 150-250 230-4250 300-600 600-1000 1000-1500 Large installed capacity kw 10 20 40 65 85 105 150 230 Height m 4.0 4.8 5.8 6.5 7.1 7.8 8.8 10.1 Floor area m2 15 20 28 35 40 52 80 150 Note: 1. The evaporation of water is the water that evaporates every hour when the inlet air temperature is 180oC and the outlet air temperature is 80oC. 2. In addition to the above models, special design can be made for the user. 3. The above installed capacity is standard, and the power matching can be significantly reduced according to the materials. Handling of materials and characteristics (based on type 6 flash): Material Name Stearic Acid Aluminum Hydroxide Zinc Carbonate Insecticidal TMTD DSD Acid Iron Oxide Red Antimony Chloride Cuprous Chloride White Too Black Inlet air temperature oC 150 180 150 120 140 150 200 180 200 280 Initial moisture content 80 55 80 30 65 60 60 45 30 85 Final moisture content % 0.5 1.5 1.0 1.0 0.5 0.5 0.5 1.0 3.0 5.0 Actual drying capacity kg/h 140-160 250-280 130-170 80-110 80-120 80-120 300-350 280-320 290-310 250-300 Material name Promoter Oil soluble ink Manganese zinc hydride phthalocyanine calcium citrate Ultrafine calcium carbonate Mud treatment agent Sodium dioxyisocyanurate Sodium oxydisyanate Inlet air temperature oC 150 150 120 150 140 160 200 180 150 Initial moisture content 60 45 30 55 40 70 75 25 30 Final moisture content % 0.5 2.0 1.0 1.0 1.0 1.5 5.0 0.2-2 1.0 Actual drying capacity kg/h 80-110 350-380 120-150 160-180 300-350 430-470 290-310 80-120 90-150 The price of our company's manufacturing equipment is determined according to the current material market price, please ask for your inquiry in the equipment procurement stage; Our company's equipment provides high quality and perfect after-sales, and provides all the accessories for a long time, please rest assured that users can use it; Our company has professional technology and experimental equipment. If you want to know more about it, welcome new and old customers to bring materials to our company for testing; Our company's corporate purposes: integrity-based; seeking truth from facts; knowledge armed team; professional occupation of the market.

What is cuprous oxide? Cuprous oxide is a monovalent copper oxide, a bright red powdery solid, almost insoluble in water, disproportionated into divalent copper and copper in an acidic solution, and gradually oxidized into black copper oxide in humid air. Cuprous oxide use: Cuprous oxide is mainly used in the manufacture of ship bottom antifouling paints (used to kill low-grade marine animals), insecticides, and various copper salts, analytical reagents, red glass, and also for the preparation of copper plating and copper plating alloy solutions. . Cuprous oxide drying equipment product introduction: Spray drying is a widely used process in the liquid process forming and drying industries. It is suitable for the production of powdery, granular solid products from solutions, emulsions, suspensions and paste liquids. Therefore, spray drying is a better process when the particle size distribution, residual moisture content, bulk density and particle shape of the finished product must meet the standards. Cuprous oxide drying equipment Working principle: The air is filtered and heated into the air distributor at the top of the dryer, and the hot air enters the drying chamber in a spiral shape evenly. The liquid is sprayed into a very fine misty liquid droplet through a high-speed centrifugal atomizer at the top of the tower body, and it can be dried into a finished product in a short time by cocurrent contact with hot air. The finished product is continuously discharged from the bottom of the drying tower and the cyclone, and the exhaust gas is evacuated by the fan. Cuprous oxide drying equipment Features: ◎The drying speed is fast, the surface area of the liquid is greatly increased after atomization. In the hot air flow, 95%-98% of the water can be evaporated in an instant, and the drying time is only a few seconds, which is especially suitable for the drying of heat sensitive materials. ◎The product has good uniformity, fluidity and solubility, and the product has high purity and good quality. ◎ Simplified production process and convenient operation and control. For liquids with a moisture content of 40-60% (up to 90% of special materials), it can be dried into a powder product at one time. After drying, no pulverization and screening are required, which reduces the production process and improves the purity of the product. The particle size, bulk density and moisture of the product can be adjusted within a certain range by changing the operating conditions, and the control and management are very convenient. Cuprous oxide drying equipment Chemical industry: sodium fluoride (potassium), basic dye pigments, dye intermediates, compound fertilizers, formaldehyde silicic acid, catalysts, sulfuric acid agents, amino acids, silica, etc. Plastic resin: AB, ABS emulsion, urine aldehyde resin, phenolic resin, dense (urea) formaldehyde resin, polyethylene, polyvinyl chloride and the like. Food industry: fat-rich milk powder, scorpion, cocoa milk powder, milk replacer powder, blood-hunting powder, egg white (yellow) and so on. Food and plants: oats, chicken juice, coffee, instant tea, flavored meat, protein, soy, peanut protein, hydrolysate, etc. Sugar: corn syrup, corn starch, glucose, pectin, maltose, potassium sorbate, etc. Ceramics: alumina, ceramic tile, magnesium oxide, talc, etc.

Potassium Sorbate Introduction: Potassium sorbate is a colorless to white scaly crystal or crystalline powder, odorless or slightly odorous. Unstable in the air. Can be oxidized and colored. It is hygroscopic. Soluble in water and ethanol. Special drying machine for potassium sorbate Product introduction: Spray drying is a widely used process in the liquid process forming and drying industries. It is suitable for the production of powdery, granular solid products from solutions, emulsions, suspensions and paste liquid materials. Therefore, spray drying is a better process when the particle size distribution, residual moisture content, bulk density and particle shape of the finished product must meet the criteria of ^. Special drying machine for potassium sorbate Working principle: The air is filtered and heated into the air distributor at the top of the dryer, and the hot air enters the drying chamber in a spiral shape evenly. The liquid is sprayed into a very fine misty liquid droplet through a high-speed centrifugal atomizer at the top of the tower body, and it can be dried into a finished product in a short time by cocurrent contact with hot air. The finished product is continuously discharged from the bottom of the drying tower and the cyclone, and the exhaust gas is evacuated by the fan. Special drying machine for potassium sorbate Features: ◎The drying speed is fast, the surface area of the liquid is greatly increased after atomization. In the hot air flow, 95%-98% of the water can be evaporated in an instant, and the drying time is only a few seconds, which is especially suitable for the drying of heat sensitive materials. ◎The product has good uniformity, fluidity and solubility, and the product has high purity and good quality. ◎ Simplified production process and convenient operation and control. For liquids with a moisture content of 40-60% (up to 90% of special materials), it can be dried into a powder product at one time. After drying, no pulverization and screening are required, which reduces the production process and improves the purity of the product. The particle size, bulk density and moisture of the product can be adjusted within a certain range by changing the operating conditions, and the control and management are very convenient.

High-quality energy-saving silica special dryer, silica special dryer, silica special dryer, high-speed centrifugal spray dryer, where to find? Trust Changzhou Su Li Drying Equipment Co., Ltd.! Quality assurance, price is excellent, sincerely look forward to working with you! Overview of silica materials: Silica, chemical term, pure silica colorless, solid at room temperature, insoluble in water. It is insoluble in acid, but soluble in hydrofluoric acid and hot concentrated phosphoric acid, and can work with molten alkalis. There are two kinds of crystalline silica and amorphous silica in nature. Silica is widely used in glass, water glass, ceramics, enamel, refractory materials, aerogel felts, ferrosilicon, molding sand, elemental silicon, cement, etc. In ancient times, silica was also used to make porcelain. Glazed and carcass. The general stone is mainly composed of silica and calcium carbonate. Silica special dryer Working principle: The air is filtered and heated into the air distributor at the top of the dryer, and the hot air enters the drying chamber in a spiral shape evenly. The liquid is sprayed into a very fine misty liquid droplet through a high-speed centrifugal atomizer at the top of the tower body, and it can be dried into a finished product in a short time by cocurrent contact with hot air. The finished product is continuously discharged from the bottom of the drying tower and the cyclone, and the exhaust gas is evacuated by the fan. Silica special dryer Features: 1. The drying speed is fast, the surface area of the liquid is increased after atomization, and in the hot air flow, 95% & mdash; 98% of water can be evaporated in an instant. It takes only 5-15 seconds to complete the drying time and has the characteristics of instantaneous drying. 2, a special air separation device, reducing the resistance of the equipment, and effectively providing the treatment of the dryer. 3, the production process is simplified, suitable for continuous control of production, containing 40-90% of the liquid liquid, once dry into powder, reduce crushing, screening and other processes to improve product purity. 4. The material completes the drying process in a short time, adapts to the drying of the heat sensitive material, and can maintain the color, fragrance and taste of the material. 5, product dispersibility, fluidity, solubility, product size, looseness, water can be adjusted within a certain range.

What is a sulfur concentrate? Sulfur concentrate is mainly used as chemical raw materials to produce sulfuric acid and chemical fertilizers. Sulfur concentrate dryer Working principle: After the wet material is put into one end of the dryer, the material is evenly distributed and dispersed in the dryer under the flipping of the inner tube, and the material is fully contacted with the cocurrent (countercurrent) hot air to accelerate the drying heat transfer. Passed to the driving force. In the drying process, under the action of the inclined plate and the hot air flow, the material can be adjusted to the other side of the dryer to discharge the finished product. Sulfur concentrate dryer Adaptable materials: ◎ Large particles in the chemical, mining, metallurgical and other industries, such as: mine, blast furnace slag, coal, metal powder, phosphate fertilizer, ammonium sulfate. ◎ Drying of powder and granular materials with special requirements, such as: HP foaming agent, distiller's residue, light calcium carbonate, activated clay, magnetic powder, graphite, dregs. ◎Requires low temperature drying and requires large quantities of continuous drying materials. Sulfur concentrate dryer Features: ◎The drum dryer has a high degree of mechanization and a large production capacity. ◎The fluid passes through the cylinder with low resistance and low functional consumption. ◎ The adaptability to material properties is relatively strong. ◎ stable operation, low operating cost, and good uniformity of product drying.

Which is good in Changzhou Drying Equipment Factory? Trust-Changzhou Suli Drying Equipment Co., Ltd., our company specializes in manufacturing aldose slag dryer, sugar aldehyde residue drying equipment, XSG flash dryer, our company adheres to the faith of honesty to serve every customer. Welcome to visit our factory! Sugar aldehyde slag Alcohol residue is a by-product of the sugar industry. It is an energy concentrate. There are two types of beet sugar residue and sugar residue. The fresh sugar residue contains more water. In dry matter, the sugar residue contains more than 30% protein, which is better than beet sugar. The slag is high and can be used as a protein supplement. Alcohol residue dryer Production process: 1. At the bottom of the dryer, the larger and drier pellets are mechanically broken by the action of the agitator. The particles with lower moisture content and smaller particle size are entrained by the rotating gas stream and further dried during the ascending process. Since the gas-solid two phases are rotating, the solid phase inertia is larger than the gas phase, and the relative velocity between the solid and gas phases is large, and the mass transfer heat transfer between the two phases is strengthened, so the dryer has high production intensity. 2. The wet material (such as filter cake) from the previous process is directly put into the feeder, and the screw feeder adopts stepless speed change, and the wet material is sent to the dryer for drying. Fresh air is introduced by the air filter, heated by direct or indirect heaters. The agitator at the bottom of the dryer rotates at a speed of about 200 rpm to 500 rpm to promote fluidization of the wet material. Flash dryer advantages: 1. The special cooling device and air pressure sealing device are installed at the bottom of the dryer to avoid the deterioration of the material in the high temperature zone at the bottom. It can effectively control the final moisture and fineness, and ensure the moisture content and fineness of the product are uniform by adjusting the feeding, hot air temperature and classifier. 2. It has fast drying speed, high efficiency, greatly shortened drying cycle and reduced energy consumption. The dryer is small in size and easy to install and maintain. This dryer has a good industrial quality compared to conventional methods. Alcohol residue dryer Working performance: 1 can handle paste, filter cake and other materials; because it is flashed, instantaneous drying, can be used to process heat sensitive materials; there is a stirrer in the drying chamber, while drying in high-speed airflow, can handle sticky materials. 2 unit products have low energy consumption. The dryer can dry high solid content materials at higher temperatures, which is lower than other many drying equipments. Compared to the spray dryer, the drying capacity is twice that of spray drying and the energy consumption is 1/3 of spray drying. 3 product yield is high, good quality. Taking dry H-acid as an example, the yield of 5% can be improved by flash drying, and the particle size is uniform and the water content is small. 4 particles are dispersed at high speed in a hot gas stream, with short drying time, high speed and high thermal efficiency. 5 The equipment is compact in structure, small in floor space, integrated in drying, crushing and grading. It is an organic combination of swirling technology, fluidization technology, spray technology and convection technology. It does not need to be crushed and sieved after drying, which simplifies. The production process saves power and equipment costs. 6 compact equipment, small footprint and high production efficiency. 7 The system is well sealed, protecting workers' health and reducing environmental pollution. Abnormal troubleshooting of the flash dryer: 1, gas inlet temperature, other under normal circumstances, the gas outlet temperature is high, slowly increase the feeder speed to increase the feed rate, so that the temperature of the gas outlet temperature drops to the need; on the other hand, the gas outlet temperature is low, Affect the moisture content and reduce the speed of the screw feeder, reduce the feed rate, and make the temperature of the gas outlet temperature required. 2. The temperature of the inlet of the flash dryer is very high. When the feed rate of the negative drying tower must be reduced, the feed rate is adjusted after the negative pressure tower is stabilized, and the outlet temperature is guaranteed to be 90 °C. 3. The system pressure is unbalanced, check whether the system is leaking or blocked, and whether the pressure measuring tube is blocked. 4. The bag dust collector exports natural gas powder to check whether a bag is detached or damaged, and replaced and repaired in time. 5. Sudden power failure for a long time, the dryer is cleaned to prevent the machine from being wet and hard, preventing the opening of the piston ring of the dryer, and then driving to affect the quality of the product. 6. If the system pressure suddenly increases, it cannot be eliminated, and the power supply is cut off immediately. The operator quickly leaves the working place of the flash dryer to prevent personal injury during venting.

Iron sulphate material overview: The liquid is a reddish brown viscous liquid and the solid is a pale yellow granule. Special dryer for iron sulphate Product introduction: Boiling fluidized bed, which is composed of air filter, heater, bubbling bed host, cyclone separator, bag filter, high-pressure centrifugal fan and operation console. Due to the different nature of dry materials, it can be equipped as needed. Considering that the cyclone separator and the bag filter can be selected at the same time, or one of them can be selected. Generally, the larger specific gravity such as the granule and the granular material are dried, only the cyclone separator is selected, and the small specific gravity is small granular and powdery. The material needs to be equipped with a bag filter, and a pneumatic feeding device and a belt conveyor are available for selection. The granular solid material is fed into the fluidized bed dryer by the feeder, and the filtered clean air is heated and sent to the bottom of the fluidized bed by the blower to contact the solid material through the distribution plate to form a heat exchange of fluidization to achieve gas-solidity. After the material is dried, it is discharged from the discharge port, and the exhaust gas is discharged from the top of the boiling bed through the cyclone dust collector group and the bag filter to recover the solid powder and then emptied. Vapor, electric and hot blast stoves can be used (according to user requirements). Special dryer for ferric sulphate Working principle: The clean hot air is distributed into the bed through the valve plate, and the wet material entering from the feeder is boiled by the hot air. Since the hot air is in extensive contact with the material, the heat and mass transfer process is enhanced, so it can be dried in a short time. If the continuous type is used, the material enters from one end of the bed, and after boiling for several tens of seconds to several minutes, it automatically flows out from the other end of the bed. This equipment is generally operated under negative pressure. Special dryer for iron sulphate adapts to materials: ◎ Drying of pharmaceuticals, chemical raw materials, food, grain processing and feed. Such as: raw material medicine, tablet granules, Chinese medicine granules, health food, beverage granules, corn germ, feed, plastic resin, citric acid and other powder materials dry and dehumidification. The suitable material particle size is generally 0.1 to 6 mm, and the preferred particle size is 0.5 to 3 mm.

What is rosin: Rosin is a non-volatile natural resin obtained from pine turpentine by different processing methods. Rosin is an important chemical raw material widely used in soap, paper, paint, rubber and other industries. Rosin application: Rosin is often used as a tackifying resin in hot melt, pressure sensitive and solvent based adhesives to increase initial tack and improve bond strength. Rosin also improves the dryness and peel strength of the aqueous acrylate laminating adhesive in an amount of 6% of the total monomer. Rosin is a weakly acidic substance. If the amount of SBS type universal glue or spray glue is too large, it will cause corrosion of the iron package, causing the glue to quickly turn brownish black, although it does not affect the bonding performance, but the appearance is Doubtful. Rosin is very sensitive to the action of light, heat and oxygen, especially the powder is very easy to oxidize, so the hoop is stored in a whole block to prevent oxidation and darken the color and change the performance. When the surface of the massive rosin is oxidized, an oxide film is formed to prevent further oxidation of the internal rosin. Moisture accelerates the rosin oxidation process and releases acetic acid upon deep oxidation. Rosin drying equipment Product introduction: ZPG vacuum squeezing dryer is a novel horizontal intermittent vacuum drying equipment. The wet material is evaporated by conduction. The scraper stirrer continuously removes the material on the hot surface and forms a circulating stream in the container to evaporate. It is then pumped out by a vacuum pump. The machine adopts large-area interlayer heating method, which has large heat transfer surface and high thermal efficiency. The stirring is set to form a continuous circulation state of the material in the cylinder, which further improves the uniformity of heat of the material, thereby smoothly performing slurry, paste and paste. The material is dry. Rosin drying equipment Adapting materials: ◎The following materials are dried in the pharmaceutical, food, chemical and other industries: ◎Applicable to slurry, paste and powder materials; ◎ heat sensitive materials requiring low temperature drying; ◎Easy to oxidize, explosive, strong irritant, highly toxic materials; ◎Requires the recovery of organic solvent materials.

A custom-made SZG-2000 double-cone rotary vacuum dryer from a customer in Nantong has been successfully sent to the customer unit. The equipment is well-made and stable, so you can trust it! SZG-2000 double cone rotary vacuum dryer Product overview: SZG double cone vacuum dryer is a new generation drying device developed by our factory in combination with domestic similar product technology. Double cone vacuum adopts belt-chain two elastic connection method, so the equipment runs smoothly. The specially designed process fully embodies the good concentricity of the two shafts. The heat medium and vacuum system use reliable mechanical seals or American technology rotary joints. On this basis, we have developed SZG-A which can be used for both stepless speed regulation and constant temperature control. As a professional drying equipment manufacturer, our products are made from high-temperature heat-conducting oil, medium-temperature steam and low-temperature hot water. When drying viscous materials, the factory will specially design a [copy board" mechanism or set balls in the tank. SZG-2000 double cone rotary vacuum dryer Working principle: ◎Into the closed interlayer, heat energy (such as hot water, low-pressure steam or heat-conducting oil) is introduced, and heat is transferred to the dried material through the inner casing. ◎ Under the power drive, the tank body rotates slowly, and the materials in the tank are continuously mixed to achieve the purpose of strengthening and drying. ◎The material is in a vacuum state, the vapor pressure drops so that the water (solvent) on the surface of the material reaches a saturated state and evaporates, and is discharged and recovered in time by a vacuum pump. The water (solvent) inside the material continuously permeates, evaporates and discharges to the surface, and the materials are continuously dried in a short time. SZG-2000 double cone rotary vacuum dryer Adapt to materials: It is suitable for the concentration, mixing, drying and low-temperature drying of powders, granules and fibers in chemical, pharmaceutical and food industries (such as biochemical products). It is more suitable for drying of materials that are easily oxidized, volatile, heat sensitive, strongly irritating, toxic materials and materials that are not allowed to damage crystals. SZG-2000 double cone rotary vacuum dryer Features: ◎ When the oil is heated. Automatic constant temperature control. Can dry biochemicals ◎ and mineral raw materials, the temperature can be between 20 ~ 160oC. ◎ High thermal efficiency, more than 2 times higher than the average oven. ◎ Indirect heating. The material will not be contaminated and meet the requirements of [GMP". Equipment maintenance is easy and easy to clean. ◎Recommended process placement demonstration solvent recovery process placement. What are the advantages of the double cone rotary vacuum dryer? The double-cone rotary vacuum dryer is a double-cone rotary can body. Under the vacuum state, the tank is heated by steam or hot water, and the heat is contacted with the wet material through the inner wall of the tank, and the wet material absorbs heat and evaporates. The water vapor is pumped away through a vacuum exhaust pipe through a vacuum pump. Since the tank body is in a vacuum state, and the rotation of the tank body causes the material to continuously turn up and down, the material drying speed is accelerated, the drying efficiency is improved, and the uniform drying is achieved. The double cone rotary vacuum dryer has the following advantages: 1. Efficient and conventional vacuum drying equipment is heated by steam. It needs to be heated from the inside to the outside. The heating speed is slow and it takes a lot of coal. The double cone rotary vacuum dryer uses electromagnetic wave heating, no heat transfer medium is needed. Heating to the inside of the object, the heating rate is fast, 1 kW can be used in 3-5 minutes. The water and vacuum dryer at normal temperature is facing the integration and upgrading technology management is the key heat to 100 °C, avoiding the above shortcomings, so the speed is fast and the efficiency The high and dry cycles are greatly shortened and the energy consumption is reduced. . 2, heating evenly due to heating, the material is heated simultaneously from the inside to the outside, the temperature difference between the inside and outside of the material is very small, does not produce the situation of internal and external heating inconsistent in the conventional heating, resulting in a puffing effect, which is conducive to smashing, drying The quality has been greatly improved. 3, easy to control, easy to continuous production and automation. 4, the preparation volume is small, easy to install and maintain. 5, the product quality is good, compared with the conventional method, the quality of the processed products has been greatly improved. 6, with disinfection, sterilization, product safety and health, long shelf life. 7. The economic benefits are significant. SZG-2000 double cone rotary vacuum dryer Equipment parameters: 1. One host; 2. Please call for details of the configuration list.

What is aluminum sulfate? Aluminum sulfate, white orthorhombic crystal powder. In the paper industry, as a precipitant for rosin rubber, wax emulsion and other rubber compounds, as a flocculant in water treatment, it can also be used as an internal retention agent for foam fire extinguishers to produce alum, aluminum white raw materials, petroleum decolorization, deodorizer, and some Raw materials for drugs, etc. It is also possible to manufacture artificial gemstones and advanced ammonium alum. 1. Introduction of special drying machine for aluminum sulfate: The pulsed airflow dryer is characterized in that the pipe diameter of the airflow drying pipe is alternately reduced and enlarged. The pulse airflow drying tube can fully exert the high heat and mass transfer effect in the acceleration section to strengthen the drying process. The added material particles first enter the drying tube with small diameter, and the particles are accelerated. When the accelerated movement ends, the diameter of the drying tube suddenly expands, and the particles enter the drying tube with large diameter according to inertia. During the movement, the particles are decelerated due to the resistance until the end of the deceleration, and the drying tube is suddenly reduced, so that the particles are accelerated again, so that the pipe diameter is reduced and enlarged repeatedly, and the moving speed of the particles is alternately accelerated. Deceleration, the relative velocity and heat transfer area between the air and the particles are large, thereby enhancing the rate of heat and mass transfer. At the same time, the decrease in the airflow velocity at the large pipe diameter also increases the drying time. Second, special drying machine for aluminum sulfate Structural features: The drying strength is large, the equipment investment is small, the airflow drying treatment volume is relatively good, and the water evaporation capacity is from 50kg/h to 5000kg/h, which is not comparable to other drying equipment. High degree of automation and continuous operation. It is only necessary to control the feeding speed of the screw feeder, and the material is dried in a very short time (0.5~2 seconds), and the labor intensity is small. The material temperature is low. Although the air temperature is very high (up to 500 ° C), since the material is in a constant drying period, the surface temperature of the material can only be the air wet bulb temperature, so it is suitable for the drying of heat sensitive materials. The material is not in contact with the outside world and the pollution is small. The heating method can be arbitrarily selected. Our products can be supplied, steam heating (below 140 °C), electric heating mode (or both), coal-fired hot blast stove (below 300 °C), fuel hot blast stove (below 600 °C), users can choose according to the conditions. Third, special drying machine for aluminum sulfate Technical parameters: Special pulse airflow dryer, special drying machine for aluminum sulfate, safe operation procedure for aluminum sulfate dryer (1) Driving procedure All transmission equipments are flexible and normal through the disk transfer, and each position is ready, and the safety can be improved before starting the vehicle. (1) First start the induced draft fan, so that the butterfly valve is opened at the required scale to ensure the gas flow. (2) Start the air compressor, control and regulate the multi-channel compressed air to operate under the design pressure process conditions. (3) Open the bag pulse controller backflushing system and adjust the backflush frequency to ensure that the gas inlet pressure works between 0.5-0.6Mpa. (4) Before the wet material is put into the feed, the water content must be measured and put into the hopper, and the screw feeder is to be started. (5) Heating the coal-fired hot blast stove to gradually increase the air inlet temperature of the dryer. When the air outlet temperature of the dryer exceeds 110 °C, start the screw feed motor to adjust the feed rate to ensure that the outlet temperature is around 60 °C. stable. When the inlet temperature reaches 130-150 °C, the speed of the feed motor is readjusted, and the inlet and outlet temperatures of the dryer are controlled to operate under the design temperature process conditions. (6) Observe whether the equipment (and other parts) in the system are operating normally. (7) Sampling and testing After the quality of dry powder is qualified, it is packaged and stored. (two), parking procedures (1) First stop stopping the screw feeder feeding. (2) Continue to dry the remaining material in the dryer and take it out of the machine. After half an hour, stop the hot air furnace. After that, the induced draft fan is stopped. (3) Stop the air compressor and stop the baghouse backflushing system. (4) Stop the instrument control. (3) Possible abnormalities and exclusions: In the drying operation, the air flow, the air inlet and outlet temperatures, and the feed amount in the dryer are mainly controlled. The amount of feed is adjusted as a dependent variable. 1. When the gas inlet temperature is constant, other conditions are normal, when the gas outlet temperature is high, slowly increase the feeder speed to increase the feed amount, so that the gas outlet temperature is lowered to the required temperature; conversely, when the gas outlet temperature is low, the effect is dry. The moisture content of the product reduces the speed of the screw feeder, reduces the amount of feed, and raises the temperature of the gas outlet to the required temperature. 2. When the gas inlet temperature of the dryer is high, when the negative pressure in the drying tower is low, the feeding speed must be lowered. After the negative pressure in the tower is stabilized, the feeding speed is re-adjusted to ensure the outlet temperature is the design value. 3. When the system pressure is unbalanced, check whether the system has air leakage or blockage, and whether the pressure measuring tube is blocked. 4. When the bag dust collector gas outlet is a powder, check whether the bag is detached or damaged, and replace and repair it in time. 5. When the power is suddenly cut off for a long time, the dryer should be cleaned to prevent the wet material in the machine from being dry and hard, blocking the ring gap of the dryer, and driving the car to affect the product quality. 6. If the system pressure suddenly increases and cannot be eliminated, the power should be cut off immediately, and the operator should quickly leave the operation site to prevent personal injury when venting. 7. If the squib valve suddenly opens during operation, the personnel must be evacuated in the first time and the pilot fan should be turned off first and then the feeder should be turned off.