Bronopol (2-Bromo-2-nitro-1,3-propanediol): pharmaceuticals-Bronopol Bactericide-Bronopol Antiseptic-water treatment-bactericide-Bronopol Preservative agent-Bronopol Paper industry-Bronopol Fungicide-Bronopol Water Treatment-(2-Bromo-2nitropropan-1,3-diol) Molecular formula:C3H6BrNO4 Molecular weight:200 CAS NO.: 52-51-7 Usage: Bactericide, it is widely used in industrial circulating water, algae-killing, paper pulp, paint, plastic, timber-cooling circulating water and other industries . In addition, it can be used to prevent daily-used cosmetic products from moldly and corrosion. Water treatment / bactericide Grade: Items Technical Index Appearance White Crystalline Granule Main Content 99.0-101.0% Melting Point 126.0----131.0 Moisture 0.5%max PH 5.0-7.0 Solubility Test(20%Water Solution) Clear or nearly clear solution Appearance of Solution(20% in CH3OH) Clear or nearly clear solution Impurity(%) 0.3max Packing 25kg/50kg Drum,25kg/500kg Bag Shelf life 2 years Cosmetic Grade: Items Technical Index Appearance White Crystalline Granule Main Content 99.0-101.0% Melting Point 126.0----131.0 Moisture 0.5%max PH 5.0-7.0 Bromate color Don't appear blue in 5 minutes Solubility Test(20%Water Solution) Clear or nearly clear solution Appearance of Solution(20% in CH3OH) Clear or nearly clear solution Impurity % 0.3max Packing 25kg/50kg Drum,25kg/500kg Bag Shelf life 2 years BRONOPOL 30% SOLUTION Items Technical Index Appearance Transparent or Light yellow liquid Main Content 30% Melting Point 1.23-1.33 PH 3.7-6.7 Packing IBC DRUM Shelf life 6 months
Diammonium Phosphate P2O5 44-48 % ,N2 18-19.5 %, H2O 1.5 Max %, PARTICLE SIZE 1-4 mm 85% Min, DENSITY 0.92-0.98 gr/cc DAP is used as a fertilizer,a fire retardant, a yeast nutrient in winemaking and mead-making ,as an additive in some brands of cigarettes,as a flux for soldering tin, copper, zinc and brass , For update of price and capacity please provide your last BL and business card along with LOI Diammonium phosphate OPAP offers purchase service to importers and exporters of Diammonium phosphate from Oman and Dubai ports. Diammonium phosphate (DAP) (chemical formula (NH4)2HPO4, IUPAC name diammonium hydrogen phosphate) is one of a series of water-soluble ammonium phosphate salts that can be produced when ammonia reacts with phosphoric acid. Solid diammonium phosphate shows a dissociation pressure of ammonia as given by the following expression and equation:[2] (NH4)2HPO4(s) NH3(g) + NH4H2PO4(s) log PmmHg = 3063 / T + 175 log T + 3.3 where: P = the resultant dissociation pressure of ammonia T = absolute temperature (K) At 100 C, the dissociation pressure of diammonium phosphate is approximately 5 mmHg.[3] Accordingly, to MSDS of DiammoniumPhosphate from CF Industries inc. decomposition starts as low as 70*C "Hazardous Decomposition Products: Gradually loses ammonia when exposed to air at room temperature. Decomposes to ammonia and monoammonium phosphate at around 70�°C (158�°F). At 155�°C (311�°F), DAP emits phosphorus oxides, nitrogen oxides and ammonia." Uses DAP is used as a fertilizer.[4] When applied as plant food, it temporarily increases the soil pH, but over a long term the treated ground becomes more acidic than before upon nitrification of the ammonium. It is incompatible with alkaline chemicals because its ammonium ion is more likely to convert to ammonia in a high-pH environment. The average pH in solution is 7.5â??8.[5] The typical formulation is 18-46-0 (18% N, 46% P2O5, 0% K2O).[5] DAP can be used as a fire retardant. It lowers the combustion temperature of the material, decreases maximum weight loss rates, and causes an increase in the production of residue or char.[6] These are important effects in fighting wildfires as lowering the pyrolysis temperature and increasing the amount of char formed reduces that amount of available fuel and can lead to the formation of a firebreak. It is the largest component of some popular commercial firefighting products.[7] DAP is also used as a yeast nutrient in winemaking and mead-making; as an additive in some brands of cigarettes purportedly as a nicotine enhancer; to prevent afterglow in matches, in purifying sugar; as a flux for soldering tin, copper, zinc and brass; and to control precipitation of alkali-soluble and acid-insoluble colloidal dyes on wool.[1] Specification of Diammonium Phosphate P2O5 44-48 % N2 18-19.5 % H2O 1.5 Max % PARTICLE SIZE 1-4 mm 85% Min DENSITY 0.92-0.98 gr/cc
Pellet machine is the equipment to make wood pellets,while wood pellets represent an alternative to the use of coal, gas and even traditional wood logs and chips.Wood pellets are cylindrical,compressed wood particles used as burning fuel. It offers better and more uniform heating properties per unit volume due to their low moisture content.There are many different types of pellet machine in china market,they mainly exists in these kinds:All of above pellet machine share the same raw materials to make pellets:--Forestry type:Â Wood waste like leaves,wood skin,bamboo,--Wood type:Wood log,wood chips,wood shaving,wood branch--Agricultrual type:groundnut-shell,sugarcane biogases,caster sheels/stalk,coffee husk,rice husk,paddy straw,sunflower stalk,cotton stalks,tobacco waste,mustard stalk,wheat straw,palm husk,wood chips,wood waste and so on.--Palm fiberStructure Description of vertical pellet machine1.Upward mold.Vertically feeding,never buff placer,and easier heat dissipation2.Mold vertical, machine is easier fixing,and stable running;3.Pressing wheel rotates,and makes materials centrifugal,evenly spread4.Double mold, upper and under double-use,reduces the cost and increase the efficiency5.Cooling system, makes process room get sufficient cooling, which gives protection to machine's long-term stable operation.Specifications of vertical pellet machineâ??G typeTypeVerticalâ??G seriesModelMZLV480GMZLV560GMZLV700GPower (kw)557590132160Capacity (t/h)0.6~0.81~1.21.3~1.72~2.52.5~3Ring die (mm)480480560560700Remark2-layers ring diewe have G(gear box type),and R(reducer type)Packing of pellet machine: in export standard,if FCL in nude,if LCL,in strong plywood case.Shipping of pellet machine: Lead time is 7 working days in standard specification,15~20 working days if customized.Liyang Tongfu Machinery CO.,Ltd,which located in Liyang city(the birth-place of wood/feed ring die pellet machine/pellet mill),Jiangsu province,south area of China,is specialized in designing & manufacturing comprehensive range of pellet machines for biomass pellets and animal feed pellets with over 10 years experience.Owning a strong and professional team, we can offer full scale service to our customers by developing projects from blueprint, customized solution, machinery production to installation and commission of complete wood and feed pellet plants.Our ring die wood pelletizer/pellet machine has been sold to over 20countries all over the world,all of them with CE certificate,final pellet from our machine strictly follow EN standard.As the best pellet machine supplier,we offer low price pellet mill and discount too,if want pellet machines quotation,welcome contact freely,our pellet line in China are welcome your visit at any time.
A bull plug is a solid plug used as an isolation device in piping systems, conduits or wellbore tubulars. It is a short part with one threaded end and one rounded closed end. The threaded end is used to connect the bull plug to the pipe or conduit, and the closed end provides a barrier to fluids or gases. The technical specifications of a bull plug will vary depending on the material, size, and thread type. However, some common specifications include: 1. Material: Carbon steel, Alloy steel, Stainless steel or Ductile 2. Size: 1/4 inch to 8 inches 3. Schedule: STD, XS, 160, XXS 4. Thread type: NPT, BSP, BSPT 5. Pressure rating: 100 psi to 20,000 psi Bull plugs are used in a variety of applications, including: A. Blocking off pipelines or conduits B. Isolating sections of piping for maintenance or repair C. Preventing the flow of fluids or gases D. Protecting equipment from contamination They are also used in oil and gas drilling operations to plug off the bottom end of down-hole logging instruments from borehole fluids. Here are some of the advantages of using bull plugs: a. They are simple and easy to install. b. They are available in a variety of sizes and materials to meet the needs of different applications. c. They are relatively inexpensive. d. They can be used to isolate a variety of fluids and gases. Overall, bull plugs are a versatile and effective way to isolate fluids and gases in piping systems, conduits, and wellbore tubulars. They are simple to install and available in a variety of sizes and materials to meet the needs of different applications.
The Trimble FX scanner is an advanced 3D laser measurement instrument designed for use in industrial, shipbuilding and offshore platform environments where fast acquisition of clean, accurate data is paramount . With a 360�° x 270�° field of view and average data capture rates of 216,000 points per second, the Trimble FX system provides real advantages for your project management. This Trimble FX scanner is in excellent working condition and provides some of the most clean and low noise data of any scanner on the market. Includes a Trimble Tri-Max tripod and a Windows laptop to control the scanner and log data. The Trimble FX scanner is a highly mobile instrument that weighs just 11 kg, allowing for easy movement on a project . The included carry on case conforms to the requirements of most airlines to be placed in an overhead luggage bin, allowing you to carry the instrument with you, reducing the risk of damage or misplacement. The Trimble FX scanner also meets the carry on requirements for working in the offshore industry, where the shipment of equipment is restricted. The Trimble FX range to capture high resolution position information has been extend up to 80 meters. The increased range allows more data to be captured from each setup, reducing field time and extending the flexibility for use in a variety of applications. The Trimble FX also includes a new compact design and durable housing that combine to increase portability and flexibility when operating in confined industrial environments. With the enhancements to the Trimble FX and our broad portfolio of 3D laser scanners, Trimble is able to offer a range of solutions that address the various application needs for the industrial plant environment. Key Features: Designed for performance in industrial environments 360�° x 270�° field of view Data capture rate >190,000 points per second Clean low-noise data Compact, lightweight design Data integrates with other Trimble survey instruments The Trimble FX scanner is a highly mobile instrument that weighs just 11 kg, allowing for easy movement on a project. The included transportation case conforms to the requirements of most airlines for checked luggage, allowing you to conveniently and safely transport the Trimble FX to job locations.
TECHNICAL SPECIFICATION OF 150KVA THREE PHASE OIL COOLED SERVO VOLTAGE STABILIZER 1. Capacity : 150KVA Three Phase 2. Model : Make SERVOSINE 3. Input Voltage Range : 190V-270V 1Phase / 340V-470V 3 Phase 4. Output Voltage : 230V +/-1% 1 PH / 400V +/-1% 3 PH 5. No. of phases : Three, 4 Wire 6. Line Frequency : 47-53Hz. 7. Output Voltage Regulation : +1% 8. Type of Cooling : Oil Cooled 9. Type : Unbalanced supply and Load conditions 10. Efficiency :> 98% 11. Speed of Correction : 30V per sec (For 3 Phase) 12. Wave form distortion : Nil 13. Effect of Load power factor : Nil, Suitable for all power factors 14. Ambient Temperature : 0-65�ºC with RH 90% 15. Duty Cycle : Continuous 16. Indications on each phase : Input Mains, Input Low, Input Voltage, Input High, Out Voltage. 17. Controls on each Phase : Auto/Manual Push Button, Increase/Decrease Push Button Voltâ??s adjuster Set Button 18. Metering : Digital 19. Mounting : On Wheel 20. Construction : MS Sheet Body, Prime Grade Powder Coating 21. Spares Availability : Available with Company 22. Transformer Winding : Prime Grade Copper Wire on CRGO Core 23. Servicing & Maintenance : Easley can be do by any technical known Person And from company side on call log.
TECHNICAL SPECIFICATION OF 100KVA THREE PHASE OIL COOLED SERVO VOLTAGE STABILIZER 1. Capacity : 100KVA Three Phase 2. Model : Make SERVOSINE 3. Input Voltage Range : 190V-270V 1Phase / 340V-470V 3 Phase 4. Output Voltage : 230V +/-1% 1 PH / 400V +/-1% 3 PH 5. No. of phases : Three, 4 Wire 6. Line Frequency : 47-53Hz. 7. Output Voltage Regulation : +1% 8. Type of Cooling : Oil Cooled 9. Type : Unbalanced supply and Load conditions 10. Efficiency :> 98% 11. Speed of Correction : 30V per sec (For 3 Phase) 12. Wave form distortion : Nil 13. Effect of Load power factor : Nil, Suitable for all power factors 14. Ambient Temperature : 0-65C with RH 90% 15. Duty Cycle : Continuous 16. Indications on each phase : Input Mains, Input Low, Input Voltage, Input High, Out Voltage. 17. Controls on each Phase : Auto/Manual Push Button, Increase/Decrease Push Button Volt adjuster Set Button 18. Metering : Digital 19. Mounting : On Wheel 20. Construction : MS Sheet Body, Prime Grade Powder Coating 21. Spares Availability : Available with Company 22. Transformer Winding : Prime Grade Copper Wire on CRGO Core 23. Servicing & Maintenance : Easley can be do by any technical known Person And from company side on call log.
Technical Specification Of 75kva Three Phase Oil Cooled Servo Voltage Stabilizer 1. Capacity : 75KVA Three Phase 2. Model : Make SERVOSINE 3. Input Voltage Range : 190V-270V 1Phase / 340V-470V 3 Phase 4. Output Voltage : 230V +/-1% 1 PH / 400V +/-1% 3 PH 5. No. of phases : Three, 4 Wire 6. Line Frequency : 47-53Hz. 7. Output Voltage Regulation : +1% 8. Type of Cooling : Oil Cooled 9. Type : Unbalanced supply and Load conditions 10. Efficiency :> 98% 11. Speed of Correction : 30V per sec (For 3 Phase) 12. Wave form distortion : Nil 13. Effect of Load power factor : Nil, Suitable for all power factors 14. Ambient Temperature : 0-65�ºC with RH 90% 15. Duty Cycle : Continuous 16. Indications on each phase : Input Mains, Input Low, Input Voltage, Input High, Out Voltage. 17. Controls on each Phase : Auto/Manual Push Button, Increase/Decrease Push Button Voltâ??s adjuster Set Button 18. Metering : Digital 19. Mounting : On Wheel 20. Construction : MS Sheet Body, Prime Grade Powder Coating 21. Spares Availability : Available with Company 22. Transformer Winding : Prime Grade Copper Wire on CRGO Core 23. Servicing & Maintenance : Easley can be do by any technical known Person And from company side on call log.
TECHNICAL SPECIFICATION 1. Capacity : 50KVA Three Phase 2. Model : Make SERVOSINE 3. Input Voltage Range : 190V-270V 1Phase / 340V-470V 3 Phase 4. Output Voltage : 230V +/-1% 1 PH / 400V +/-1% 3 PH 5. No. of phases : Three, 4 Wire 6. Line Frequency : 47-53Hz. 7. Output Voltage Regulation : +1% 8. Type of Cooling : Oil Cooled 9. Type : Unbalanced supply and Load conditions 10. Efficiency :> 98% 11. Speed of Correction : 30V per sec (For 3 Phase) 12. Wave form distortion : Nil 13. Effect of Load power factor : Nil, Suitable for all power factors 14. Ambient Temperature : 0-65 C with RH 90% 15. Duty Cycle : Continuous 16. Indications on each phase : Input Mains, Input Low, Input Voltage, Input High, Out Voltage. 17. Controls on each Phase : Auto/Manual Push Button, Increase/Decrease Push Button Voltâ??s adjuster Set Button 18. Metering : Digital 19. Mounting : On Wheel 20. Construction : MS Sheet Body, Prime Grade Powder Coating 21. Spares Availability : Available with Company 22. Transformer Winding : Prime Grade Copper Wire on CRGO Core 23. Servicing & Maintenance : Easley can be do by any technical known Person And from company side on call log.
Industrial GPRS data collection device for digital signals of industrial systems and pulse signals of residential meters Cost-effective, C-rail mountable industrial modem for receiving digital signals and collecting pulse signals of residential meters. The modem is capable of continuously counting the pulse signals of up to 4 meter systems. The device transmits the calculated input signal values through Modbus TCP protocol to query servers Modbus TCP. The queries of the data sets are performed periodically (e.g. in every 15 minutes) depending on the server value set. When it has to receive signals from more than 4 devices, we suggest using the M2M IO/RS485 CONCENTRATOR�® which has 32 input lines. In this case the device requests the concentrator input counter status through the modems RS485 interface, and fowards the received Modbus RTU reply through Modbus TCP protocol to query the servers Modbus TCP. The modem can initiate queries through its RS485 interface towards several concentrators input lines. Furthermore, the modem can switch external devices (optionally) with the help of its 2 relay outputs. Communication Supporting GSM/GPRS (Gemalto�® industrial module) 4 inputs (digital or pulse/voltage) 2 relay outputs (optional) Software/Configuration Modbus protocol communication Modbus Gateway Consumption meter compatibility (receiving and counting pulse signals) Configuration software (on RS232 or RS485 port) Extras Memory for storage of applications, data (with ftp possibility) External IO-expansion (optional for receiving 32 inputs per module) Firmware upgrades (ftp server) Safety External battery connection (spare power supply) Watchdog circuit and system monitoring, log Automatic mobile network connection recovery Application Data collection (digital or pulse signal) Forwarding data of industrial systems Smart metering (remote readout) Measurement and data collecting systems Remote monitoring of devices Monitoring of input lines Remote control (optional)
Product Show Of Gasifier and Purifier System� What Is this System Used for? This system inculuds 2 parts, gasifier and purifier.Gasifier can make the powdered biomass material such as sawdust into combusible gases. After being purified by the purifier, the gas can be fired to provide heating soure to charcoal machines such as carbonization furnace and rotary carbonization machine. The purifier is mainly employed to collect and purify all the smoke emitted during charcoal making. By purification and cooling, the gases are more pure with less harmful smoke to environment. The most important thing is that users can reuse the flammable gas for the heating of dryers, carbonization furnace, etc. Why Is this System Helpful? For users, this system is very helpful, especially for large scale charcoal making project. There is no need to burn wood logs to start the furnace in the charcoal making line. So there is no smoke emitted during starting and running the carbonization furnace. During the charcoal making process, all the smoke emission pipes can be connected with this system. The flammable gas after purify, as a heat source, can be used back to the whole charcoal production line. It is energy saving and has no pollution to air. In addition, it can provide a smoke-free operation environment for workers. Technical Information: This system can effectively reduce the smoke up to 95% (salinger 1.8/2). Which means the Emissions conform to the China's boiler flue gas emissions targets. This wet type purifier can make the gas get full contact with liquid. With working principle of inertia collision, interception, diffusion and agglomeration effects for dust removal, it can separate the dust particles from the air, achieve the goal of dust removal. Cooling high temperature gas, it also can absorb the harmful substances in gas and dust removal efficiency is about 95%, and desulfurization efficiency can reach 80%.
HF( RF) Timber Drying Kiln Machine 1) PLC automatic control with touch screen interface. Fault self-check system. 2) Machine passed REGULATIONS FOR ELECTROMAGNETIC RADIATION PROTECTION. Safe for operators. 3) Fast drying cycle: High frequency dielectric heating. Drying wood more than ten times faster and more uniformly than traditional kiln. 4) Vacuum minus pressure drying. Much safer for wood. There is no wood crack, color change problems. 5) With hydraulic system and press. During the drying process, hydraulic system will give pressure on wood. After drying, wood will not bend. 6) Integrated design of cooling system. Save floor area and more humanized. 7) Humanized and safe design on tank door and feeding cart. It doesn't need additional rail outside and easy to load wood, open and close tank door. 8) Advanced temperature inspection system. Test the wood temperature correctly and will not disturbed by High frequency. 9) Advanced Wood weight measurement system. It can test the wood weight at any time. Then can show the wood moisture at present. 10) Worm and bacteria killing. 11) Do not need boiler. No pollution. 12) Schneider, Omron, Siemens etc European spare parts: International standard, good quality and easy to replace Our engineers can provide overseas installtion, training and are available to provide after-sell service and maintenance. We recommend proper training for safe and prolonged use of the machinery. Product Application High frequency is also called Radio frequency, it applies heating with high frequency. It can penetrate wood deeply and dry the wood moisture from core to the surface uniformly. It also equips vacuum together. The drying effects is much better. It is suitable for all kinds of wood, especially for large wood beams, hard wood, rare wood as well as veneers drying. HF Vacuum Wood Drying Machine is many times faster than traditional kiln dryers. Model GGZ-3-DT GGZ-4.5-DT GGT-6-DT GGT-10-DT Effective Wood Capacity L*W*H(mm) Engine 3000*1000*1000 4500*1000*1000 6000*1000*1000 6000*1300*1300 Output Power 30KW 30KW 50KW 80KW
HF vaccum drying chamber for timber 1) PLC automatic control with touch screen interface. Fault self-check system. 2) Machine passed REGULATIONS FOR ELECTROMAGNETIC RADIATION PROTECTION. Safe for operators. 3) Fast drying cycle: High frequency dielectric heating. Drying wood more than ten times faster and more uniformly than traditional kiln. 4) Vacuum minus pressure drying. Much safer for wood. There is no wood crack, color change problems. 5) With hydraulic system and press. During the drying process, hydraulic system will give pressure on wood. After drying, wood will not bend. 6) Integrated design of cooling system. Save floor area and more humanized. 7) Humanized and safe design on tank door and feeding cart. It doesn't need additional rail outside and easy to load wood, open and close tank door. 8) Advanced temperature inspection system. Test the wood temperature correctly and will not disturbed by High frequency. 9) Advanced Wood weight measurement system. It can test the wood weight at any time. Then can show the wood moisture at present. 10) Worm and bacteria killing. 11) Do not need boiler. No pollution. 12) Schneider, Omron, Siemens etc European spare parts: International standard, good quality and easy to replace Our engineers can provide overseas installtion, training and are available to provide after-sell service and maintenance. We recommend proper training for safe and prolonged use of the machinery. Product Application High frequency is also called Radio frequency, it applies heating with high frequency. It can penetrate wood deeply and dry the wood moisture from core to the surface uniformly. It also equips vacuum together. The drying effects is much better. It is suitable for all kinds of wood, especially for large wood beams, hard wood, rare wood as well as veneers drying. HF Vacuum Wood Drying Machine is many times faster than traditional kiln dryers. Model GGZ-3-DT GGZ-4.5-DT GGT-6-DT GGT-10-DT Effective Wood Capacity L*W*H(mm) Engine 3000*1000*1000 4500*1000*1000 6000*1000*1000 6000*1300*1300 Output Power 30KW 30KW 50KW 80KW
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. The material will not deform, not dehisce, not changes colour, not metamorphose, and not oxidate while drying. The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Energy Recovery Dehumidifier & Dryer Adopt most advanced energy recovery and transfer technique, dispense with electric heating, lower energy, energy conservation 40-60%. Closed cycle, first dewatering, then heating drying, all weather operation, not affected by seasons. The air relative humidity minimum achieves 5%-10% after to unit, the extremely dry air constantly absorbing moisture to materiel.it has unparalleled advantage to quality & time & energy efficiency. Can select mechanical or microcomputer or plc control. Can supply drying equipment for specific function.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution.Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. The material will not deform, not dehisce, not changes colour, not metamorphose, and not oxidate while drying. The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. Rapid heating, constant to maintain the required drying temperature. The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes colour, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
Heat pump energy recovery dehumidifier & dryer working course: In an airtight drying chamber, the heat dry airflow from dryer contact with the surface and absorb the moisture of material by fan; the heat dry airflow absorb moisture become heat humid air, then through dryer the moisture coagulates drip and discharge by drainpipe. The dry airflow after heating by dryer become heat dry airflow again. The moisture of material keeps evaporating, coagulating, and discharging until it reaches the drying standard. Product Features â?¢ Do not need heating device, lower energy consumption than other drying equipment about 40%~60%. â?¢ Completely reclaim the latent heat of moist heat and make the air closed-cycle in the drying chamber. This design reduces the energy consumption, avoid environment and man-made pollution. â?¢ Adopt automatic control system, the temperature can be adjusted according to the different product. The dryer has excellent character for solving many problems such as long time for drying, high temperature, drying unevenly and huge energy consumption. â?¢ The material will not deform, not dehisce, not changes color, not metamorphose, and not oxidate while drying. â?¢ The machine is integral structure, and already debugged before delivery. It can be used after connecting to pipeline and electrical source. Application Areas The heat pump energy recovery dehumidify & drying is a method of low temperature (15~45/50/60â??), nearly air dry (5-10%). The evaporating speed of surface is similar to the speed which the inside moisture moves to the surface. This drying method the merchandise remains good quality, nice colour, high level, no pollution and saving resources. The heat pump drying can be widely used in papermaking, packing, printing and storage of tea, candy, foodstuff, ceramic, timber, Chinese traditional medicine, preserved fruit, fish, sausage, seafood, high protein food, varieties seed, edible mushroom, vegetable, fruit, potato chip, ginger slice, peanut, aquatic product, leather and heat sensitive chemical material etc. OTHER INDUSTRIAL PRODUCTION FACILITIES REQUIRING DEHUMIDIFY AND DRYING IN THE PROCESS. Heat Pump Dryer (Direct Fired Dryer) â?¢ Absorbing the energy of the air by heat pump, heating drying room air, lower energy consumption. â?¢ Rapid heating, constant to maintain the required drying temperature. â?¢ The dryer by means of which outward discharge the water vapour saturated hot, then supply fresh air and reheating. Constantly repeated. â?¢ Notice: the dryer not lower the temperature and not dewatering feature, it only heating air and outward discharge hot air for removing humidity.
