Description Silo body constructed with hot-galvanized corrugated steel plate;zn-coat thickness 275g per square meter. Silo body is 1250mm wide,fit for different thickness requirements(1.0-1.5mm) All steel plate joints are fixed by Grade8.8,M10 bolt and seal gums,ensuring no leaking seams,security and long operating life Transparent viewing w indow Transparent viewing window is good for observing feed delivery condition in the silo clearly. Use high strength plastic fastened strongly and sealed. Non-friable more secure and durable Automatic torsion spring controlling With our special automatic torsion spring controlling and steel wire rope design, customers can easily open and close stainless steelroof cover on the ground. Optional anti-block ball is available as per your requirement to convey feed flow more smoothly. Transparent feed opening Use high strength plastic fastened strongly and sealed Non-friable more secure and durable Introduction and Advantages: 1. The hopper bottom steel silo series is specially designed by senior engineers in our company, with high-quality galvanizing board. 2. Hopper angles can be 45° and 60°,among which 60° conical bottom is usually used to store larger pellet and powder materials with high viscosity. 3. All BODA silos are precision engineered from high strength, 80mm x 14mm low profile corrugated steel plate, galvanized to 275 g/m2 (or optional 450 g/m2). 4. Lower basic cost with lightweight, low request for foundation, low consumption of steel. 5. High degree of standardization. We can produce the standard components which can be installed on-the-spot. Simple, easy and efficient to install within a short amount of time due to superior component design which are connected by standard bolts. 6. Easy to maintain. As the parts of the silo are connected by standard bolts, so it is easy to remove or repair it. 7. The life cycle of the silos can come up to 30-50 years long. The products are designed comply with the national standard of GB50322-2001. WZH feed tower chicken farm cosists of silo body sheets, silo lid, collar, hopper sheets, roof panels, silo legs, ladder system. All parts are manufactured to engineering design specifications and quality checked to ensure hassle-free assembly and use Features of Feed silo As a professional manufacturer of storage equipment, we have developed, designed and manufactured assembly steel silos The standard ladder and fence is safe and reliable. The feed bin is fastened strongly and sealed. Our feed bin made by high quality galvanized steel sheet. Bin lever indicators at bottom and roof
1. Material GB/T 6728: Q195, Q215, Q235, Q345B; ASTM A500: Grade A, Grade B, Grade C; EN 10219: S235JR, S275JR, S355JR; AS 1163: C250, C350, C450; JISG 3466: STKR400, STKR490 2. Production range and sizes. SIZE: 12.7*12.7 â?? 150*150 MM; 20*30 â?? 100*200 MM. THICKNESS: 0.6 â?? 4.0 MM. As chart above shows, we can produce these sizes ranged. And many special sizes are not listed here. So pls contact me directly if you donot find your required sizes. 3 .Standard. Our products are produced strictly according to standard GB/T 6728. And following standards can also be fulfilled: ASTM A500, BS EN 10219, AS 1163, JIS G3466. 4 .Length. Common lengths have 4M, 5.8M, 6M, 8M, 11.8M, 12M and many other lengths. Length can be customized according to customer requirement. 5. Surface Treatment: â?? Oiled. Slightly oiled the pre galvanized square and rectangular tubes surface with anti-rust oil can protect the goods for long-time shipment. â?? Color Painting. Normally red, white, black or many other colors. We can process according to customer required RAL number. â?? Powder Coating. High qualified powder, offering stable quality and long lifetime, suitable for Australia market. â?? Plain end. Direct square cut of tubes. â?? Threaded, including NPT, BPT and BS 4568 thread. Coupling and plastic cap can be offered together. 6 .Package: In bundles, and wrapped with waterproof PVC cloth. 7 .Shipment: By container (20â??GP, 40â??GP, 40â??HC) or by bulk vessel. 8 .Payment: T/T, L/C or western union. 9 .Application: Pre galvanized square and rectangular tubes are economic, bright, light and smooth. They are widely used in solar tracker storage rack, roofing, farm gate, decoration, furniture manufacturing, and fences and so on. 10. Advantage: Our production department are with more than 13 years experience and are highly trained for the handling and operation in production. Our company have unique anti-rust material which would be added during the water cool procedure after welding. The anti-rust material can protect the pre galvanized square and rectangular tubes well from white rust. Our company totally have 9 production lines for pre galvanized square and rectangular tubes. This ensure all sizes can be produced quickly and stock are enough.
C&T RF Antennas Inc - Wifi PCB antenna custom embedded 2.4g antenna with u.fl connector RG cable. Omnidirectional dipole embedded antenna specifications: Product Dimensions: 8x46mm External and dipole Antenna Connector: U.FL/Ipex Cable Type: RG1.13 Cable Length: 100mm or custom RoHS Compliant Frequency: 2400-2483MHz, Peak Gain: 2 dBi VSWR: 1.8 Input impedance: 50© Polarization: Vertical Maximum power: 20W Lightning protection: DC ground Mechanical specifications: Working temperatures: -40 to 60°C Storage temperatures: -40 to 65°C Color: Black Material: PCB 2.4G wifi antenna applications: 2.4G WLAN system Wi-Fi telecommunication system Point-to-multipoint applications Wireless LAN 2.4G WLAN system IEE802.11 Data Transmission Wireless AP/adapter/bridge/UAV Drone/Robotic etc Custom Antenna Design Custom Antenna Design & Manufacturing Accelerate your wireless product development with C&T RF Antennas Inc's end-to-end custom antenna design and manufacturing. C&T RF Antennas Inc, the custom antenna supplier for many of the worlds leading brands, offers state-of-the-art, turnkey OEM custom design services for a wide variety of antennas in frequencies from 30 MHz to 40 GHz. With the proliferation of diverse applications in both commercial and consumer markets, antenna design has become even more challenging for many manufacturers. After decades of design engineering and OEM manufacturing experience, C&T RF Antennas Incs superior design, RF engineering, and testing practices have set the standard for high performance and reliability. The C&T RF antennas Incs embedded/internal antennas are designed to directly integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. These highly efficient low profile FPC/ PCB-based antenna solutions are ideal for embedded applications requiring integration flexibility. In addition to our standard embedded antenna offerings, The C&T RF antennas Inc engineering can also custom design embedded antenna solutions to meet specific customer applications. Innovative Solutions for Wireless communications The C&T RF Antennas Inc is able to offer a wide range of RF Antennas and RF Coaxial Cable Assemblies. Quality and Performance Reliability and Durability Competitive Price Reliable and Honest Partnership Innovative and Attractive Design Rapid Design and Delivery
C&T RF Antennas Inc - Omni 2.4G dipole fiberglass antenna with the IP67 waterproof grade outdoor antenna for 2.4G WiFi Applications. Omnidirectional dipole waterproof fiberglass antenna specifications: Product Dimensions: 20*352mm External and dipole Antenna Robust Design for All Weather Operation Connector: SMA IP67 Compliant RoHS Compliant Frequency: 2400-2500MHz, Peak Gain: 6 dBi VSWR: â?¤1.8 Input impedance: 50Ω Polarization: Vertical Maximum power: 50W Lightning protection: DC ground Mechanical specifications: Working temperatures: -40 to 80°C Storage temperatures: -40 to 85°C Color: Black Material: Fiberglass Radome +PCB +Connector 2.4G wifi antenna applications: 2.4G WLAN system Wi-Fi telecommunication system Point-to-multipoint applications Wireless LAN 2.4G WLAN system IEE802.11 Data Transmission Wireless AP/adapter/bridge/UAV Drone/Robotic etc Typical Applications: â?? Global Telematics â?? Transportation â?? Remote monitoring applications. The heavy-duty, fully IP67, the waterproof housing can be used for either outdoor or indoor environments and with the mounting shaft, it can be easily fixed to walls or poles. The antenna casting and the mounting shaft are protected by heat resistant, high impact, UV stabilized material, making it extremely robust. Turn to The C&T RF Antennas Incâ??s complete portfolio of RF antenna components for solutions that are robust, compact and offer a high degree of linearity. Facing cost pressure but sill need high performance? The C&T RF Antennas Inc offers the best cost-performance ratio out there. In particular, our switches and cross switches let you enjoy a higher degree of design flexibility, resulting in a better trade-off between antenna performance and size. The net effect of designing an RF antenna system with Infineon: mobile devices with better signal quality and longer battery life. Explore our portfolio to find the right components for your RF antenna designs from The C&T RF Antennas Inc. Products Available: We offer a huge selection of GSM Antenna in various forms with a broad selection of cable and connectors to complement your GSM/GPRS Products, which include your Modem, Router, Intelligent GSM Modem, and complete GSM Telemetry system, Families. All antennas are available with a choice of SMA, TNC, N, BNC or FME connectors. Further individual connectors are available on application. Advantage: 1, RoHS Compliant, rich experience, prove the technique 2, Low V.S.W.R. / Low Loss Design / High Gain 3, High Efficiency and Sensitivity 4, Factory supply, good price, fast delivery time 5, OEM/ODM is available 6, ISO:9001 certifications, R&D
C&T RF Antennas Inc - 2.4G Wifi antenna customized embedded antenna with RG cable opening end Omnidirectional dipole embedded antenna specifications: Product Dimensions: 10*42mm External and dipole Antenna Robust Design for All Weather Operation Connector: Null Cable Type: RG1.13 Cable Length: 50mm RoHS Compliant Frequency: 2400-2483 MHz Peak Gain: 2 dBi VSWR: â?¤1.8 Input impedance: 50Ω Polarization: Vertical Maximum power: 20W Lightning protection: DC ground Mechanical specifications: Working temperatures: -40 to 60°C Storage temperatures: -40 to 65°C Color: Black Material: PCB 2.4G wifi antenna applications: 2.4G WLAN system Wi-Fi telecommunication system Point-to-multipoint applications Wireless LAN 2.4G WLAN system IEE802.11 Data Transmission Wireless AP/adapter/bridge/UAV Drone/Robotic etc Custom Antenna Design Custom Antenna Design & Manufacturing Accelerate your wireless product development with C&T RF Antennas Inc's end-to-end custom antenna design and manufacturing. C&T RF Antennas Inc, the custom antenna supplier for many of the worldâ??s leading brands, offers state-of-the-art, turnkey OEM custom design services for a wide variety of antennas in frequencies from 30 MHz to 40 GHz. With the proliferation of diverse applications in both commercial and consumer markets, antenna design has become even more challenging for many manufacturers. After decades of design engineering and OEM manufacturing experience, C&T RF Antennas Incâ??s superior design, RF engineering, and testing practices have set the standard for high performance and reliability. The C&T RF antennas Incâ??s embedded/internal antennas are designed to directly integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. These highly efficient low profile FPC/ PCB-based antenna solutions are ideal for embedded applications requiring integration flexibility. In addition to our standard embedded antenna offerings, The C&T RF antennas Inc engineering can also custom design embedded antenna solutions to meet specific customer applications.
INTRODUCTION PRODUCTS 1. Low Temperature Li-Ion battery cells This special type of battery cell is used in a low temperature environment from -50 up to -20. It can also support a high temperature environment. 2. Different types of low temperature Li-Ion battery cells Domain of usage: Military low temperature Li-Ion battery cell, Industrial low temperature battery cell. Environment of usage: Civil low temp Li-Ion battery, Special type of low temp Li-Ion battery, extremely low temp Li-Ion battery. A: Civil low temperature environment Li-Ion battery: At -20, the batteries cell has a 0.2C discharge that accounts for more than 90% of the rated capacity. At -30, the batteries cell has a 0.2C discharge that accounts for more than 85% of the rated capacity. B: Special type of low temperature environment Li-Ion battery: At -40, the batteries cell has a 0.2C discharge that accounts for more than 80% of the rated capacity. At -50, the batteries cell has a 0.2C discharge that accounts for more than 30% of the rated capacity. C: Extremely low temperature environment Li-Ion battery: At -50, the batteries cell has a 0.2C discharge that accounts for more than 50% of the rated capacity. Application fields: Instrumentation, robotic, Medical, business and Security equipment; Energy storage and emergency backup power systems, etc I/ Products specs Model 104058 Dimensions 10*40*58mm Capacity 5800mAh Voltage 3.7V Environment of usage -40~60 Certifications CEROHSULFCCKCIEC62133CQCUN38.3MSDS II/ Production process FAQ 1. Q/ What are the advantages of Lithium-ion battery A/ High energy density, self-discharge, low maintenance and availability of various types 2.Q/ Whats the normal temperature range for the usage of Lithium polymer battery? A/ batteries can work in a normal temperature range of -20°C to 60°C, 3.Q/ Whats the high temperature range for the usage of Lithium polymer battery? A/ High-temperature batteries can work between -10°C to 80°C 4.Q/ Whats the low temperature range for the usage of Lithium polymer battery? A/Low-temperature batteries can work between -40°C to 50°C. 5Are Lithium Polymer Batteries safe? Yes. The battery is safe if you closely, and carefully, follow the instructions and handling precautions. 6What is a lithium polymer battery? Lithium-polymer battery is a type of lithium-ion battery, also known as soft-pack battery. 7Polymer lithium battery can be charged in a high temperature environment of up to 80 ? No, the polymer lithium battery needs to be charged at a room temperature
INTRODUCTION PRODUCTS 1. Low Temperature Li-Ion battery cells This special type of battery cell is used in a low temperature environment from -50 up to -20. It can also support a high temperature environment. 2. Different types of low temperature Li-Ion battery cells Domain of usage: Military low temperature Li-Ion battery cell, Industrial low temperature battery cell. Environment of usage: Civil low temp Li-Ion battery, Special type of low temp Li-Ion battery, extremely low temp Li-Ion battery. A: Civil low temperature environment Li-Ion battery: At -20, the batteries cell has a 0.2C discharge that accounts for more than 90% of the rated capacity. At -30, the batteries cell has a 0.2C discharge that accounts for more than 85% of the rated capacity. B: Special type of low temperature environment Li-Ion battery: At -40, the batteries cell has a 0.2C discharge that accounts for more than 80% of the rated capacity. At -50, the batteries cell has a 0.2C discharge that accounts for more than 30% of the rated capacity. C: Extremely low temperature environment Li-Ion battery: At -50, the batteries cell has a 0.2C discharge that accounts for more than 50% of the rated capacity. Application fields: Instrumentation, robotic, Medical, business and Security equipment; Energy storage and emergency backup power systems, etcâ?¦ I/ Products specs Model 18650-2S Dimensions 18*36*65mm Capacity 3000mAh Voltage 7.2V Environment of usage -40~60 Certifications CE,ROHS,UL,FCC,KC,IEC62133,CQC,UN38.3,MSDS FAQ 1.Q/ What is the difference between lithium and lithium ion batteries? A/The biggest differences are that lithium batteries contain lithium metal and are not rechargeable. Lithium ion batteries, however, do not contain lithium metal and can be recharged. 2.Q/ Do Li-ion batteries develop a memory? Do I need to recharge after every use? A/ No, While older styles of battery did develop a memory, the new Li-ion batteries do not. 3.Q/Whats the nominal voltage of a polymer lithium battery A/ The nominal voltage of a polymer lithium battery is 3.7 V. 4.Q/Whats the highest charge of a polymer lithium battery A/ The highest voltage of a polymer lithium battery is 4.2 V.
We are the manufacturer of lime kiln, we can provide high quality Shaft kiln such as annular shaft kiln, cement kiln, industrial kiln, limestone kiln. Annular Shaft Kiln originated in the sixty's of last century, Germany, formerly known as Beckenbach Annular furnace charge zone lime Vertical kiln, is a kind of lime vertical kiln, with two shafts, inner shaft and outer shaft. The raw material is calcined between the inner and outer shaft space.We are the best Pfr Kiln suppliers in China. Annular Shaft Kiln technological process Annular Shaft Kiln inner structure from top to bottom is pre-heating zone, upper counter-follow calcining zone, lower parallel-follow calcining zone, and cooling / discharge zone. Raw material is screened firstly, then transferred to the top of the kiln by the hoisting hopper, and then feed into the kiln body by the rotary distributor evenly. Preheated raw material moves into the upper calcining zone along the annular furnace chargespace in where the raw material is effective in decarburization. The almost-finished lime in the upper calcining zone moves into the lower calcining zone for effective homogeneous, then moves down to the cooling zone, finally drops into the lime silo under the kiln by lime pusher platform. The finished lime transferred to the storage by the belt conveyer. Main system equipment A) limestone feeding and distributing system: lime stone hopper, weighing device, hoisting hopper, cable, electric winch, feeding device and rotary distributor, also limit switch, signal transmitter, hydraulic cylinder and hydraulic station. B) lime discharging system: pusher platform, pusher rod, hydraulic cylinder and lime silo. C) fuel distribution system: the fuel manifold, distribution branch pipe, related instruments and valves, online low calorific value analysis instrument. D) exhaust system: exhaust pipe, exhaust fan (1set), bag dust collector, dedust fan (1 set), also relative valves, instrumentation, discharge chimney. E) driving air system: driving air pipe, driving air blower (2 sets), heat exchanger, injector, also relative valves, instrumentation. F) the inner shaft cooling air system: pipeline, blower (2 sets, 1 for use, 1 for preparing), also relative valves, instrumentation. G) Combustion system: fuel and combustion pipeline, regenerative burner, UV (ultraviolet) flame detector, also relative valve, instrument. H) Control system: MCC (motor control center), PLC, PC, and print
Description This portable gold trommel plant is self contained, and with its 1-5t/h capacity, it is ideal for testing gold values or for small production operations. The unique water supply and reclamation unit allows operation where water is not available. A spray bar with its own adjustable water valve goes the length of the trommel. Next, the material approaches the 8mm holes where anything under 8mm gets washed down onto the oscillating sluice, and larger material works its way to the end of the trommel. A nugget trap will catch any heavies and the lighter material will go out the tail cone to the rock chute and discard tray. The oscillating sluice has settings for stationary, short, and long strokes. The removable sluice has artificial turf, riffles mounted on expanded metal and toggles to secure it onto the place. Any light material that gets washed off the sluice goes into the de-watering screw. The simplicity of this equipment makes it the leader in the field of small portable placer equipment. Industrially built, it is easy to maintain and powered by either an electric or diesel engine which is easily removable by removing the snap pin and sliding out the motor mount. It was designed that way so you can easily take it with you at the end of the day to cut down on theft. On engine runs both the gear reducer and water pump using a B-width belt. This trommel plant is a positive chain drive. Main configuration 1. Trommel screen The aperture size of the trommel screen could be customized as per your requirements. 2. Mobile device 3. Water pump 4. Water storage tank This gold trommel plant recirculates approximately 0.378m ³of water. You may need to add a little water due to evaporation and the wetness of the waste material. Drain plugs are in both the water tank and the de-watering screw. If there is enough water supply, you could cancel the tank, and let us know. Thus the price would be cheaper. 5. De-watering screw Using the de-watering screw is the most efficient way to remove solids from water and recirculate it. 6. Oscillating sluice 7. Diesel engine 8. Lifting lugs 9. Lighting Technical specification Trommel size: 500*1200mm Capacity: 1-5t/h Power source: diesel engine Power: 8HP Screen aperature size: customized Dimension: 3800*1550*1960mm
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.
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.
