High-porosity metal nickel fiber felt is a patented product, which is a three-dimensional nickel felt made of metal nickel fiber developed in chemical and metallurgical processes. The purity of nickel fiber felt is 99.5%. It is a new material with light weight, good flexibility, adjustable porosity and felt thickness. Metallic nickel felt is made of micron-sized pure nickel fiber in accordance with international technical standards, through a special felting process and ultra-high temperature vacuum sintering process. Compared with nickel mesh or nickel powder sintered plate, nickel fiber felt has a good three-dimensional network porous structure, high porosity, large specific surface area, uniform pore size distribution, strong corrosion resistance, good water permeability, good heat dissipation, and current density high, low voltage, stable performance, long life and other advantages. Widely used in fuel cells, military industry, aerospace, civil, medical and other industries. Especially hydrogen fuel cell diffusion media: anode diffusion layer (GDL) for proton exchange membrane (PEM) water electrolysis. Product parameters Color: light gray Size: Customized on request Thickness: 0.2mm-2mm common thickness (0.25, 0.4, 0.5,0.6, 0.8, 1.0mm) Porosity: 60-70% (can be customized upon request) Shape(can be customized) polygon,round,ring,disc,etc. Product Features Good electrical conductivity High mechanical strength Good chemical stability Strong corrosion resistance Large specific surface area The fibers in the sintered fiber mat are overlapped with each other, and each fiber is welded with several fibers. The overlapping points are in a slightly fused state, and the entire fiber mat forms a complete conductive network with excellent electrical properties. And it also has a large specific surface area, which is mainly determined by the characteristics of the preparation process of the nickel fiber felt. The drawn fiber itself has a large surface area, and the fiber is laid into a net to form a network structure that is evenly overlapped with each other. Manufacturing flow Nickel wire Cluster drawing Nickel fiber Fiber shear Air-laid Sintering Nickel fiber felt Application fields Filter materialPhotocatalyst series air filter screenChemical catalyst and support materials Battery electrode material Heat exchange and adsorption materials
Stage Cementing Collar Hydraulic Type (Two Stage) Stage Cementing Collar Hydraulic Type (two stage) Hydraulic Stage Cementing Collar is a field-proven stage tool that meets the challenges of cementing holes at any angle with a hydraulically opened port system. It is specifically designed for horizontal sections / formations, the multistage cementing tool can be placed anywhere in the casing string. It is PDC-drillable and field-adjustable shear pins system. When the first-stage shutoff plug lands on the shutoff baffle, increased internal casing pressure hydraulically opens the stage tool, enabling circulation and then second-stage cement to pass though the ports into the annulus above the tool. The closing plug when released, wipes the casing ID clean of cement before bumping on a closing seat. Increased pressure shifts the closing seat downward, releasing locking lugs and closing the tool. A snap ring locks the sleeve in position, ensuring the stage tool remains locked. With 12 years export experiences, our stage collar, stage cementing collar hydraulic type, cementing basket, linger hanger and cementing plug has been welcomed in international markets. Stage Cementing Collar Mechanical Type (two stage) Stage Cementing Collar is used to effectively cement upper sections of the casing string after displacing cement around the lower section. The Multiple Stage Cementing Collar provides a means of opening and closing port holes for cement displacement and positive containment of the cement after displacement. All internal parts are easily drilled, and are firmly held from rotating during drilling. The port closing sleeve is positively locked in position after cementing. After running the Collar to setting depth, the lower section is cemented in the conventional manner except the cement is displaced with the flexible cementing plug furnished with the collar. This is bumped against the shutoff Baffle. A slight pressure build-up of 300-400 P.S.I. will assure plug is seated in Baffle. The port holes in the Multiple Stage Cementing Collar are opened for doing the second stage by dropping the trip bomb and applying approximately 800-1000 P.S.I. pressure. The second stage is displaced with the closing plug which is also furnished with the Tool. When the closing plug bumps approximately 800-1000 P.S.I. pressure will close the port holes.
Rotary die-cutting machine with flexo printer Die-Cutting Machine Rotary die-cutting machine Model Max. paper sizes Area of valid printing Working speed Standard PrintingPlate Thickness Tinted precision(four color) Power of main motor Rollerdiameter HD3-B2000 1800*1250mm 1600*1250mm 0-60(pcs/min) 6mm ±1mm 4.0kw 408mm HD3-B2200 2000*1250mm 1800*1250mm 0-60(pcs/min) 6mm ±1mm 4.0kw 408mm HD3-B2400 2200*1250mm 2000*1250mm 0-60(pcs/min) 6mm ±1mm 4.0kw 408mm HD3-B2600 2400*1250mm 2200*1250mm 0-60(pcs/min) 6mm ±1mm 4.0kw 408mm HD3-C2000 1800*1470mm 1600*1470mm 0-60(pcs/min) 6mm ±1mm 4.0kw 480mm HD3-C2200 2000*1470mm 1800*1470mm 0-60(pcs/min) 6mm ±1mm 4.0kw 480mm HD3-C2400 2200*1470mm 2000*1470mm 0-60(pcs/min) 6mm ±1mm 5.5kw 480mm HD3-C2600 2400*1470mm 2200*1470mm 0-60(pcs/min) 6mm ±1mm 5.5kw 480mm Function and Characteristics� 1.lead edge feeding model , Gravure registering as convenient and correct with double baffle between the worktable. 2.CAD Module design can combination at will , one , two , multicolor printing unit. 3.Motorized detachment and combination, pneumatic locking and loosening of printing unit .Alarm ring and light to improved the operation security. 4.Pneumatic uplift plate device , the anilox roller will break away the plate automatic when the machine stop , which can not to breakage the plate surface. 5.Self-suck ink device can keep the plate surface humid when the motor stop , which can control the anilox roller racing circulate ink and cleaning the anilox roller automatic. 6.All the transmission axle and roller are made by the high-quality steel plated with rigid chrome and grinded surface. 7.All the gear was spray lubrication. 8.Numerical control electric phase device was used to every mostly roller , and it need to enter error number to adjustment at once , which can improve the working efficiency. 9.Automatic Counter Device can correct control the produce quantity. Hot sale various high quality Carton Cardboard Machine, Folder Gluer Machine, Lead Edge Feeder Printing Machine, Automatic Die-cutting Machine, Manual Die-cutting Machine, Gift Box from China leading manufacturer. Our Carton Cardboard Machine are high quality, cost effective and deliver more benefits. Welcome to choose us!
Tunnel Belt Rice Sterilizer, Paddy Drying Machine, Grain Roaster Equipment 1.Application: Microwave industrial tunnel baking&puffing equipment are widely used in the peanuts,sesame seeds,wheat,melon seeds,sunflower seeds,peanuts,corn,soybeans,walnuts,almonds,chestnuts, pistachios,cashews,filbert and dried fruit etc. 2.Introduction: Microwave industrial tunnel baking and puffing equipment, roasting equipment, microwave baking equipment,continuous microwave roasting equipment, drying and sterilization machinery, widely used in the peanuts ,sesame seeds, wheat, melon seeds, peanuts, corn, soybeans, walnuts, almonds, chestnuts, pistachios, cashews and dried fruit etc baking.Compared with the traditional production methods, microwave baking foods are crispy and delicious, puffed full of particles, natural color, beautiful appearance, and has insecticidal sterilization. Microwave industrial tunnel equipment baking characteristics - high energy conversion efficiency, fast heating.Microwave oven does not heat itself, but the microwave energy penetrate the material, the friction between the polar molecules within the material and produce internal heat.Make the internal liquid of processed material vaporize instantly ,pressurized expansion;and rely on the expansive force of gas,make polymer components structure degenerate,and become a� network organization structure characteristics ,� stereotypes microporous substances. 3.Characteristics: 1 While microwave equipment roasting, along with the bactericidal effect. Microwave sterilization reflect in the dual role of thermal effects and non-thermal effects , compared to the conventional temperature sterilization ,can obtain a satisfactory sterilization in lower temperatures and a very short time.The sterilization temperature is around 80C in general,the processing time is 3~5 minutes,and can maintain its nutrients. 2 Easy to operate. Microwave power and the conveyor speed can be sleepless adjustment, there is no thermal inertia, can open and stop at an time, easy to control,improve the production environment.Microwave equipment, no waste heat radiation, no dust, no noise, no pollution, easy to implement the testing standards of food hygiene. 3 The roasting effect is obvious. The purpose of rapid microwave heating effect, make the material internal water molecules vaporize rapidly,then reach the purpose of puffing. 4 Low-temperature sterilization, less loss of nutrients.Retain vitamin C,conventional heating treatment for fruits and vegetables is 46% ~ 50%, but the microwave can reach 60%~90%.Retain vitamin A,conventional heating treatment is 58%,but the microwave can reach 84%,and does not affect the original flavor, is a good method for deep processing of fruits&vegetables and get green foods. Machine model : YM-6 ~YM-200 Microwave machine can be CUSTOMIZED according to your requirements !
HERE IS:Tiffany Guan We have quickly delivery! Advantages : . Improve efficiency . Optimize plant operationsEmission reduction . Avoid unplanned downtime . Provides the lowest Total Cost of Ownership (TCO) . Provides integrated control ,power ,safety, and information solutions for complete plant-wide control in a scalable . Open architecture to take advantage of traditional or renewable sources of energy! Our products are widely used in : ---CNC machinery metallurgy ---Oil And Gas ---Petrochemical ---Paper printing ---Textile Printing And Dyeing ---Machinery ---Electronics Manufacturing ---Automobile Manufacturing We have: 1.SAFE PAYMENT Pay with the world's most popular and secure payment methods. 2.WORLDWIDE DELIVERY With sites in 20 languages, we ship to over 100 countries and regions. 3.24/7 HELP CENTER Round-the-clock assistance for a smooth shopping experience Relatied In Stock Items : (Competitive Price) Allen Bradley SLC 500 1747-DCM Ser. A Direct Communications Module General Electric Type QMR Fusible Interrupter THPS364 200 Amp 600 Volts GE TH3362M 60 Amp Mill Duty Safety Switch 600 VAC 3 Pole Type 12 Enclosure Allen Bradley VFD Adjustable Frequency AC Drive 1333-BAB Ser C 3 HP Allen Bradley Centerline Motor Control Center Unit 2162KA Allen-Bradley SLC 500 1747-L542 SER B Allen Bradley 1761-NET-DNI DNI Devicenet Interface Series B FRN 2.03 11-25 VDC Allen Bradley Compact I/O Output Module Cat# 1769-OB16 GE TLM612SCU 125 Amp Main Lug Load Center 120/240 VAC 1 Phase 3 Wire Model 1 Allen-Bradley DC Output Module 12-24V 1771-OB series B GE TLM4020RCU 200 Amp Main Lug Load Center 120/240 V 1 Phase 3 Wire Outdoor Encl Allen Bradley 1336-B003-EAD-S?1 Variable Frequency Drive Allen Bradley 1746-1B16 DC Sink Input ABB 22/06-69 I/P CONVERTER INPUT 20 PSI OUTPUTR 3-15 PSI ************************************************************************************
Desktop Fiber Laser Marking Machine Description Desktop fiber laser marker is the use of fiber laser output laser, and then by the high-scanning galvanometer system to achieve a permanent mark on the surface of a variety of materials printed. Desktop Fiber Laser Marking Machine Advantage 1.Long service life High beam quality Fiber laser marking machine, life expectancy up to 100,000 hours, and superior performance, can reach the world forefront. The high beam quality of the basic mode (TEM00) output, the focal spot diameter is less than 20um. The divergence angle is 1/4 of the semiconductor pump laser. It's thinner single wire, especially for fine and accurate marking. 2. Energy saving Small size, low power consumption, the whole power consumption less than 500W; Built-in air-cooled cooling, abandoned the bulky water-cooled unit, covers an area smaller, easier to install, truly energy-efficient and portable. 3. Electro-optical high efficiency High photoelectric conversion efficiency, easy to use, no optical adjustment or maintenance and compact structure, high system integration, faultless. 4. Maintenance-free function Without any maintenance, long service life, suitable for harsh environments. 5. Processing speed Processing speed is 2-3 times the traditional marking machine, optical scanning galvanometer, high laser repetition rate, high-speed no distortion. 6 .Large area of application Optical fiber lasers are equipped with optical isolators, effectively shielding the reflected light, fully in gold, silver, copper, aluminum, silicon and other high-reflective materials on the operation of high brightness, without deviation from the mirror center, greatly broaden the application areas . And for different metals, through the regulation of frequency and energy it can play a certain color. 7. Powerful Software The software of marking software is powerful and compatible with the files of Coreldraw, AutoCAD and other software. Support PLT, PCX, DXF, BMP, etc., can directly use SHX and TTF fonts; Support automatic coding, printing serial number, batch number, date, barcode, QR code, automatic jump number, etc., USB Interface output control. 8. The surface area/volume ratio of the gain medium is larger. Fiber laser with fiber do gain medium, has a large surface area/volume ratio, which makes it has very good heat dissipation performance, therefore, even if the high power fiber laser, the gain medium is not subject to thermal damage, generally don't need to gain medium special cooling measures, and other types of lasers, the gain medium is important to consider the heat dissipation problem, therefore, the character is unique in the fiber laser.
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.
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.
