Cylindrical screen and Flat Panels. Our Cylindrical Screens, which created by wrapping precision profile wires cylindrical around longitudinal placed support rods, provides superior weld strength and accurate slot openings to maximize the available open area. Our wedge wire flat screen panels are used on vibratory screens for waterproofing, draining and DE-slimming in Mining Industry. Wedge wire screen is the most commonly using screen for filtration and separation in liquid/gas, water wasting, mining, food and so on. They have flat type, cylinder type, basket type and slope type according to the screen type. Also called flat welded screen panel, cylinder wedge screen and sieve bend screen. They are also called woven wedge wire and welded wedge wire according to the weaving type, such as crimped wedge wire, welded wedge screen panels. Wedge wire screens consist of profile wire and support rods with the materials of galvanized steel, low carbon steel and stainless steel 304, 316. Material: According to the wedge wire screen catalogue �?? ferrite: AISI 430 (1.4016); Austerlitz: AISI 304 (1.4301), AISI 304L (1.4307), AISI 202 (1.473), AISI 316 (1.4401), AISI 316L (1.4404), AISI 317LN (1.4439), AISI 904L (1.4539), AISI 321 (1.4541), AISI 316Ti (1.4571), Duplex: 329 LN (1.4462), 439 (1.4410); Special: 2.4360, 2.4610, 2.4816 Slot:Standard from 0,02 mm. Smaller on available on customer�??s request. Support wire:According to the wedge wire screen catalogue �?? type I*: 10x2, 10x3, 12x3, 18x2; type Q*: Q35, Q55 Wire:According to the wedge wire screen catalogue �?? standard wire Sb* type: 12Sb, 18Sb, 22Sb, 28Sb, 34Sb, 42Sb, 60 Sb, 70 Sb; SbA50; special wires*: Sbb34, Sbb38, Sbb42, Sbb48, Sbb50; 2,4x5; 3x6,5 Dimensions:�? 100-630 mm, max.: 6000 mm Technical information:Open area(%)= slot size*100/slot size+wire width WIRE PROFILES & RIB SUPPORT Characteristics: Increased efficiency a)Capability to withstand heavy loads b)High open area c)No clogging d)Perfectly smooth and flat surface e)High precision of execution f)Increased capacity and more precise separation, waterproofing and filtration g)Self-cleaning effect h)Low pressure loss High open area and strength parameter a)Proper size of profile wire b)Proper size of structural support wire c)Profiles shape of working wires Increased economical effectiveness, lower cost a)Higher efficiency b)Permanence of exploited resources c)Ease of installation and reduced maintenance cost Extended lifetime a)Slot does not change during abrasive operation on the screen surface
6-person bench tablematerial10 gauge bench top flanged 2" all aroundsupportbench top supported by 2-1/2" schedule 40 steel pipe supports,intermediate supports provided at36" on center where bench exceeds 4" lengthdimensions50"W X 96"L X 30"Hfinishingpowder coat finishstainless steel bench topall stainless steel Bench Table Designed for heavy duty institutional seating needs. Tops and benches are 10 gauge, vertical support is contracted of 7 gauge formed channels. Seat support is 2"x3"x3/16" angle. Features include prime finish, bolted or welded in place, shipped fully assembled, and warrantee to match project specifications. Options include powder coat finish available, seat top can be mild steel or stainless, available in 6 seat configurations, embedded sublimation image available, and engineered to your projects specifications. Construction: Table top fabricated from 12 gauge steel stainless steel optional. Seats fabricated from 14 gauge steel with stainless steel optional. Table top and seats to be smooth, true, level, and free of sharp edges. Floor mounting plate to be 3/8" thick 18" square with 4 holes for anchor bolt installation. One piece welded assembly and all welds neatly finished. Powder-coat finish, with standard color on all mild steel components and color to be selected by architect. Game top will be embedded into the surface to a depth of less then one millimeter.FAQ Q.1: How to control quality? A, all the raw materials by IQC (Incoming Quality Control) before launch whole process into the process after the screening. B, process each link in the process of IPQC (Input process quality control) patrol inspection. C, after finished by QC full inspection before packing into the next process packaging. Q.2: Are you manufactory or trade company? We are the Combined-Manufactory specialized in detention industry products for many years already in Fuzhou Fujian province China. Our factory have passed IS09001, GMP Factory Audit. And we are AAA grade credit enterprise. Also we had large warehouse and quality control department for purchasing products for clients. Q.3: Can we have our Logo or company name to be printed on your products or package? Sure. Your Logo could be printed on your products. url:http://www.prison-industrial.com
SIDA Factory KBQX-10DGW mirco particle single pipe dry ice blasting machine, mini dry ice blaster, small dry ice cleaning machine, mini dry ice blasting machine, mini dry ice blaster. Cleaning Principle of dry ice blasting machine: Dry ice cleaning machine is the use of high-speed flow of compressed air mixed with dry ice pellets particles, through the spray gun nozzle into cleaning subject, make the surface fouling engine-grease produce cold crack, delaminating, was finally a cleaning method of impact stripping. The cleaning method belong to dry cleaning, dry ice will be instant vaporization, no residue, do not produce secondary waste, can be directly clean the production line without affect, the force is relatively weak compare to sandblast, it is non-destructive decontamination, does not hurt the equipment and damage of the mould. Technical Parameters: Model no.: KBQX-10DGW mini dry ice blaster Raw material: 1.5~3 mm dry ice pellets Capacity of dry ice loading: 10 kg Dry ice flow: 0~0.6 kg/min Air pressure: 0.5~1 Mpa Air flow: 1~1.5 m3/min (more air more powerful) Power: one phase 220V 5A Blasting gun hosepipe: 5 m (longer can be equipped) Size (L*W*H): 480*366*730 mm Total weight: 59kg Features of mini dry ice blaster: 1. Use patented technology (company self-designed) of ROTARY FEEDING, the rotor will not be frozen for long operation. 2. The hopper equipped a vibrating feeding device, enable the dry ice fall smoothly. 3. USA goodyear standard hosepipe, can keep soft in continuous blasting, anti-static conform to flammable and explosive situations and long lifetime. 4. Patented technology (company self-designed) of SELF-LOCK HOOK for spray gun, very safe. 5. Equipped automatic air filters and dehumidifiers, can deal with unclean air source 6. With handles, easy to move. 7. Large rubber omni-directional wheel with brake, easy to move and noiseless. 8. The joints are threaded connection, easy to remove. 9. Nozzle can change to various length and shape. Application of dry ice blasting machine: It is different from ordinary dry ice cleaning machine, the dry ice carbon dioxide ice particle can be tiny to 0.3 mm, so it's close, uniform jet stream, easy to remove small pitting surface dirt with little amount of dry ice. The machine is small and narrow, convenient to use in the narrow area with less compressed air, so the small air compressor can match.
Single Side Aluminium PCB Board Aluminum PCB Metal Core PCB Insulated Metal Substrate Aluminum PCB/Metal Core PCB/MCPCB/Insulated Metal Substrate(IMS) Insulated metal substrate (IMS consists of a metal baseplate (Aluminum is commonly used because of its low cost and density) covered by a thin layer of dielectric (usually an epoxy-based layer) and a layer of copper(35um to more than 200um thick). The FR-4 based dielectric is usually think (about 100um). Compared to a classical printed circuit board, the IMS/MCPCB provides a better heat dissipation. It is one of the simplest way to provide efficient cooling to surface mount components. Among all Metal core PCBs, Aluminum MCPCBs are the most common type-the base material consists of aluminum core with standard FR4. It features a thermal metal-clad layer that dissipates heat in a highly efficient manner, while cooling components and increasing the overall performance of the products. Currently, Aluminum-backed PCBs are regarded as the solution to h igh power and tight tolerance applications. MKTPCB has been offering Aluminum PCB manufacturing services for over ten years. Our full-feature Aluminum circuit boards making capabilities and value-added options including Free DFM Check allow you to get high-quality Aluminum PCBs done within budget. Aluminum PCBs fabricated by us are widely used for LED lighting, Power equipment and Automotive systems. Metal Core PCB Materials and Thickness The metal core of the thermal PCB can be : 1) Aluminum (aluminum core PCB), 2) Copper (copper core PCB or a heavy copper PCB) or a mixture of special alloys, while the most common being Aluminum core PCB. The thickness of metal cores in PCB base plates is typically 30 mil - 125 mil, but thicker and thinner plates are also available. MCPCB copper foil thickness can be 1 - 10 oz. MKTPCB Aluminum PCB Capacity : MKTPCB can produce 1-Layer, 2-Layer, 4-Layer and 6-Layer Aluminum PCBs. Multilayer aluminum PCB is mainly used by high power Industrial products, like outdoor Led screens. Solder mask Color: White, Black. We can also provide Super-White color for LED PCB to improve the reflected light off of the board to increase the Lumens. -
Wall mounted AC85V-265V DMX multi zone control glass touch panel dimmer Specification : Model P5 glass touch panel dimmer light switch Input Voltage AC85V-265V Output Signal DMX512 4 Channel Dimming Range 5%-100% Working Temperature -20°C~55°C Dimensions L86�W86�H36(mm) Weight(N.W) 230g Related Products 300.jpg354.jpg380-8A.jpgK3.jpgP4.jpgT3+R3.jpg Product Description This glass touch panel dimmer light switch is consist of Multi-zone series and Single zone series, it is wildly used for commercial/ office/ household lighting, workable for dimming control. It is DMX512 control panel, used for DMX512 lamps; P series could satisfy the controlling demand for all kinds of LED lighting products. Feature: 1, Fashionable appearance, simple operation, standard 86 style socket, easy to install and disassemble. 2, Workable for dimming, color temperature, RGB and RGBW control. 3, Output DMX512 signal to control the DMX equipment. 4, Support 4 zones, can meet the requirements for different zone with different control. 5, RGB/RGBW panel controller with the 10 built-in changing modes, with 4096 grey scales per channel, led lamp is more rich and vivid without flash. Installation: Typical Wiring Schematics: Operation Instructions: More P series: Single zone: P1-P4 Multi Zone: P5-P8 Payment Terms.jpg Packaging & Shipping After inspection the goods are packed in white inner box and then carefully packed in cartons. Our Services 1. Professional advice according to your needs. 2. Instant response to your inquiries. 3. Short lead-time, quick delivery. 4. Three years warranty for all of our products. 5. Samples orders, OEM/ODM orders are also welcomed. Company Information We are leading Manufacturer of LED controllers in Zhuhai, Guangdong province, China. We are small, flexible and loyal. Ideal partner of your customize order. We are strong in developing OEM and ODM projects, and customer's rights are the first things we consider about. We are very competitive in price, well reputed for quality product and prompt delivery.
Product Description ZC-G11 China cheap short nylon shackle safety lockouts with ABS plastic body a. Durable .lightweight with non-conductive Xenoy lock bodies b. High security 10 pin cylinder lock, upto 100,000 different locking mechanisms c. Key retaining feature ensures the padlocks are not left unlocked d. All different colors available e. Standard labels on front and back f. Can be engraved with customers' logo 1. Material: rugged reinforced nylon 2. Widely used in chemical, electrical, automobile industry, etc. 3. superior temperature, chemical and corrosion resistance 4. With rewritable warning signs 5. Key Retaining Feature (When the shackle is open, the key can not be removed) 6. Laser printing and logo engraving available if required. 7. Shackle Length: 38mm Our service We provide Unique key charting system for our safety padlock a,Keyed Differ System (KD): Each padlock is keyed differently, supplied with 2 keys per lock.20000 pcs individual padlocks available . b, Keyed Alike System (KA): Each padlock is keyed the same. 1 key will open all padlocks in each group. c, Differ & Master Key System (MK): Each padlock is keyed differently, supplied with 2 keys per lock. A master key will override and open any of these padlocks. d, Alike & Master Key System (KAMK): Each padlock is keyed the same in one group. A master key will override and open all groups of Alike keyed. Why Use Lockout/Tag out Due to the hight rate of industrial accidents caused by unexpected organization, start up od machines or equipment, uncontrolled release of energy, reducing the industrial accidents becomes one of todayâ??s most serious issues. LOCKOUT/TAGOUT is a planned safety procedure that disables the energy supply of industrial machinery and equipment whilst servicing, maintenance work or repairs are in progress. Many of industrial accidents can be prevented by proper LOCKOUT/TAGOUT procedures. Making the right kind of LOCKOUT & TAGOUT equipment available to the employee is the responsibility of the plantâ??s management.
The Quick Details of Pe100 Water Pipe : Place of Origin: Luoyang ,China Material: HDPE Brand name: GUORUNXINCAI Material: HDPE Diameter Nominal: 20-800mm Wall Thickness: 2.3-57.2mm Pressure: 0.6-1.6Mpa Standard: GB/T 13663-2000 Pe100 Water Pipes' diameter,length and other types of indexes can be based on clients' requirement. IRRIGATION PIPE of High Density Polyethylene High-density polyethylene pipe(HDPE pipe) is made from high density polyethylene as the main raw material, adding a small amount of antioxidants, Anti-UV absorbers and pigments. Pe100 Water Pipes' main characteristics: 1. Long-life-span Pe100 Water Pipes can be used for more than 50 years under normal condition 2. Good sanitary performance Pe100 Water Pipes' material is non-toxic, does not scale. It is not easy to form dirt, and avoids secondary pollution of drinking water 3. Good corrosion resistance Pe100 Water Pipes can resist variety of chemical mediator except few oxidants 4. Pe100 Water Pipes are with Good crack growth resistance 5.Pe100 Water Pipes are with Little coefficient of friction and low flow resistance 6.Pe100 Water Pipes are with Excellent wear resistance Its wear resistance is 4 times higher than steel pipe under normal conditions 7. Good solderability Pe100 Water Pipes' interface strength is higher than the pipe body 8. Pe100 Water Pipes are with Fine flexibility and anti-scratch ability 9. Low cost Pe100 Water Pipes can reduce the cost of project substantially The Applications of Pe100 Water Pipes: Guorun Pe100 Water Pipes can be widely applied to below fields: 1. City and town water supply 2. To transport natural gas & coal gas 3. Food & chemical industry 4. To transport ore & mud 5. To replace cement pipe, cast iron pipe & steel pipe 6. Landscaping pipeline Pe100 Water Pipes outer diameter is from 20 mm to 800 mm, and its wall thickness is 2.3 mm to 57.2 mm mainly.
We are a distributor, importer, wholesale and retailer of industrial automatic equipment. large DCS system spare parts, imported industrial robot spare parts, large-scale servo system motor drivers, frequency converters, solenoid valves, cylinders, flow meters, sensors, safety barriers, thermostats and other products. Widely used in power, electronics, metallurgy, chemical, automotive manufacturing, machine tools, packaging machinery, machinery and equipment and many other fields. Our company has also cooperated with many abroad widely-known brands. Best-selling brands include: US Honeywell Honeywell: TDC2000, TDC3000 ESD, S9000 series boards! The United States AB system for example: 1771, 1746, 1756, 1785, etc. PLC module! American Fox Polo FOXBORO: TRICONEX system, CUP, I/A, I/O series board! Siemens SIEMENS: S5, S7, TI, etc. Discontinue production of DCS system PLC boards! Germany REXROTH Rexroth servo drive, servo motor and all kinds of control board! Swedish ABB robots DSQC, 3HAC all spare parts. 460, S500, S800, MOD full range of boards! Germany E+H flow meter, GE Fanuc servo drive power module and board! 3HAB8101-18/09A; ABB's Robot Battery 3HAC16831-1 10.8V 17AH Technical Standard: S0-1201-R Sealing ring 4C3433 ABB Battery 3HAC16831-1 ABB Check valve 3HNA000758-001 ABB Touch screen 6AV2123-2MB03-0AX0 Siemens frequency conversion cabinet transformer 6SL3352-7AE38-4AA0 ABB Isolation Amplifier PXUB201 3HEA802409-014 RMK12.2-IBS-BKL RMG12.2-NN RME12.2-32-DC024 RMA12.2-32-DC024-050 DKC02.3-040-7-FW Fan 3HAC026525-001 Ic693acc302b 3HSD-0000030008 3HNA012371-001 3HAC14178-1 MDX61B0900-503-4-00+DFP21B+DEH11B MC07B0550-503-4-00+FSC11B C300 Controller Firewall CC-PCF901 C300 Firewall Backplane CC-TCF901 C300 Controller Backplane CC-TCNT01 Digital Output Module Backplane 24VCC-TDOB01 LLMUX input module CC-PAIM01 LLMUX input module backplane CC-TAIM01 RTD Wiring Board MC-TAMR04 TC wiring board MC-TAMT04 Tension controller model: PFEA111-65,100-240V,50/60HZ,110-250mA Power Module 51199929-100 HONEYWELL ABB power supply SD821 is discontinued, replaced with SD831 UCN Interface Module 51402573-150 REV.C 2 Honeywell Thermocouple Terminal Edition 51309223-175 Filter NFD03.1-480-016 Rexroth Filter HNF01.1A-F240-E0051-A-480-NNNN 6410-001-N-N-N
There is no doubt that continuous waste plastic pyrolysis plant is based on batch equipment design, so their main pyrolysis process is consistent with the principle, the latter is only more intelligent and easier to operate, which also reduces the more manpower and material resources. Its main advantage over small pyrolysis equipment is that it can continue to work 24 hours a day. There is no need to stop in the middle because of loading and unloading or cooling, which can save a lot of time and make the whole process more efficient. First of all: Put the collected plastic products into the plastic crusher and crush the waste plastic. This will not only save space but also accelerate the reaction speed of waste plastics in the furnace, and in short, it can improve the operating efficiency of the equipment. Secondly, the broken waste plastic is fed into the reactor through a pusher and the reactor is heated. The temperature of the reactor reached a certain height, and waste plastic pieces cracked out of oil and gas, carbon black. Once again, the oil and gas that has been cracked enter the condensing system. When the hot oil and gas meets cold, it is liquefied into heavy oil and falls into the oil tank. Then: For the treatment of the three wastes of waste gas and waste water generated during the operation of the equipment, the company launched a desulfurization and deodorization tower system to thoroughly help customers solve the problem of factory odors and meet European and American environmental protection and emission standards. Finally, the carbon black be outputed. Advantages of continuous pyrolysis equipment: 1. The PLC control system can improve equipment operating efficiency.Because it can continuously feed materials continuously for 24 hours. Great savings in manpower and material resources. 2. The single machine processing capacity is large and the floor space is small, saving the cost of purchasing land in the previous period. 3. Use an accurate calculation system to ensure that the feed is fully cracked and the oil yield is high. 4. Indirect heating system, long service life. The end products of DoingGroup's continuous waste plastic cracking equipment mainly include fuel oil, carbon black and combustible gas. Their specific uses are as follows: 1. Fuel: Mainly used for heating oil in iron and steel plants, and boiler plants. It is also commonly used in heavy oil generators to generate electricity. 2. Carbon black: Carbon black briqutting can be produced for burning, refining from carbon black , can be produced for new tires, and pigment manufacturing materials.
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.
