Our non-woven face mask is made up of top-grade non-woven fabrics. The common sizes what we produced are 175*95mm, 145*90mm, 125*80mm and so on, with 2 or 3 or 4 layers as well as many three dimensional face masks and BFE degree are 99% and 95%, which depends on the material. We can also produced the face mask as per customer's requirements. Our mask ever exported to many countries such as Japan, Korea, America, India, Vietnam and so on. Features 1.Non woven face mask is made of spunbonded non woven fabric and meltblown non woven fabric 2.It can be used in hosipital,or industrial eara.,protect face from the dust,water and bacteria. 3 .Conforms to international standard:EN149:2001 FFP1 FFP2 CE0194 N95 4. Low breathing resistance with high filtration efficiency. 5. With multi-layered non-poisonous, non-allergic, non-stimulating materials. 6. Adjustable contoured aluminum nosepiece and a soft inner foam nose cushion help to ensure proper fit and increase worker comfort. 7. The high-efficient and strong electrostatic filtering materials effectively filter the solid particle dust, and prevent the oil liquid gas. 8. Free of maintenance, hygienic, clean, environment friendly. Material non-woven polypropylene fabric style with ear loop or tie on Application for medical, surgical, pharmaceutical, laboratorial, industrial sector Color Blue,Green,White,Pink, Yellow Layer 2 0r 3 or 4 lays Packaging 50pcs/box,40box/ctn Delivery 7-15 days Terms of payment L/C,T/T, Western Union, Escrow, Paypal Storage Stored in dry, humidity below 80%, ventilated, non-corrosive gases warehouse Note 1.This product is NON-sterilized. 2.Validity:2 years 3.Disposable Certification CE, ISO9001, ISO13485 OEM 1 Material or other specifications can be according to customers' requirements. 2 Customized Logo/brand printed. 3 Customized packaging available.
DESCRIPTION CC-200 is a indoor, high fluidity, rapid strength and leveling material. It still has high bonding,low shrinkage, low water absorption, acid resistance, alkyl resistance and chemical resistance. It special use for fast repairing, putty and leveling for epoxy coating. APPLICATION Floor fixing on parking garage, factory, and warehouse. Leveling before epoxy coating. Basic layer for non natural paint. Bec ause of the early strength and low moisture content, CC 200 has widely application. Contact out agent when you have doubt on CC 200. ADVANTAGES 1. Curing and enhancing are fast and rapid below 25 mins. High strength and low water absorption/ content could be reached after curing. 2. Good acid and alkyl resistance. 3. Good wear resistance, high compressive strength, leveling and anti cracking. PREPARE TO USE 1. Clean with vacuum to ensure the surface dustless. 2. Working site is free from dust, sand, oil, and loose. a). Crack and Joint Treatment b). File on the crack, open a width of 2 3 cm depth of 1 cm or more groove joints and clean up dust and loose. c). At the same time taking CC 200 mortar, filled in and up the crack and sizing 1 2 times primer after 2 4 hours. 4. Shorter wor king hours to achieve saving time, fast leveling and convenience work.
Description 1. Tough film and good adhesion on the concrete, able to penetrate into concrete. 2. Good resistance to water , brine and chemicals. Excellent mechanical strength and physical properties. 3. Good resistance to impact and abrasion. 4. Easy application , drying fast. Prepare to use 1. Mix base and hardener by the mixing ratio and Stir thoroughly, then setting at least 15 minutes. Thinner may be used to reduce viscosity. 2. Remove all foreign particles, oils, grease , rust and moistures from the surface before application. 3. Two packs product, must be used completely during the duration of its pot life. 4. Donâ??t apply when the temperature is < 10â??,>40â??, relative humidity is >90â?? or the surface temperature of substrate is not higher than the dew point for at least 3â??. 5. If the coating interval is exceeded , the surface of base coat must be roughened to insure adhesion. 6. Keep away from heat, sparks and flame. 7. Stored with good ventilation. 8. Keep adequate ventilation during application. 9. The actual coverage may vary, depending on application technique, job conditions and type of surface. Under brushing & rolling application the actual coverage is estimated at 70% of the Theoretical coverage and 60% for spraying. **The parts of data base above could be affect by application condition at job site, please reference guide specification or contact with relative technical personnel. Color : Clear Drying time : Tack-free : 2 hours Hardness : 8 hours Full cure : 7 days (grease)
Long-necked flanges, also known as LWN flanges, are similar to the standard weld neck flanges but the neck is considerably longer. This type of flange is often used as a nozzle for a barrel or a column. They can be classified later as standard type, heavy gun type, variable body type and whole body type. These flanges are kind of exclusive for the reason of their uncomplicated connectivity with other pipes. Where standard weld neck flanges are used extensively for pipes, long weld neck flanges (often abbreviated to LWN) are used in high pressure and high (or fluctuating) temperature situations primarily in the oil and gas industry. The long neck guides the pipe into the flange itself and provides reinforcement that a standard weld neck flange cannot. This reinforcement is very important for safety in high pressure industrial, commercial and even residential systems. Uses of long-necked flanges are primarily on vessels where an elongated neck is required. Long-necked flanges (LWN) are primarily utilised on vessels where an elongated neck is required. This is considered a specialty flange because of the protruding neck or hub, which acts as a boring extension. The conical collar helps reduce the thickness of the steel and appears to be a pipe extension. LWN steel flanges are used primarily in the chemical and petroleum industries, as well as in commercial and residential buildings ASME 16.47 anf asme 16.5 series of long weld flanges are used exclusively for situations in high levels of stress and fluctuating temperatures.
Products in CM 5000/6000 series are special for screw type refrigeration unit. Performance of these medium refrigerant recovery equipments are with today's national advanced level. Applications are as follows: srew units, small & medium central A/C factories ,on site maintenance of small & medium HVAC/R products. Advantages l Performance has become a forefront of the industry; l Meet ARI-740 standards; l Universal for CFC/HCFC/HFC of high&low pressure refrigerants; l 24 hours continuous working; l No need for special maintenance when recovery different refrigerants, just use self-purging function; l No cross contamination. Application l Transfer refrigerants on your job site; l Service chillers & other medium cooling systems; l Small & medium central A/C factories; l On site maintenance of small & medium HVAC/R products Main features 1.Oil-free lubricating compressor - compatible with CFC/HCFC/HFC refrigerants; 2.Self - purging design - prevent cross contamination; 3.Multi - function valve design - simple operation; 4.Perfect protection system - safe credibility; 5.Thorough recovery refrigerant and automatic stop when the suction pressure is up to - 0.04Mpa; 6.Light weight - air cooled type only 160lbs, water cooled is much lighter; 7.Meet ARI-700 standards; 8.24-hour continuous working.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Coated fabrics are flexible composite materials formed by applying bonding agents to either one or both sides of the fabric substrate and precisely coating it with different rubber compounds depending on the end application of the fabric. After the coating is cured it creates a strong bond between the rubber and the fabric. The final product after coating and curing is solid and flexible. It has a good stability and is washable, durable and much stronger than uncoated fabrics. Rubber coated fabrics are very close textured and therefore exhibit low permeation and diffusion. They can be electrically conductive and can also be weather, oil and temperature resistant. Zenith offers rubber-coated fabrics with special characteristics. We manufacture various types of fabrics for different applications such as barrier protection, abrasion resistance, air retention and high strength to weight ratios, flex resistance and resistance to chemical gases and fuels. Zenith uses basic fabrics such as Cotton, Nylon, Polyester, glass, knits, silk, Kevlar. Fabrics of various blends are coated with Nitrile, Chloroprene, Silicon, NR/SBR, Butyl, Hypalon (CSM), EPDM & blended polymers for variety of applications in the fields of Insulation, Defense, aviation, marine and offshore operations. ZRF fabrics are available from 0.3mm to 1.5mm thickness, 1.0 meter to 1.5 meter in width and in long lengths up to 100 meters. Zenith’s expertise in compounding is due to its extensive research and development program. All coated fabrics are vigorously tested for specification given by the customer. With our extensive testing procedures and fully equipped lab we ensure that all fabrics meet the highest quality standards. Zenith is using solvent-based coating, which gives better results as far as adhesion is concerned. Zenith’s large scale production capabilities and short development periods assures consistent quality and faster deliveries.
Rose Water is the hydrosol portion of the distillate of rose petals, aby-product of the production of rose oil for use in perfume, It is used to flavor food, as a component in some cosmetic and medical preparations, and for religious purposes throughout Europe and Asia.Rose syrup is made from rose water, with sugar added. Rose water is a usual component of perfume. A perfume is a usual component of perfume. A rose water ointment is occasionally used as an emotionally used as an emollient, and rose water is sometimes used in cosmetics such as cold creams. Medicinal use-Ayurveda: In India,rose water is used as eye drops to clear them. Some people in India also use rose water as spray applied directly to the face for natural fragrance and moisturiser, especially during winters. It is also used in Indian sweets and other food preparations (particularly gulab jamun). Rose water is often sprinkled in Indian weddings to welcome guests. Rose water is used as a perfume in religious ceremonies (Hindu, Muslim and Zoroastrian). Water used to clean the Kaaba, the Qibla for Muslims located in Mecca, combines Zamzam water with rose water as an additive. Rose water is used in some Hindu rituals as well. Rose water also figures in Christianity, particularly in the Eastern Orthodox Church. Specifications : Type Of Packing : 25 kg Drum Usage : Personal, Parlour, industry Brand : Reck Frgarances Pack Size : 25 kg Minimum Order Quantity : 100 Kilogram
Industrial cable glands with inner thread (Double-compression, armored cable) Specification Materials:Brass or stainless steel ,brass with nickel planted Sealing materials:Silicon rubber,Neoprene,Teflon,PA6 Explosion mark:Exd IIC Gb/Exe II Gb/Ex tD A21 IP68 Fireproof grade:V0(UL94) Environment condition:Zone1,Zone2 IIA-IIC Explosive gas atmosphere,Strict21,22 inflammable dust environment,it is Widely used in oil extraction, refining, chemical, military and so on hazardous environment places cable clamping and sealing. Mode M G SH-BDM-24-01 M20*1.5A G1/2A SH-BDM-24-02 M20*1.5B G1/2B SH-BDM-24-03 M20*1.5C G1/2C SH-BDM-24-04 M25*1.5B G3/4B SH-BDM-24-05 M25*1.5C G3/4C SH-BDM-24-06 M32*1.5B G1B SH-BDM-24-07 M32*1.5C G1C SH-BDM-24-08 M40*1.5B G1 1/4B SH-BDM-24-09 M40*1.5C G1 1/4C SH-BDM-24-10 M50*1.5B G1 1/2B SH-BDM-24-11 M50*1.5C G1 1/2C SH-BDM-24-12 M63*1.5B G2B SH-BDM-24-13 M63*1.5C G2C SH-BDM-24-14 M75*1.5B G2 1/2B SH-BDM-24-15 M75*1.5C G2 1/2C SH-BDM-24-16 M90*1.5 G3 SH-BDM-24-17 M115*1.5 G4 NPT thread can also be provided if needed. Customization is accepted!!
CVD System consists of tube furnace,gas supply system and vacuum unit. Split vacuum tube furnace BTF-1200C BTF-1200c can supply vacuum&atmosphere protection environment . It is easy to installation and dispatch.From the transparent quartz chamber,the state of sintering can be observed. Pneumatic spring structure make the operator easy to open it. Tube size Φ50 Ã?1000mmï¼?tube size can be optional) Heating element Fe-Cr-Alloy adopted by Mo Zone length Heating :440mm Constant:200mm Temperature controller *30 programmable segments for precise control of heating rate ,cooling rate and dwell time. *Built in PID automatic tune function with overheating&brocken thermocouple brocken protection and over temperature protection and alarm allows for operation without attendants. Accuracy ±1 Suggest heating rate 15/min Standard accessories quartz tube 1 pcs,stainless steel sealing flange 1set,silicon sealing ring 2set,high temperature glove1pair,quartz block1 pc. Gas-supply system 3 channels MFC,GMF-3Z Connector style Double cutting ferrule stainless steel connector Standard range(N2) 50sccmã??100sccmã??200sccm(optional) Accuracy ±1.5%FS Linearity ±0.5ï½?1.5% Working pressure range 0.1ï½?0.5 MPa Max.pressure 3MPa Connector Φ6,1/4'' Display LCD touch screen 3 figrues show Working tem. environment 5~45 High purity gas Pressure vacuum gauge -0.1~0.15 MPaï¼?0.01 MPa/gridï¼? Inter&exter Parabolic ss pipe Φ6 Low vacuum unitï¼?Vau-02 Relative air humidity â?¤85% Working voltage 220V±10% 50~60HZ Air bleed rate 8m³/h Experiment vacuum 1.0X10-1Pa Oil capacity 1.1L Inlet/Outlet caliber KF25 Rotation rate 1450rpm Noise 50dB
CVD System consists of tube furnace,gas supply system and vacuum unit. Split vacuum tube furnace BTF-1200C BTF-1200c can supply vacuum&atmosphere protection environment . It is easy to installation and dispatch.From the transparent quartz chamber,the state of sintering can be observed. Pneumatic spring structure make the operator easy to open it. Tube size Φ50 Ã?1000mmï¼?tube size can be optional) Heating element Fe-Cr-Alloy adopted by Mo Zone length Heating :440mm Constant:200mm Temperature controller *30 programmable segments for precise control of heating rate ,cooling rate and dwell time. *Built in PID automatic tune function with overheating&brocken thermocouple brocken protection and over temperature protection and alarm allows for operation without attendants. Accuracy ±1 Suggest heating rate 15/min Standard accessories quartz tube 1 pcs,stainless steel sealing flange 1set,silicon sealing ring 2set,high temperature glove1pair,quartz block1 pc. Gas-supply system 3 channels MFC,GMF-3Z Connector style Double cutting ferrule stainless steel connector Standard range(N2) 50sccmã??100sccmã??200sccm(optional) Accuracy ±1.5%FS Linearity ±0.5ï½?1.5% Working pressure range 0.1ï½?0.5 MPa Max.pressure 3MPa Connector Φ6,1/4'' Display LCD touch screen 3 figrues show Working tem. environment 5~45 High purity gas Pressure vacuum gauge -0.1~0.15 MPaï¼?0.01 MPa/gridï¼? Inter&exter Parabolic ss pipe Φ6 Low vacuum unitï¼?Vau-02 Relative air humidity â?¤85% Working voltage 220V±10% 50~60HZ Air bleed rate 8m³/h Experiment vacuum 1.0X10-1Pa Oil capacity 1.1L Inlet/Outlet caliber KF25 Rotation rate 1450rpm Noise 50dB
