Ceramic Membrane Module A ceramic membrane module is a complete unit composed of the ceramic membranes, housing, feed inlet, concentrate outlet, and permeate outlet. The ceramic membranes are arranged in parallel and vessel with housings. Ceramic Membrane Module JIUWU Ceramic Membrane Products SS Membrane Module JIUWU hi tech could produce the extra large housing as customer demand, such as loading over 91 pcs membranes. Titanium Membrane Module The main application of titanium module is brine filtration. PVC Membrane Module For special application, JIUWU company designs the module with different material, such as PVC and FRPP. Housing is designed with standard connectors (flange, clamp, whorl coping) to attach with incoming and outgoing piping. This includes a manifold, which directs incoming flow to all ceramic membrane elements in the housing. The housings are produced from different types of stainless steel, coated steel or plastic, titanium, as required by the application. The sealing material holds elements in the weakest place in housings. A wide array of materials (EPDM, Fluoro rubber, silicon) is available by customer's needs.
Bosoko T550 Front Frame Wiper Blades with J-hook Adapters High-Quality Materials: The T550 Front Frame Wiper Blades are constructed with a main frame made of cold-rolled steel coated for durability, ensuring long-lasting performance. Universal Adapter: Equipped with j hook windshield wipers made of PBT material with 15% fiber, these wiper blades can easily fit onto various types of wiper arms, providing a hassle-free installation process. Enhanced Durability: The main frame and rivets of the T550 wiper blades are made of cold-rolled steel coated with powder coating, offering excellent resistance against rust and corrosion, and ensuring a longer lifespan. Superior Wiping Performance: The refill of these wiper blades is made of natural rubber for optimal wiping performance. The graphite-coated rivets and power-coated iron construction further enhance the smooth and streak-free wiping action, providing clear visibility during inclement weather conditions. Contact Bosoko wholesale frame wiper blades for OEM prices. If you are looking for a reliable wiper blade manufacturer, don't hesitate to contact us!
Product Introduction Roto gravure cylinder proof machine is specifically designed and manufactured for rotogravure printing cylinder, adhering to Japanese economic and practical advantages. Using Linear roll guide rail drive, Gravure Prepress proofing machine can adapt to user requirements to customized the length and diameter of cylinder. Printing Cylinder Gravure Proofing machine has the hydraulic automatic control system; the single time proofing machine printing process has automatic operation function. Product Advantage 1.Gravure proofing machine with High Efficiency: Highly Integrated Operation Module and higher automation improves 20%-30% higher efficiency than the previous model. 2.Accuracy: JS Linear guide rail ensures the accuracy of the smooth and repeated positioning for the drum advance and retreat; 50x magnification ensures a clear mesh point. 3.High Transfer Rate: The pressure and energy storage system of the rubber drum and roll improves more than the previous model, so more than 5% of the meshes can transfer with engraving cylinder proofing prepress machine. 4.The front and back stroke adjustment of the drum and the opening of the left and right tailstock are realized full automation. The drum and the roller are kept on the same level to avoid the phenomenon of the left and right sleeve deviation.
Product Introduction Auto Rotogravure Cylinder Prepress Proofing Machine is specifically designed and manufactured for engravure printing cylinder, adhering to Japanese economic and practical advantages. Using Linear roll guide rail drive, proofing prepress can adapt to user requirements to customized the length and diameter of cylinder. gravure cylinder proofing machine has the hydraulic automatic control system; the single time proof process has automatic operation function. Product Advantage: 1.High Efficiency: Proofing prepress machine with Highly Integrated Operation Module and higher automation improves 20%-30% higher efficiency than the previous model. 2.Accuracy: JS Linear guide rail ensures the accuracy of the smooth and repeated positioning for the drum advance and retreat; 50x magnification ensures a clear mesh point. 3.High Transfer Rate: The pressure and energy storage system of the rubber drum and roll improves more than the previous model, so more than 5% of the meshes can transfer. 4.The front and back stroke adjustment of the drum and the opening of the left and right tailstock are realized full automation. The drum and the roller are kept on the same level to avoid the phenomenon of the left and right sleeve deviation.
Horizontal Plasma System AH-V1000 Merits: Environmentally friendly molecular-level surface cleaning enhances uniformity and hydrophilicity, making it an ideal pre-treatment for bonding processes. Application fields: Suitable for PCBs,FPC IC substrates, LCDs, PV batteries, semiconductors, PTFE, automotive interior parts, medical equipment, plastic and rubber products. Product Specifications: 1.Outline Dimensions (footprint):1850*1800*2100H mm 2.Vacuum chamber size:1450*670*950mm 3.Maximum Treatment Area:1290*570mm 4.Maximum number of processing layers:13 layer 5.Input voltage:3-Phase 380 VAC~440V, 50 Hz/60 Hz 6.Output frequency:40KHz 7.Output power:10Kw 8.Discharge vacuum:20Pa-80Pa 9.Loadable Gases: O2, N2, H2, CF4 10.Treatment Time for Each Batch: 15~30 minutes Features & Performance: 1.Suitable for large quantities of PCB/FPC and other products across a wide range of applications. 2.Short processing time and high efficiency to improve production capacity. 3.Extremely simple and convenient operation, with low usage costs and easy maintenance. 4.Dry process with no residue left on the product surface after treatment, ensuring no discharge of pollutants and providing a safe and environmentally friendly solution.
High-Volume Vertical Plasma System AV-P30 Merits: Environmentally friendly molecular-level surface cleaning enhances uniformity and hydrophilicity, making it an ideal pre-treatment for bonding processes. Application fields: Suitable for PCBs, IC substrates, LEDs, LCDs, PV batteries, semiconductors, PTFE, automotive interior parts, medical equipment, plastic and rubber products. Search Keyword: PCB Plasma Desmear IC substracts Plasma treatment LCD Plasma Cleaning LED Plasma Desmear PTFE Plasma treatment Product Specifications: 1.Outline Dimensions (footprint): 2380*2150D*2200mm 2.Vacuum Chamber Dimensions: 1445*1265D*1055mm 3.Maximum Treatment Area: 1120*635mm 4.Maximum Treatment Cells: 15 5.Rating Voltage: 3-Phase 380 VAC~440V, 50 Hz/60 Hz 6.Output Frequency: 40 kHz 7.Output Power: 10 kW 8.Discharge Vacuum Degree: 20~80 Pa 9.Loadable Gases: O2, N2, H2, CF4 10.Treatment Time for Each Batch: 15~30 minutes
Ferric Oxide Yellow This is one of the many colors of iron oxide. Yellow ochre clay contains yellow iron oxide. In ceramics, red iron oxide is most commonly used in glazes and clay bodies, but black is also used. Yellow is the least stable form of the color. Iron oxide yellow is a synthetic material with a very fine particle size (but not as fine as black or red). Yellow iron can be used when the original color or other original properties are important to the manufacturing process or color of the unfired product and when a less messy material is desired. Yellow iron is not as fluffy or light as black iron, but it is fluffier and lighter than red iron. It is not as heavily agglomerated as red, but more so than black. It has a coarser particle size and does leave some light-colored residue on a 325-mesh sieve (up to 8% residue in one sample we tested and zero in others). Pyrite is also used in paints, enamels, concrete stains, plastics, rubber and paper where a permanent yellow color is desired. It has excellent hiding power, absorbs UV light, is compatible with a wide range of vehicles, disperses well in aqueous and solvent systems, and is free of heavy metals.
Composite Insulator for Sale Composite insulator is a special type of insulator composed of high-strength fiberglass rods and polyester resin impregnated materials. The advantage of this kind of insulator is that it has excellent high temperature resistance, corrosion resistance and anti-aging properties, which can effectively improve the safety and reliability of transmission lines. At the same time, composite insulators are light in weight, small in size, easy to install and maintain, and can effectively reduce the operating costs of transmission lines. In addition, the mechanical and electrical properties of composite insulators are superior to traditional porcelain insulators, which can effectively improve the safety and reliability of transmission lines. Features of Composite Insulator A composite insulator, also called a dielectric or nonconductor, is a material that resists the flow of electric current. This type of silicone rubber material is used in parts of electrical equipment intended to support or separate electrical conductors without passing current through itself. The term is also used more specifically to refer to insulating supports that attach electric power transmission wires to utility poles or pylons. Composite insulators are less costly, lighter in weight, and have excellent hydrophobic capability. This combination makes them ideal for service in polluted areas. However, these materials do not yet have the long-term proven service life of glass and porcelain.
1) Gloves Recommended Applications: Emergency services, laboratories, pharmaceutical and cosmetic industries, catering, cleaning, general industry. 2) Gloves Materials: 100% latex Rubber 3) Gloves Size:S-XL 4) Gloves Packing: 100 pieces will be packed into a dispenser box. The number contained in each dispenser box determined by physical count. 10 dispenser boxes are packed in 2 layers of 5 giving 10 dispenser boxes inside export quality shipper carton (outer). 5) Gloves Packaging specifications: For shipper carton Inner box size: 22*12*6cm carton (outer) size: 31*25*22cm 6) Gloves Storage Conditions: The gloves will maintain their properties when stored in dry conditions out of direct sunlight at between 10 to 30 degrees C. 7) Gloves Shelf Life: The gloves shall have a shelf life of 5 years from the date of manufacture when stored in compliance with the above storage conditions.
1) Gloves Recommended Applications: Emergency services, laboratories, pharmaceutical and cosmetic industries, catering, cleaning, general industry. 2) Gloves Materials: 100% latex Rubber 3) Gloves Size: S-XL 4) Gloves Packing: 100 pieces will be packed into a dispenser box. The number contained in each dispenser box determined by physical count. 10 dispenser boxes are packed in 2 layers of 5 giving 10 dispenser boxes inside export quality shipper carton (outer). 5) Gloves Packaging specifications: For shipper carton Inner box size: 22*12*6cm carton (outer) size: 31*25*22cm 6) Gloves Storage Conditions: The gloves will maintain their properties when stored in dry conditions out of direct sunlight at between 10 to 30 degrees C. 7) Gloves Shelf Life: The gloves shall have a shelf life of 5 years from the date of manufacture when stored in compliance with the above storage conditions.
Model V180TIL Engine type 4 cycle, V type, direct- injection, water cooled with wet turbo charger & inter-cooler Rating output (B.H.P) PS(kW)/rpm 820(603)/2,300 Displacement( cc ) 18,273 Cylinder number - bore x stroke( mm ) 10 - 128x 142 Flywheel housing & y wheel (inch) SAE 1 & 14 Compression ratio 15.5 : 1 Firing order 1 - 6 - 5 - 10 - 2 - 7 - 3 - 8 - 4 - 9 Governor type of injection pump Mechanical variable speed (R.Q.V) Fuel consumption lit / h 187 Starting system Electric Starting by starter motor Starter motor capacity (V- kW ) 24 - 6.6 Alternator capacity ( V- A ) 24 - 80 Battery (V- Ah) 24 - 200 Cooling system Indirect sea water cooling with heat exchanger Cooling water capacity Max. / Min. lit 92 / 81 Fresh water pump type Centrifugal type, driven by belt Sea water pump type Rubber impeller type driven by belt Direction of revolution Crankshaft Counter clockwise viewed from stern side Engine size (L x W x H) (mm) 1,495 x 1,222 x 1,169 Engine dry weight (KG) 1,630
Model V180TIM Engine type 4 cycle, V type, direct- injection, water cooled with wet turbo charger & inter-cooler Rating output (B.H.P) PS(kW)/rpm 650(478)/2,100 Displacement( cc ) 18,273 Cylinder number - bore x stroke( mm ) 10 - 128x 142 Flywheel housing & y wheel (inch) SAE 1 & 14 Compression ratio 15.5 : 1 Firing order 1 - 6 - 5 - 10 - 2 - 7 - 3 - 8 - 4 - 9 Governor type of injection pump Mechanical variable speed (R.Q.V) Fuel consumption lit / h 141 Starting system Electric Starting by starter motor Starter motor capacity (V- kW ) 24 - 6.6 Alternator capacity ( V- A ) 24 - 80 Battery (V- Ah) 24 - 200 Cooling system Indirect sea water cooling with heat exchanger Cooling water capacity Max. / Min. lit 92 / 81 Fresh water pump type Centrifugal type, driven by belt Sea water pump type Rubber impeller type driven by belt Direction of revolution Crankshaft Counter clockwise viewed from stern side Engine size (L x W x H) (mm) 1,495 x 1,222 x 1,169 Engine dry weight (KG) 1,550
Technical specifications Configuration 4-cycle, vertical, water cooled diesel engine Number of cylinders 3 Bore and stroke mm (in.) 82 x 70 (3.23 x 2.76) Displacement cc (cu. in.) 1019 (68) Maximum output hp(kW)/rpm at crankshaft 40hp/4500rpm (29.41kW/4500rpm) Combustion system Direct injection Starting system Electric with emergency rope start Cooling system Direct seawater cooling by rubber impeller pump Lubrication system Forced lubrication with trochoid pump Generator AC dynamo built in flywheel Drive device Clutch type Dog type clutch Reduction ratio Ahead/Astern 1.846/1.846 Direction of rotation Clockwise viewed from propeller Lubrication system Oil bath Tilt up system AX-E manual AX-EP hydraulic Control device Engine speed control Remote control Clutch control Remote control Steering Remote control Transom installation Through bolts with nuts Fuel oil Diesel fuel with kerosene (Add lube oil, 30:1) Fuel oil capacity l(cu.in) 24 (1465)
Technical specifications Configuration 4-cycle, vertical, water cooled diesel engine Number of cylinders 3 Bore and stroke mm (in.) 82 x 70 (3.23 x 2.76) Displacement cc (cu. in.) 1019 (68) Maximum output hp(kW)/rpm at crankshaft 36hp/4500rpm (26.5kW/4500rpm) Combustion system Direct injection Starting system Electric with emergency rope start Cooling system Direct seawater cooling by rubber impeller pump Lubrication system Forced lubrication with trochoid pump Generator AC dynamo built in flywheel Drive device Clutch type Dog type clutch Reduction ratio Ahead/Astern 1.846/1.846 Direction of rotation Clockwise viewed from propeller Lubrication system Oil bath Tilt up system AX-E manual AX-EP hydraulic Control device Engine speed control Remote control Clutch control Remote control Steering Remote control Transom installation Through bolts with nuts Fuel oil Diesel fuel with kerosene (Add lube oil, 30:1) Fuel oil capacity l(cu.in) 24 (1465)
Technical specifications Configuration 4-cycle, vertical, water cooled diesel engine Number of cylinders 3 Bore and stroke mm (in.) 70 x 70 (2.76 x 2.76) Displacement cc (cu. in.) 808 (49) Maximum output hp(kW)/rpm at crankshaft 27hp/4500rpm (19.9kW/4500rpm) Combustion system Direct injection Starting system Electric with emergency rope start Cooling system Direct seawater cooling by rubber impeller pump Lubrication system Forced lubrication with trochoid pump Generator AC dynamo built in flywheel Drive device Clutch type Dog type clutch Reduction ratio Ahead/Astern 1.846/1.846 Direction of rotation Clockwise viewed from propeller Lubrication system Oil bath Tilt up system AX-E manual AX-EP hydraulic Control device Engine speed control Remote control Clutch control Remote control Steering Remote control Transom installation Through bolts with nuts Fuel oil Diesel fuel with kerosene (Add lube oil, 30:1) Fuel oil capacity l(cu.in) 24 (1465)
Technical specifications Configuration 4-cycle, vertical, water cooled diesel engine Number of cylinders 2 Bore and stroke mm (in.) 70 x 70 (2.76 x 2.76) Displacement cc (cu. in.) 539 (33) Maximum output hp(kW)/rpm at crankshaft 18hp/4500rpm (13.2kW/4500rpm) Combustion system Direct injection Starting system Electric with emergency rope start Cooling system Direct seawater cooling by rubber impeller pump Lubrication system Forced lubrication with trochoid pump Generator AC dynamo built in flywheel Drive device Clutch type Dog type clutch Reduction ratio Ahead/Astern 1.846/1.846 Direction of rotation Clockwise viewed from propeller Lubrication system Oil bath Tilt up system AX-E manual AX-EP hydraulic Control device Engine speed control Remote control Clutch control Remote control Steering Remote control Transom installation Through bolts with nuts Fuel oil Diesel fuel with kerosene (Add lube oil, 30:1) Fuel oil capacity l(cu.in) 24 (1465)
Garden swing Rud Antalya with mosquito net produced by LLC TH "Rud E.S." The swing seat, thanks to the "One-click" system, can easily be transformed into a sleeping place. The tilt of the awning is adjusted using special screws with a plastic handle located on both sides of the roof base. Mattress size: 500*1800 mm. - 2 pieces, sewn together. Mattress covers with a zipper for easy removal of the filling. Thickness: 80 mm foam rubber. Mattress fabric: Dralon* (Spain), awning fabric: Dralon* (Spain). DRALON is a trade name for polyacrylonitrile fiber (LAM) coated with Teflon. Fabrics made from DRALON fiber are very durable, even after many years of use they do not fade, and guarantee strength and durability. Thanks to the Teflon coating, the fabric is very easy to care for. The dirty surface is easy to clean; the Teflon coating lasts up to three washes. The fabric dries quickly. Base: reinforced structure pipe 57*1.5 mm, painted with polyethylene thermoplastic paint followed by polymerization in a painting booth, which guarantees excellent durability of the coating.
PVC Compound is Polyvinyl Chloride, which is one of the important and most accepted raw materials, used for making several end-products, including, footwear soles, bottles, pipes, films, rubber hoses, and other specific products. Its use in different manufacturing depends on the grade you are using, so be specific with your choice to get optimum results. This has a huge demand in several applications and TP Polymer Private Limited - one of the best PVC Compound Manufacturers in Delhi has been involved in catering to that huge demand and we specifically deal in PVC Footwear Compounds. Features: It is formulated using plasticizers and helps to make flexible materials. Have low thermal stability and a low carbon footprint. Pollution-free and can be recycled, which makes it an environment-friendly choice. Designed using high-quality lead-free chemicals that benefit the user's manufacturing process while keeping the environment protected. Very flexible and can be easily molded into different shapes as per the need. Resistant to chemical and environmental challenges. Very light in weight and can be converted into different forms. 100% solid and multi colors including, Natural, White, Foam, Transparent, etc. are available on demand.
Second Hand tyres,Used Motorcycle Tyres,Used Rubber Truck Tyre We can supply various kinds of car used tires (PCR tires), truck and bus tires (TBR and TBB), agricultural tire (AGR tires), bias and all steel radial, off road truck tire, tractor tires, Industrial tires (ID tires) SUV UHP Tires. Light car and truck tires (LT tires) snow and mud tires. Our company has large selections of Used Tires to offer you. We export internationally and locally. Our goal is to provide high quality Used Tires for: Used tires for Commercial Cars Used tires for Light Truck & SUV cars Used tires for Minivan cars Used tires for Smaller Cars Approximately 70% to 80% tread wear remaining. Type:All Seasons, Tubeless Type and Radial tire Design. Loading:550 tires-880 tires into 20ft container and 1500 tires-2500 tires into 40ft container depend on your selected tires sizes.
Tire Shredder Machines Tire shredder machines are powerful industrial tools designed to efficiently and effectively shred and recycle used tires. These tire shredder machines use a combination of blades and powerful motors to shred the tires into small, manageable pieces that can be used for a variety of purposes, such as fuel, playground surfaces, and rubberized asphalt. Tire shredder machines come in a range of sizes and capacities to suit various needs, from small-scale operations to large industrial facilities. They can be operated manually or with the help of computer-controlled systems, depending on the level of automation required. One of the main advantages of tire shredder machines are their ability to significantly reduce waste and pollution. By shredding and recycling used tires, these machines help to prevent the buildup of waste in landfills and reduce the need for new tire production, which can be resource-intensive and environmentally damaging. In addition to their environmental benefits, tire shredder can also provide economic benefits by creating new markets for recycled tire materials. These materials can be used in a variety of applications, such as construction, manufacturing, and energy production.
