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Appearance: colorless to light yellow transparent liquid Specific gravity: 1.17g/mL Solid content: 54wt% Diluent: pure water Additional dosage: 1%~5% Chemical properties: alkaline organosilicon sol Function: surface hydrophobic modification, waterproof and anti-seepage This product belongs to rigid waterproof materials, non-toxic and odorless, safe and easy to construct, reasonable cost; strong permeability, excellent weather resistance and durability. It is suitable for waterproofing and moisture-proofing of roofs, internal and external walls, toilets, kitchens, basements and warehouses, as well as the penetration and anti-seepage of reinforced concrete structures; used in underground civil air defense projects: such as culverts, bridges, dams, tunnels, large hydropower stations, and water diversion projects to reduce water erosion and prevent weathering; used for waterproofing, color protection, pollution prevention, and aging of water- soluble architectural coatings, and has been widely used in exterior wall finishes.

Appearance: colorless to light yellow transparent liquid Specific gravity: 1.18 g/mL Solid content: 52 wt% Diluent: pure water Additional dosage: 30~50 times dilution Chemical properties: alkaline silica sol Function: building waterproofing, anti-corrosion This product is a water-soluble silicone resin solution synthesized by hydrolysis and condensation of various organosiloxanes, and is alkaline. The specific functional groups in the molecular structure form a stable chemical bond with the -OH on the surface of the substrate to modify the substrate. At the same time, it can also condense to form a nano-hydrophobic structure, so that the surface of the material produces a super-hydrophobic effect. The product has high reactivity and strong versatility. It is particularly suitable for hydrophobic treatment of porous inorganic substrates, reducing water absorption, while maintaining the original color, breathability and appearance of the material. The substrate treated with this product has self-cleaning, anti-fouling, moisture-proof and other functions on the surface, which effectively improves the beauty of the building and extends the life of the structure. Suitable for the maintenance and treatment of natural stones such as granite, marble, sandstone, etc., to prevent the stones from becoming diseased; impregnation of highly water-absorbent inorganic aggregates: such as perlite boards, roof tiles, cement bricks, high-rise building light brick facings, asbestos, inorganic fabrics, thermal insulation materials, etc., to make them have significant waterproof and moisture-proof effects;

Appearance: colorless to light yellow transparent viscous liquid Specific gravity: 1.20g/mL Solid content: 52wt% Solubility: easily soluble in water, insoluble in alcohol Function: hydrophobic modification, waterproof and anti-seepage This product is a nano-organic silicon material synthesized based on the latest technology. It is particularly suitable for hydrophobic treatment of porous materials such as stone, bricks and tiles, ceramics, cement mortar, perlite, gypsum and fiber gypsum board, reducing water absorption while maintaining the original color, breathability and appearance of the material. It is used as an additive for latex paint, water glass, and 107 glue, which can make it have obvious hydrophobicity and maintain stable bonding strength. The substrate treated with this product has the functions of self-cleaning, anti-fouling, moisture-proof, and anti-seepage, which effectively improves the beauty of the building and extends the life of the structure.

What is Wedge Wire Screen? Wedge wire, also known as profile wire or V-wire, is the basis of screening products. Unlike perforated plate or woven wire, wedgewire screens offer a 2- point particle contact and slot openings that widen in the flow direction so that particles are less likely to plug the screen. A wedge wire filter is a heavy-duty filter device with V-shaped wires welded to support rods to form a sturdy screen with fine slot openings. It is designed to remove solids from liquids or gases and operate at high flow rates. Its wedge-shaped profile inhibits particle clogging and guarantees consistent functionality, even in high-pressure or abrasive conditions. The filters can be customized in slot size, shape, and material, making them suitable for a wide range of industrial processes. Common Applications Wedge wire filters are commonly utilized in process filtration and water treatment plants (e.g., for intake screening, backwash systems). They are used in oil and gas production, where they separate sand from crude oil, and in chemical processing, where they recover catalyst. In agriculture, they are used for irrigation filtration, and in the food and beverage industries, they are essential for starch extraction and juice clarification. Its corrosion-resistant versions are critical for desalination pre-treatment in marine settings. Benefits Compared to Other Filters Compared to mesh or perforated plate filters, wedge wire designs provide a higher mechanical strength and longer service life, as much as 20 years in aggressive environments. In high sediment applications, their self-cleaning mechanism virtually eliminates the need for maintenance about 30-50% of the time. Wedge Wire Filters Versus Other Filtration Methods Mesh Filters vs Wedge Wire Wedge wire vs mesh filters: filtering performance differences and design considerations. Wedge wire filters are essentially V-shaped wires welded on the support profiles to achieve a specific slot opening, which does not accumulate particles. Filters made of interleaved wire mesh produce a finer filter but are prone to clogging and deformation under pressure. Wedge wire, with its open surface area, is capable of handling upward of 40% higher flow rates in water treatment applications than mesh can. All in all, wedge wire constructs can face pressures of over 150 PSI compared to mesh filters, which get damaged above 80 PSI. Mining industries, for example, favour wedge wire to filter heavily viscous slurries, while mesh is popular in laboratory environments, enabling sub- micron particle capture. Wedge Wire vs Sintered Filters Sintered filters provide micron-level filtration by using fused metal or plastic particles to form porous barriers. But their uneven pore structures restrict flow rates from being uniform and make mechanical cleaning a challenge. The uniform slot size of wedge wire filters allows easy backwashing and maintenance. Corrosive fluids can lead to the degradation of sintered filters, but stainless steel construction enables wedge wire to withstand the impact of such environments over a long time. Wedge wire retains structural integrity at temperatures above 900°F for high-temperature applications like pyrolysis, while sintered filters begin to crack above 600°F. While the former is used for pharmaceutical gas filtering, the latter prevails in demanding applications where they need durability and reusability. Wedge Wire vs Perforated Filter Perforated filtration elements are designed for sanitary applications where 3-A certification is required and when larger particles and solids must be captured to prevent damage to downstream equipment. Perforated elements are also ideal when seeking to strain finer particles by incorporating filter media or mesh overlays. Long story short, don't go it alone! Contact our filtration experts for assistance with your application. We are happy to assist your businesses. sales@ubofilter.com 86-1 , 8032153916

Minimum Order: 1 bags

Insulator Crossarm Pins Forged from one piece steel. The base distributes load and provides a firm seat on the cross arm. Each pin is shipped with assembled hardware. All components are Hot dip galvanized to meet ASTM A153 specification. The Crossarm pins are mainly used in transmission lines. It is used to connect crossarms, thereby joining the crossarms. By joining crossarms together, they are made stronger and more resistant to vibration.They are attached in cross arms of overhead transmission lines for supporting and connecting the crossarms by means other than Welding. They join two crossarms or a cross arm with an insulator mounted on it. It is also put into one crossarm for joining cross arms together. The cross arm pins have three parts – the crossarm pin base, a crossarm pin body, and the crossarm pinhead. The cross-arm pin base is fitted in an opening of a cross arm.The cross-arm pin body connects the cross arm with another cross arm or a crossarm insulator. The crossarm pinhead is placed on the top end of the cross-arm pin body and holds it into position so that it cannot move outwards. Short Shank Type for Steel Crossarms Part No. Head Material A B C D Weight Inch Inch Inch Inch Kg/Pcs C030410 Lead 7 1 5/8 5/8 1 0.955 C030420 Lead 8 1 5/8 3/4 1 3/8 1.727

Products property: Due to the coupling effect when Aluminium comes in contact with Copper, corrosion will happen in a short time. Currently the best solution is to use Aluminium-Copper bi-metal connectors.A Cable Lug should be used for termination. The friction welding is well done. And its barrel capped is filled with joint compound to avoid oxidization. The type is follow IEC 61238-1. Type A（mm) P±0.3 D±0.5 d±0.3 L±3 L1±0.3 W±0.5 S±0.3    DTL-2-16-11 Φ11 Φ16 Φ6 80 40 Φ20 3 DTL-2-25-11 Φ11 Φ16 Φ7 80 40 Φ20 3 DTL-2-35-11 Φ11 Φ16 Φ8.5 80 40 Φ20 3 DTL-2-50-13 Φ13 Φ20 Φ10 90 43 Φ25 4.5 DTL-2-70-13 Φ13 Φ20 Φ11.5 90 43 Φ25 4.5 DTL-2-95-13 Φ13 Φ20 Φ13.5 90 43 Φ25 4.5 DTL-2-120-13 Φ13 Φ25 Φ15 115 59 Φ30 5.5 DTL-2-150-13 Φ13 Φ25 Φ16.5 115 59 Φ30 5.5 DTL-2-185-13 Φ13 Φ32 Φ18.5 122 60 Φ30 6 DTL-2-240-13 Φ13 Φ32 Φ21 122 60 Φ35 6

The down lead clamp is mainly used to fix the optical fiber cable that on the tower and rod at the terminal that connecting tower of optical cable line and it can prevent optical cable shaking and avoid fiber optic cable wear. Adapt stainless steel and rubber material. Good corrosion resistance performance, not easy aging. Using the closed pin, the unique structure makes the clamping force of the wire more powerful and difficult to slide out. Application The down lead clamp is used in the immobility of OPGW/ADSS on pole/tower. It is suitable for the riveting of fiber when jumping or down lead. And it was commonly installed every 1.5 to 2 meter each set. This clamp bears the excellence of easy installation, wide adjustable range and suitable for different diameter.

The 55-4m pin insulator is an insulator used in power transmission and distribution systems. It is usually made of ceramic or composite materials and has excellent insulation performance and durability. The design of the 55-4m pin insulator takes into account factors such as ease of installation and maintenance. It is usually installed through pins fixed on the wire pole, which can ensure the stability and safety of the insulator. Meanwhile, its compact structure, light weight, and small surface area help reduce the impact of wind on insulators. The main function of this type of porcelain insulator is to prevent the flow of current to the tower or other grounding facilities, thereby protecting the safety of personnel and equipment. It can isolate power lines and ensure that current is only transmitted through the lines without causing any damage to the surrounding environment. In summary, the 55-4m pin insulator is a high-performance power insulation device used to provide safe and reliable power transmission and distribution. Its design and material selection make it suitable for various environments, ensuring the normal operation of the power system.

Glass insulators are a crucial component in the insulation and support of overhead transmission lines. In the early years, insulators were primarily used on power poles. However, their usages evolve to include high-voltage power line connection towers, where multiple disc-shaped insulators are hung at one end to increase the creepage distance. These insulators are commonly made of glass and are vital for maintaining insulation in power transmission systems. ADVANTAGES OF GLASS INSULATOR Raw Material: Made of tempered(toughened)glass, which is more stable compared to materials used for porcelain insulators. Ground Wire Glass Insulator is Suitable for various weather conditions; waterproof and moisture-proof. Able to function normally in rainy or humid environments. Appearance: Glass transparency makes it easier to detect small cracks, internal defects, or damages during visual inspections. Performance: Excellent insulation performance and reliable operation.

3187858 Power Steering Pump

PDLC liquid crystals CEX 550649-59-7 CEX 4-pentylphenyl 4-methylbenzoate 550649-59-7 Established in 2007, Qingdao QY Liquid Crystal Co., Ltd is a leading manufacturer specializing in high-quality nematic liquid crystals, primarily used in PDLC smart film and high grade of LC display. With over 18 years of nematic liquid crystals production expertise. Our LCs are widely exported to Europe, the United States, South Korea, and other global markets. The capable of our producing approximately 5000 kilograms per month. We signed the Exclusive Agency Agreement with our South Korean customer from 2011

Minimum Order: 20 square metres

Industrial grade petroleum jelly is a solid hydrocarbon based grease with good lubricity, chemical stability, water resistance and corrosion resistance, and has a wide range of uses, mainly including the following: Lubrication and friction reduction Lubrication of mechanical equipment: under the condition of temperature not higher than 45℃ and not much load, it can be used as the grease of light load machinery to reduce the friction and wear between mechanical parts. Lubrication of zipper and slide rule: it can effectively reduce the friction resistance of zipper and slide rule and make them slide more smoothly. Protection and anti-corrosion Metal antirust: It can be coated on the surface of metal products, metal parts and machinery to form a layer of protective film to prevent metal from rusting. For example, it is applied to corrosion-prone metal jewelry, non- stainless steel knives and gun barrels before storage. EQUIPMENT PROTECTION: Can be used in taps or equipment that require regular repair and maintenance, such as transmission lines, split tees installed for HOT TAP operation, or valves where polyurethane insulation is damaged or cannot be buried. Release and molding Mold Release Agent: Used as a release agent for plaster molds and castings, also used for die casting and mold release. Modeling Clay: Part of a hydrocarbon mixture used to make modeling clay that does not dry out like Play-Doh.

Flexible Flange Adaptor (For DI Pipe Only) The Flexible Flange Adaptor (For DI Pipe Only) is an essential component for connecting DI pipes with other pipes such as PVC, steel, and ductile iron pipes. This adaptor ensures the optimal jointing of two pipes and makes them leak-free. The flexible flange adaptor is made from high-quality materials that possess excellent durability, strength, and corrosion resistance. The materials used in the adaptor are designed to withstand harsh environments, UV rays, and high temperatures without any deformation or degradation. One of the most significant advantages of this flexible flange adaptor is that it can compensate for misalignments and angular deflection. This capability allows the adaptor to connect misaligned pipes that usually would have been difficult to join. This adaptability makes the adaptor suitable for various applications ranging from water treatment plants, wastewater systems, irrigation systems, and many more. The installation of the adaptor is easy and straightforward, requiring minimum tools and equipment. The adaptor comes in different sizes and can fit various pipe diameters. This flexibility makes it possible to use the adaptor for different pipe systems. The flexible flange adaptor is an extremely cost-effective solution for connecting DI pipes with different types of pipes. It significantly reduces the overall installation cost and minimizes the disruptions commonly associated with other conventional piping systems. In summary, the Flexible Flange Adaptor (For DI Pipe Only) is an essential component for a reliable and efficient piping system. It offers the best solution for connecting DI pipes with other pipes, making it ideal for various applications. Its ability to compensate for misalignments and angular deflection makes it versatile and cost-effective. The high-quality materials used in the adaptor ensure durability, strength, and corrosion resistance, making it an excellent investment for any piping solution.

Rubber expansion joints are engineered to enhance the safety and integrity of your plant's mechanical equipment. These ductile iron joints are designed to be inserted into rigid piping systems, offering a reliable solution for various industrial applications. Rubber expansion joints features: Absorbs Movement: Efficiently handles thermal changes, load stress, and pumping surges. Improves Thermal Stability: Maintains system equilibrium under varying temperature conditions. Reduces Mechanical Noise: Minimizes noise pollution in industrial settings. Compensates for Misalignment: Adjusts for installation errors or structural shifts. Eliminates Electrolysis: Prevents corrosion between dissimilar metals. All rubber flexible joints from Shanxi Solid Industrial exceed safety ratings in pressure and movement, ensuring they meet or surpass product specifications. Rubber expansion joints applications: Chemical Industry: Manages the corrosive nature of chemicals in piping systems. Petrochemical: Absorbs the stresses from high-pressure processes. Oil and Gas: Compensates for the thermal expansion in pipelines. Power Generation: Ensures flexibility in steam and water piping systems. Water and Wastewater Treatment: Mitigates the effects of ground movement on pipes. HVAC: Provides flexibility in heating, ventilation, and air conditioning systems.