Our company's main Rubber Sheets include Colored Rubber Sheets, anti-corrosion rubber sheets, insulating rubber sheets, anti-static rubber sheets, cold and hot resistant rubber sheets, and acid and alkali resistant rubber sheets. Our company's rubber sheets are economical and practical, with excellent raw materials and products that are resistant to wear and tear. It can meet various needs of customers.

　　Thickness: 1~50mm

　　Width: 1m-2m

　　Parameters: Specific gravity: 1.2-1.8; Tensile strength: 3.5Mpa; Elongation rate: 280%; Hardness: 70 °± 5 °;

　　Performance: Operating temperature -30 ℃~80 ℃; Working in oil (engine oil, diesel, gasoline, lubricating oil) media, it has sealing and anti expansion properties;

　　Usage: Used for punching various cream oil seals, seals, rings, workbenches and floors in contact with oils and fats, and laying in electronic product areas. This product can be used as an oil resistant material and is widely used in electronic and thermal aging environments;

　　For products with special specifications and technical requirements, we will design formulas according to customer needs to meet your requirements;

　　Packaging: Inner film, outer woven bag with fixed length or weight packaging.

　　Chloroprene rubber (CR): The physical properties of chloroprene rubber are similar to natural rubber, but its weather resistance, heat resistance, oil resistance, and solvent resistance are superior to natural rubber. Chloroprene rubber has good flame retardancy.

　　Disadvantages: However, it becomes hard at low temperatures, has poor storage stability, poor electrical insulation, high density, and is difficult to control during processing.

　　Chloroprene rubber (CR) is a polymer polymerized by chloroprene as monomer lotion.

　　This rubber molecule contains chlorine atoms, so compared with other common rubbers, it has excellent resistance to oxygen and ozone, is not flammable, can self extinguish after ignition, is resistant to oil, solvents, acid and alkali, aging, and has good airtightness; Its physical and mechanical properties are also better than natural rubber, so it can be used as a universal rubber or a special rubber. The main disadvantages are poor cold resistance, high specific gravity, relatively high cost, poor electrical insulation, and susceptibility to sticking, rolling, burning, and mold sticking during processing. In addition, raw rubber has poor stability and is not easy to store. Temperature range for use: approximately -45 ℃ to+100 ℃.

　　Mainly used for manufacturing cable sheaths and various protective covers that require high resistance to ozone and aging; Rubber hoses, tapes, and chemical liners that are resistant to oil and chemical corrosion; Fire resistant rubber products for underground mining, as well as various molded products, sealing rings, gaskets, adhesives, etc.

　　Understanding the Need for Antistatic Materials

　　Static electricity is an inevitable phenomenon in many industrial environments. It occurs when there is an imbalance between positive and negative charges on the surface of materials. In most cases, this imbalance is harmless, but in sectors like electronics, pharmaceuticals, and aerospace, even a small static charge can cause catastrophic failures. ESD can permanently damage sensitive components, disrupt production processes, or even lead to safety hazards. This has made the use of antistatic materials critical in industries that deal with high-value products and complex machinery.

　　Antistatic Rubber Sheets are a vital part of static control solutions. Unlike conventional rubber, these sheets are formulated with materials that prevent the accumulation of static charge, thereby reducing the risk of ESD. The growing adoption of automated systems, high-tech machinery, and delicate components across various industries has led to an increased demand for antistatic materials.

　　The Core Technology Behind Antistatic Rubber Sheets

　　At the heart of any antistatic rubber sheet lies its ability to either dissipate or conduct static charges. Antistatic rubber sheets can be classified into two main categories based on their electrical properties:

　　Dissipative Rubber Sheets: These materials are designed to slowly release static charges, preventing the rapid discharge that can damage sensitive equipment. They are often used in environments that require controlled discharge, such as clean rooms or electronics manufacturing facilities.

　　Conductive Rubber Sheets: Conductive rubber materials allow for the immediate dissipation of static charge. These are ideal for environments where rapid charge dissipation is necessary, such as in areas where large amounts of static can accumulate quickly, like server rooms or industrial facilities with high traffic.

　　The key to the performance of antistatic rubber sheets lies in the conductive additives incorporated into the rubber compound. These can include carbon black, metal powders, or conductive polymers that reduce the material's electrical resistance. The level of conductivity or dissipation is tailored to meet specific industry needs, depending on the type of equipment or environment.