About Conductive Rubber Sheet
Conductive Rubber Sheet is used in all kinds of instances from decorative to rubber sheeting flooring runners, industrial buildings, OEM parts, and other agricultural situations. It can be used anywhere that your applications need average rubber. This sheet is manufactured using optimum grade material and emerging techniques under the visionary supervision of trained professionals. It has a longer wear life because it is press cured when manufactured. We provide this Conductive Rubber Sheet to our clients in different specifications as per the information laid down by our customers.
Advanced Protection for Sensitive ApplicationsDesigned to deliver superior electrical conductivity (0.002-0.1 S/cm), this conductive rubber sheet shields against static, electromagnetic, and radio frequency interference. Its customizable size and consistent performance make it an excellent choice for electronics manufacturing, hazardous workstations, or EMI/RFI shielding design, ensuring sensitive devices remain protected in diverse operational environments.
Exceptional Durability and Environmental ResistanceWith robust tolerance against ozone, UV exposure, oils, chemicals, and high temperatures (up to +120C), this sheet maintains integrity even under tough industrial conditions. Its flame resistance (UL94 V-0 available) and low water absorption (<2%) add further safety and reliability, making it indispensable for indoor and outdoor use.
Flexible Processing and Easy InstallationThe sheet can be effortlessly cut, punched, or die-cut to match specific installation requirements. Whether you need gaskets, pads, floor coverings, or electrical insulation, its adaptability and customizable dimensions facilitate seamless integration into your production or facility workflow.
FAQ's of Conductive Rubber Sheet:
Q: How is the conductive rubber sheet installed or customized?
A: The conductive rubber sheet can be easily cut, punched, or die-cut to create precise shapes and sizes for specific applications, such as gaskets or floor coverings. Installation is straightforward-simply fit or adhere the customized sheet to your target surface or equipment as needed.
Q: What are the primary benefits of using conductive rubber sheets in industrial applications?
A: Conductive rubber sheets provide effective static, EMI, and RFI shielding, helping protect sensitive electronics and equipment from unwanted electrical interference. They're also weather, chemical, and heat resistant, ensuring reliable performance and long service life in challenging environments.
Q: Where can these sheets be used for optimal results?
A: These sheets are ideal for use in electronics manufacturing, gasket sealing, anti-static flooring, workstations, EMI/RFI shielding, keypads, and as insulation for electrical components. Their adaptability allows use across manufacturing, assembly, and operational settings.
Q: What is the proper process for storing the conductive rubber sheet?
A: For optimal shelf life (12-24 months), store the sheets in a cool, dry place away from direct sunlight. Avoid exposure to excessive heat, moisture, or ozone, as these can affect material performance over time.
Q: When should I consider replacing a conductive rubber sheet?
A: You should replace the sheet after 12-24 months, or sooner if visible signs of wear, loss of conductivity, or physical damage occur. Regular inspection ensures continued performance and optimal protection for your applications.
Q: What materials and fillers are used in the sheet's construction?
A: The sheet is made from EPDM, silicone, or natural rubber, compounded with conductive fillers such as carbon, graphite, or metallic particles. This combination offers enhanced electrical conductivity and robust environmental resistance.
Q: How does the sheet perform in high-temperature or outdoor environments?
A: With a temperature resistance ranging from -40C to +120C, and outstanding UV, ozone, and chemical resistance, the sheet performs reliably in both indoor and outdoor environments, maintaining its protective and conductive properties.