Shin-Etsu Silicone Rubber for Molding Selection Guide

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  • No post cure (Reduced low-molecular-weight siloxone content)

No post cure (Reduced low-molecular-weight siloxone content)

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KNP-561-U (Developed products)

KNP-561-U (Developed products)

  • Reduction in low-molecular-weight siloxane, no need for post cure
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • For extrusion molding

KNP-551-U (Developed products)

KNP-551-U (Developed products)

  • Reduction in low-molecular-weight siloxane, no need for post cure
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • For extrusion molding

KNP-541-U (Developed products)

KNP-541-U (Developed products)

  • Reduction in low-molecular-weight siloxane, no need for post cure
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • For extrusion molding

KE-2019-50-A/B

KE-2019-50-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Low compression set.

KE-2098-60-A/B

KE-2098-60-A/B

  • Can be bonded to polyamide or metal without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic, metal.

KE-2098-50-A/B

KE-2098-50-A/B

  • Can be bonded to polyamide or metal without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic, metal.

KE-2098-40-A/B

KE-2098-40-A/B

  • Can be bonded to polyamide or metal without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic, metal.

KE-2097-60-A/B

KE-2097-60-A/B

  • Can be bonded to polycarbonate without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic.
  • Conforms to food standards

KE-2097-50-A/B

KE-2097-50-A/B

  • Can be bonded to polycarbonate without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic.
  • Conforms to food standards

KE-2097-40-A/B

KE-2097-40-A/B

  • Can be bonded to polycarbonate without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic.
  • Conforms to food standards

KE-2097-30-A/B

KE-2097-30-A/B

  • Can be bonded to polycarbonate without primer
  • Adhesive application process and post cure is not required, saving time and reducing costs.
  • Applications such as composite molded products of silicone rubber and plastic.
  • Conforms to food standards

KE-2019-60-A/B

KE-2019-60-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Low compression set.

KEG-2003H-30-A/B

KEG-2003H-30-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Conforms to FDA, BfR

KE-2019-40-A/B

KE-2019-40-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Low compression set.

KE-2019-30-A/B

KE-2019-30-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Low compression set.

KE-2017-50-A/B

KE-2017-50-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Ideal for waterproof sealing of automotive wiring harnesses.

KE-2017-40-A/B

KE-2017-40-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Ideal for waterproof sealing of automotive wiring harnesses.

KE-2017-30-A/B

KE-2017-30-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Ideal for waterproof sealing of automotive wiring harnesses.

KE-2017-20-A/B

KE-2017-20-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Ideal for waterproof sealing of automotive wiring harnesses.

KEG-2003H-70-A/B

KEG-2003H-70-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Conforms to FDA, BfR

KEG-2003H-60-A/B

KEG-2003H-60-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Conforms to FDA, BfR

KEG-2003H-50-A/B

KEG-2003H-50-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Conforms to FDA, BfR

KEG-2003H-40-A/B

KEG-2003H-40-A/B

  • Less likely to cause electrical contact failure. Significantly reduces low-molecular-weight siloxane.
  • Since there is no need for a post curing process, it can improve productivity, reduce costs, and save energy (reduce CO2).
  • Conforms to FDA, BfR