Heat-Shrink & Cold-Shrink Sleeve: 0.4" ID Before Shrinking, 1.45" ID After Shrinking, 12-1/2" OAL MPN:7000133177

Introducing our premium EPDM Rubber Heat-Shrink & Cold Shrink Sleeve - the perfect solution for all your wiring and protective sleeving needs! With a versatile size range of 0.4 ID before shrinking to 1.45 ID after shrinking, this sleeve is suitable for a variety of applications, from electrical installations to automotive repairs. Its acid-resistant and water-resistant design ensures maximum durability and protection against harsh environments. The 3:1 shrink ratio makes it easy to securely fit the sleeve over wires of varying thicknesses, while maintaining a secure and snug fit. And with our RoHS compliance, you can rest assured that this product meets strict environmental standards. Use the EPDM Rubber Heat-Shrink & Cold Shrink Sleeve for all your wiring and sleeving needs and experience the quality and performance that only 3M can provide!

Top product features:

• Shrink Ratio: The product has a 3:1 shrink ratio which allows for secure fitting over wires of varying thicknesses.
• Acid-resistant and water-resistant design: This feature ensures that the sleeve can withstand harsh environments and provides durability to protect against damage.
• Versatile size range: With a size range from 0.4 ID before shrinking to 1.45 ID after shrinking, this sleeve is suitable for various applications in electrical installations, automotive repairs, or any other wiring and protective sleeving needs.

Top product applications:

• Electrical Installations: The heat-shrink and cold shrink sleeve can be used to protect wires in electrical installations by providing a tight fit and maintaining insulation.
• Automotive Repairs: This product can be utilized in automotive repairs to securely insulate and protect wires and connections from damage or short-circuiting.
• Industrial Usage: The EPDM rubber sleeve is suitable for various industrial applications, where it can protect and insulate wires against harsh conditions, temperature changes or chemical exposure.