- Micro-Dot: Super soft Micro-Dot Heat Shrink Endcaps
- Triple Endcaps
- Fluoropolymer Tubing
- Epoxy Woven Glass Spiral Wound Tubes
- Heat shrinkable Epoxy Tubing
- Contech Tubing - Continuous Layflat Tubing
- Plamar Non Shrink Polyester/Plamon Nomex Bolt Insulation
- Plamec Heat-Shrink Tube
- Components for the Loudspeaker Industry
- Plamar Heat-Shrink Tube
- Plamar Heat-Shrink Endcaps
- Plamar Non-Shrink Tube
- Plamaron Heat-Shrink Endcaps
- Plamaron Heat-Shrink Tube
- Plamaron Non-Shrink Tube
- Plamon Non-Shrink Tube
- Plamide HN Non-Shrink Tube
- Plamide HF Non-Shrink Tube
- Plamide Non-Shrink Endcaps with Varnish EnCapSure
Lamina Custom Design
Our expertise, research capabilities and unique spiral winding manufacturing equipment mean that we can develop and manufacture new tubular and precision cut products without the usual costs and delay associated with bespoke R&D.
So, even if you can’t find what you’re looking for here, please contact us to see if we can help.
Plamide HF Non-Shrink Tube
FEP and polyimide perform in demanding applications.
Plamide HF Non-Shrink Tube is a precision wound protective tube and insulator made from DuPont™ Kapton® film, coated with Teflon FEP®. Teflon FEP® coated Kapton® Tube maintains its electrical resistivity, dimensional stability and strength at high temperatures and in the most demanding applications.
Plamide HF Non-Shrink Tube is particularly suitable for use where very thin sections of insulating tube must maintain high dielectric and mechanical strength at operating temperatures of up to 200ºC and where resistance to moisture is needed. Glueless welded construction ensures that only FEP and polyimide are present in the product.
It is widely used for protecting critical electrical systems of all kinds in the harshest environments.
- DuPont™ Kapton® core provides excellent mechanical properties and performance at high temperatures
- DuPont™ Teflon FEP® coating resists moisture, chemical and solvent attack
- Maintains dielectric strength and dimensional stability at high temperatures
- Construction is suitable for Class H applications and temperatures up to 200ºC
- Available with internal diameters from 1.60mm, with wall thicknesses as fine as 0.075mm
- Entirely constructed from UL recognised materials
- No-glue construction is chemically stable and will not precipitate material into its environment, regardless of temperature or moisture
- Tubes of any diameter and length can be supplied with a variety of film and coating thicknesses to match detailed requirements for physical properties