Products
- 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.
Micro-Dot: Super soft Micro-Dot Heat Shrink Endcaps
Micro-Dot is the latest innovation developed by Lamina, a super soft, flexible heat shrink internal tube that eliminates the problems of sharp edges and limited flexibility. The potential of sharp edges damaging sensitive wiring and limited flexibility affecting the manual fitting process is significantly reduced. With Micro-Dot the weld is very small and carefully positioned, so the flexibility of the tube in the area of the closure is unaffected. These caps have insignificant longitudinal shrinkage, so shorter, cheaper caps become an option.Furthermore, the manufacturing process requires less premium shrinkable film and so reduces the material cost of Micro-Dot, compared to conventional heat-shrink endcaps.
Super soft Micro-Dot heat shrink endcaps improve electrical insulation
- Outstanding dielectric, mechanical and cut through strength across a wide range of operating temperatures up to 155°C
- Constructed from UL listed film
- Manufacturing process requires less material resulting in reduced cost compared to conventional heat-shrink endcaps