SHR 9,5 YL/GR

SKU: SHR 9,5 YL/GR

BRAND: AirShrink


🚚
Delivery time: 2-5 working days for South Africa
In stock - Ready for immediate dispatch
Free shipping for orders over R1,000.00
9.5-4.8mm Heat Shrink Sleeving with Excellent Flame Retardance suitable for 10-15mm2 Wire Size in Yellow & Green Colour

9.5mm Heat Shrink Sleeve

Overview

ATW is a halogen free, RoHS, flame retardant tubing designed in closed and sensitive environments such as trains, ships and in underground mining where the of acid gas after fire must be minimised avoid consequential damage to computers, plc's and electronic control equipment. Being RoHS compliant means the product does not contain restricted substances such as Cadmium (Cd), Lead(Pb), Hexavalent Chrome (Cr6) and Mercury (Hg) RoHS is now a requirement in the automotive industry.

Feature(s)

  • Cross-linked polyolefin
  • Shrink Ratio 2 : 1
  • Operating temperature : -55 to 125°C
  • Excellent flame retardance VW-1
  • Minimum shrink temperature : 70°C 600V
  • UV Stable

Specifications

  • Suitable Wire Size : 10-15mm2
  • Tensile (MPa) : > 10.4
  • Elongation (%) : > 200
  • Heat Ageing
    • Tensile (MPa) (158°C x 168 hrs) : > 7.3
    • Elongation (%) : > 100
  • Heat Shock (250°C x 4hrs) : No Cracks/Dripping
  • Low temperature Flexibility (4 hrs @ -35°C) : No Cracking
  • Copper Stability (158°C x 168 hrs) : Pass
  • RoHS (ppm) : <200
  • Flammability VW-1 : Pass
  • Dielectric Strength (kV/mm) : > 15
  • Volume Resistivity ASTM D 257
  • Halogen Test (ppm) : <800

Downloads

Additional Information

Device Heat Shrink Sleeve
Type Thin Wall
Colour Yellow & Green
Dielectric >15KV/mm
Shrink Ratio 2 : 1
Sleeve Diameter 9.5mm
Shrunk Diameter 4.8mm
Flame Retardant Yes
Min Shrink Temp 70°C
Protect your wires with the SHR 9.5 YL/GR Heat Shrink Sleeve, designed for 10-15mm² wire sizes. This durable, flame-retardant tubing offers excellent insulation and stability in sensitive environments, ensuring safety and longevity. Enjoy peace of mind with its RoHS compliance and superior performance in extreme temperatures.