3M FP-301-1/4-Black-200 Heat Shrink Tubing

2167477 MFG #: FP-301-1/4-Black-200'
$283.26 / FT
Out of Stock
  • Shrink Ratio: 2:1
  • Shrink Temperature: 212
  • Temperature Rating (Degrees F): -67 to 275
  • Type: Flame-Retardant Non-Corrosive Split-Resistant
  • Voltage Rating: 600
  • Wall Thickness Recovered: 0.025
  • Color: Black
  • Length: 200
  • Material: Flexible Polyolefin

3M FP-301-1/4-Black-200 Heat Shrink Tubing

3M Heat Shrink Tubing, Flame-Retardant Non-Corrosive Split-Resistant, 600 VAC, 1/4 in ID Expanded, 1/8 in ID Recovered, Single (Thin) Wall, 0.025 in Wall Thickness Recovered, 2:1 Shrink Ratio, 200 ft Length, -67 to 275 deg F, 212 deg F Shrink, Flexible Polyolefin, Black

Additional Description: 3M -FP-301-1/4-Black-200' FP 301 1/4 IN X 200 FT BK SPL 3300250BK 7100054613

Catalog Description: 3M™ Heat Shrink Tubing FP-301 is a general purpose, thin wall tubing that provides a balance of electrical, physical and chemical properties, making it ideal for industrial and military applications. This tubing has a 2:1 shrink ratio and provides flame retardant insulation for 600V rated applications. It has a flexible polyolefin construction that offers moisture seal protection.

  • Specifications
  • Heat shrink tubing offers an outstanding balance of electrical, physical and chemical properties for a wide variety of industrial and military applications
  • 2400 psi ultimate tensile strength
  • 400% ultimate elongation
  • Black color
  • AMS-DTL-23053/5, class 1 mil spec
  • Heavy wall, heat shrinkable for durability
  • Rated for 135 deg C continuous operation and is designed to withstand elevated temperatures to 300 deg C for short periods
  • Split resistant, mechanically tough, easily marked and resists cold flow
  • When freely recovered, the tubing will shrink to 50% of its as supplied internal diameter
  • No dripping, flowing, cracking, passes mandrel wrap test
  • Self-extinguish flammability property
  • Excellent solvent resistance
  • 0.2% water absorption
  • 900 V/mil dielectric strength