Heat Shrink Tube, Thin Wall, 2:1 I.D. Shrink Ratio, 0.38 in I.D. Before Shrinking, Clear, 6 in MPN:HSK-600 3/8 Clr 6
Heat Shrink Tube, Thin Wall, 2:1 I.D. Shrink Ratio, 0.38 in I.D. Before Shrinking, Clear, 6 in
Protect and insulate your cables with Insultab's Heat Shrink Tube, designed for use with wire sizes 12 AWG to 8 AWG. Made from modified polyvinylidene fluoride, this semi-rigid tubing is flame retardant and features a 2:1 I.D. shrink ratio, reducing to 0.19 in. after shrinking. The clear, thin-wall tubing is ideal for applications where visibility is crucial, and its high heat resistance ensures durability in extreme temperatures (-67°F to 347°F). With its abrasion-resistant, acid and alkali-resistant, fuel and oil-resistant, and solvent-resistant properties, this heat shrink tubing is perfect for a variety of industries, including automotive, aerospace, and electronics.
Top product features:
- Heat shrink ratio of 2:1 for tight fit and seal
- Modified polyvinylidene fluoride material for high heat and chemical resistance
- Adhesive-lined design for secure wire insulation
Top product applications:
- Wire harness repair and installation
- Insulation and protection of electrical connections
- Shielding and bundling of cables and wires
Heat Shrink Tubing, Thin Wall, Material Modified Polyvinylidene Fluoride, Semi Rigid, Flame Retardant Yes, Adhesive Lined No, Shrink Ratio 2:1, Use With Wire Size 12 AWG to 8 AWG, I.D. Before Shrinking 0.38 in, I.D. After Shrinking 0.19 in, Wall Thickness After Shrinking 0.01 in, Length 6 in, Shrink Tubing Properties Abrasion-Resistant, Acid and Alkali-Resistant, Fuel and Oil-Resistant, High Heat-Resistant, Solvent-Resistant, Color Clear, Temp. Range -67 Degrees to 347 Degrees F
Additional Information
- Country of Origin: JP
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: PK
- Package Length: 6.30
- Package Width: 2.50
- Package Height: 0.30
- Package Weight: 0.05
Product info last updated on January 13, 2026 1:51pm UTC
Category: Cable Management and Conduit