heat shrink boot

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heat shrink boot Specification

Layer
Single Layer

Density
Gram per cubic centimeter(g/cm3)

Installation Guideline
Slide over wire/cable and apply heat for shrinking

Thermal Conductivity
Low

Coating Type
Non-Conductive Coating

Surface Treatment
Smooth Surface

Size
Standard sizes available for cable diameters

Feature
Heat Shrinkable Durable Resistant to Environmental Factors

Product Type
Heat Shrink Boot

Material
Polyolefin

Rated Voltage
Up to 15kV

Tensile Strength
High

Width
Customizable based on cable size

Thickness
Standard Thickness for cable boots

Application
Wire and Cable Protection

Breakdown Voltage
High Voltage Strength

Heat Conductivity
Low

Color
Black

Max Withstanding Temperature
125C

About heat shrink boot

Heat Shrink Boots are manufactured from high quality cross-linked Polyolefin material conforming to stringent military specifications.

This boots provides an exceptional insulation, strain-relief & long term service reliability in connector joints of cable harness.

Features / Benefits:

Excellent Electrical strength & Mechanical toughness
Excellent resistance to weathering, UV rays, Chemicals, Oils, Fuels & Solvents
Flame retardant & Self extinguishing
High shrink ratio, shrink temperature 120 C
Easy to install even on connector, already mounted to cable
Not melting and resistant to cold flow
Wide operating temperature range

Superior Electrical Protection

Engineered for high voltage applications up to 15kV, our heat shrink boot offers reliable insulation with high breakdown voltage. The non-conductive polyolefin coating ensures maximum electrical safety for wire and cable joints used in industrial and commercial settings.

Effortless Installation Method

Installation is simple: just slide the boot over the cable or wire and use a heat source until it shrinks tightly to form a secure barrier. Its heat shrink feature creates an adaptive fit and a smooth, professional finish with minimal effort and tools.

Built to Last Under Extreme Conditions

With resistance to moisture, chemicals, and temperature extremes up to 125C, the boot's tough polyolefin material and high tensile strength mean long-lasting protection even in harsh outdoor or industrial environments.

FAQ's of heat shrink boot:

Q: How do I install the heat shrink boot on cables or wires?

A: Slide the heat shrink boot over your wire or cable and apply heat using a heat gun or similar tool. The boot will shrink to form a tight, protective seal around the connection, ensuring secure insulation.

Q: What is the main benefit of using this heat shrink boot for wire and cable protection?

A: This heat shrink boot offers high voltage strength up to 15kV, exceptional resistance to environmental factors, and creates a durable, non-conductive barrier to protect electrical joints and cable terminations.

Q: When should I use a heat shrink boot in electrical installations?

A: Use a heat shrink boot whenever you need reliable insulation and protection for wire or cable joints, especially in high voltage scenarios or where exposure to harsh conditions is anticipated.

Q: Where can this heat shrink boot be applied?

A: This boot is suitable for use in industrial, commercial, and outdoor electrical setups, particularly where wire and cable ends require secure, protective covering against moisture, dust, or chemicals.

Q: What process ensures the correct application of the heat shrink boot?

A: To ensure a proper application, clean and prepare the cable area, slide the boot into place, and apply consistent heat until the material shrinks snugly onto the cable, forming a smooth, sealed surface.

Q: What are the usage advantages of the single-layer polyolefin design?

A: The single-layer polyolefin construction offers a balance of low thermal conductivity, flexibility, and robustness, making it ideal for both standard and custom cable diameters while withstanding temperatures up to 125C.

Q: Are different sizes available to accommodate various cable widths?

A: Yes, our heat shrink boots come in standard sizes for most cable diameters, with customizable widths to fit your specific requirements, making them suitable for a wide range of applications.

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