Alpha Wire Expandable Braided Fibreglass Silicone Rubber Natural Cable Sleeve, 30m Length 8.22 mm Cable Diameter, FIT

Belden FIT Wire Management Series Cable Sleeve, 30m Sleeve Length, 200°C Maximum Operating Temperature - PF2003 NA005

This cable sleeve provides woven thermal protection for wiring in demanding industrial environments. It combines a fibreglass substrate with a silicone coating to shield cables from high temperatures and electrical stress while maintaining flexibility for routing and installation.

Features & Benefits

• Withstands continuous heat up to 200°C for prolonged exposure
  Operates down to -70°C for low-temperature resilience
  Offers dielectric resistance rated at 8 kV to reduce electrical breakdown risk
  Expandable braided construction fits varied cable bundles securely
  Wall thickness 0.51mm balances protection with flexibility
  Available in a natural finish supplied on a 30m length roll

**Applications**

• Suitable for harnessing in automation machinery routing
  Ideal for thermal protection of control‑panel wiring
  Used with power cable runs requiring electrical insulation
  Can be used for cable management in mechanical plant environments
  Used for retrofit protection on high‑temperature process equipment

What range of cable diameters will the sleeve accommodate?

The braided construction expands to accept conductors from 5.94mm up to 8.22mm in diameter, allowing a snug fit across that range.

How does the material composition affect chemical resistance?

The fibreglass core gives mechanical and thermal stability while the silicone layer improves resistance to oils and mild chemicals commonly encountered in industrial settings.

How is the product supplied for installation teams?

It is supplied as a continuous 30m length, enabling long runs to be cut to size on site without joints.

Is the sleeving electrically shielding or merely insulating?

The construction provides shielding capability alongside insulation, contributing to reduced electrical stress and improved dielectric performance.

What installation temperature constraints should be considered?

Installation can be performed within the operational temperature window
the material remains flexible at low temperatures and withstands the specified high‑temperature rating during service.