Static Conductive Urethane Hose FDA and Cleanroom
Static Dissipative Urethane Food Grade Hose for vacuuming of food and pharmaceutical ingredients. Excellent abrasion resistance.
Conductive Food Grade Urethane Hose XP
FDA Approved Vac Hoses for HAZLOC
Medium weight clear static dissipative polyurethane hose reinforced with a bronze coated spring steel wire helix. FDA approved materials.
Corrosion resistance. Comes in 25 and 50 ft lengths. This hose is always in stock at multiple shipping outlets across the country.
Click THIS LINK to see more technical information.
Features:
- Great abrasion resistance & high tear strength
- Superior chemical resistance & excellent flexibility
- Designed for applications with wide temperature ranges
- Ideal for clean rooms and material plastic processing applications
- Permanent and non-humidity dependent ESD (electrostatic discharge) protection
- Surface resistivity level: 108-1010 Ohms/Square
- Clear is manufactured with FDA acceptable materials
- Wall Thickness = .030"
- Available with factory-installed 2" clear soft cuffs
- Black available
Static-Dissipative hose - Light Duty and Heavy duty
Light weight clear static dissipative polyurethane hose reinforced with a bronze coated spring steel wire helix. FDA approved materials.
Corrosion resistance. Comes in 25 and 50 ft lengths. This hose is always in stock at multiple shipping outlets across the country.
Click THIS LINK for full specifications.
Features:
- Great compressibility
- Great abrasion resistance
- Superior chemical resistance
- Excellent flexibility
- Designed for applications with wide temperature ranges
- Ideal for light duty woodworking dust collection applications
- Permanent and non-humidity dependent ESD (electrostatic discharge) protection
- Surface resistivity level: 108-1010 Ohms/Square
- Manufactured with FDA acceptable materials
- Wall Thickness = .015" (2" ID), .020" (2.5" ID & above)
- Available with factory-installed 2" clear soft cuffs
- Standard Max. Inside Diameter = 8", consult sales team for pricing & minimums on larger sizes