Fabrics
Membrane technologies and advanced polymers and materials have been developed to meet specific performance criteria for outdoor activities as well as occupational and industrial uses.
Our technologies have revolutionized the performance of fabrics.
GORE-TEX® Fabrics are ideal for a wide variety of applications.
GORE® Cover is more than a cover – it’s a complete system
Personal protective clothing for firefighters and safety personnel.
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Fabrics

Thin, lightweight, durable Gore membranes provide the keys to the performance of Gore fabrics. Gore combines these very uniform barriers with contamination-resistant coatings. The resulting composites may be tailored to achieve varying degrees of windproofness, resistance to penetration by liquids, and moisture vapor permeability or “breathability.”

GORE-TEX® Fabrics
GORE-TEX® Fabrics are ideal for a wide variety of applications.
Organic Waste Treatment
GORE® Covers are used in waste treatment plants, processing for example, green waste, biowaste, sludge, biosolids and municipal solid waste.
Public Safety Fabrics
Gore offers best-in-class protective fabrics for head-to-toe use by Patrol Officers, SWAT, and Corrections. These fabric options include CROSSTECH®, GORE® CHEMPAK®, GORE-TEX®, and WINDSTOPPER® fabrics.
Military Fabrics
At Gore we specialize in the development of high-performance protective apparel for the harsh and demanding environments routinely encountered by militaries throughout the world.
Fire & Safety Service Fabrics
Gore offers protective fabrics for use head-to-toe in Fire and Safety applications like Structural Firefighting, Search and Rescue, EMS, Domestic Preparedness, and HazMat. One particular fabric, CROSSTECH® fabric, delivers liquid penetration resistance against blood, body fluids, and NFPA common chemicals, as well as superior performance unmatched by any other waterproof and breathable barrier fabric.
GORE™ Cleanroom Garments
GORE® Cleanroom Garments provide optimum protection from human-generated contaminants; resistance to shedding and static; and permeability to heat and moisture vapor.