GORE-TEX

American waterproof breathable technology brand | Developed by W. L. Gore and Associates after Bob Gore discovered expanded PTFE in 1969 | Known for: GORE-TEX garments, GORE-TEX PRO, GORE-TEX Gloves, WINDSTOPPER by GORE-TEX LABS, ePE membrane and the GUARANTEED TO KEEP YOU DRY promise | Focus: waterproofness, wind protection, breathability and long life performance for ski and snowboard outerwear

1958 in Delaware and the material science behind storm skiing

GORE-TEX is not a ski manufacturer, boot company or film studio. It is an ingredient technology brand, but one with enormous influence on how modern ski and snowboard outerwear is built. The parent company, W. L. Gore and Associates, was founded in 1958 by Wilbert L. Gore and Genevieve Gore in Newark, Delaware. The company began with PTFE and materials science, not apparel marketing, which helps explain why the GORE-TEX name still carries technical weight across outdoor, medical, aerospace, industrial and protective markets.

The key breakthrough came in 1969, when Bob Gore rapidly stretched PTFE and created expanded PTFE, or ePTFE. Gore describes the discovery as a material transformation that added strength, porosity and versatility, opening the door to GORE-TEX fabrics. The first sale of GORE-TEX fabric followed in 1976 to Early Winters, and the outdoor world quickly understood the promise: a light fabric system that could block rain, snow and wind while allowing sweat vapor to escape. For skiers, that idea changed the meaning of a shell jacket. A storm piece no longer had to be a clammy plastic wall. It could become part of an active mountain layering system.

PRO, classic garments, gloves and WINDSTOPPER across the snow kit

GORE-TEX product technologies appear in ski jackets, snowboard jackets, snow pants, gloves, boots, gaiters and accessories made by partner brands. The classic GORE-TEX garments range is the everyday waterproof platform, designed for trusted comfort, wind protection and breathable weather resistance across a broad range of resort and outdoor use. In skiing, this often shows up as two layer jackets, three layer shells, bibs and pants built by brands such as Burton, Arc'teryx, Mammut, Norrøna, Patagonia, Peak Performance, Quiksilver, Reusch, Racer and Spyder.

GORE-TEX PRO is the rugged mountain category. It is made for extreme conditions and demanding use, which is why it appears in high end freeride shells, alpine climbing jackets, guide gear and backcountry kits. GORE-TEX Gloves and Accessories extend the same weather protection logic to hands, where waterproofness, breathability and windproofing are just as important as dexterity. WINDSTOPPER products by GORE-TEX LABS serve a different role. They are built for windproof comfort and high breathability in drier or more aerobic conditions, making them useful in gloves, softshells and layers where full storm waterproofing may not be the main job.

Dry on the chairlift and breathable on the bootpack

The performance value of GORE-TEX in skiing is not a single dramatic sensation. It is the reduction of uncertainty. On a wet chairlift day, the shell should block snow, rain and wind. On a bootpack, it should let enough moisture escape that the skier does not become soaked from the inside. On a windy ridge, it should protect warmth by stopping wind chill. On a long resort day, it should keep working after repeated sitting, rubbing, pack straps, tree branches and contact with wet snow.

That balance is difficult because ski days change constantly. A rider may start in calm weather, sweat on a hike, sit in a frozen lift line, ski deep snow, fall, dig, film and then ride another exposed chair. Cheaper waterproof shells can work for a while, but they often fail when the outer fabric wets out, seams leak, zippers struggle or breathability becomes overwhelmed. GORE-TEX does not remove the need for smart layering, vents or care, but it gives skiers a stronger baseline. The garment is expected to be durably waterproof, totally windproof and reliably breathable when built correctly by the partner brand.

Ambassadors, partner brands and the indirect snow team

GORE-TEX does not operate like a normal ski team sponsor. Most skiers and snowboarders wearing GORE-TEX are officially attached to outerwear brands, not directly to the membrane itself. That is why the brand’s influence is often indirect. A freerider may appear in a Burton AK jacket, a Norrøna shell, a Patagonia kit, a Mammut pant or an Arc'teryx alpine piece, while the GORE-TEX logo sits quietly on the sleeve, cuff or hangtag. The rider experiences the material, but the consumer sees the partner brand first.

The GORE-TEX ambassador program and event presence still matter. Gore works with professional athletes, outdoor specialists and adventure figures to test and evolve product technologies, and it sponsors mountain sports events and projects. In snow culture, that includes freeride, ski touring, snowboarding, guiding and expedition contexts where clothing failure is not just uncomfortable but potentially dangerous. The most credible proof layer is not a single podium photo. It is the repeated use of GORE-TEX technologies by athletes, guides, film crews and partner brands in bad weather, high abrasion and high consequence mountain environments.

From Delaware labs to Alps storms and Pacific Northwest wet snow

GORE-TEX is an American technology story, but its snow relevance is global. The same membrane concept has to work in very different climates: dry cold in the Rockies, maritime storms in the Pacific Northwest, heavy coastal snow in Japan, icy chairlift days in the Alps, wet resort laps in Scandinavia and exposed ridgelines in freeride terrain. That variety is why GORE-TEX is not tied to one mountain identity. It is tied to weather itself.

The brand’s ski and snowboard category shows how widely the technology is used. A resort skier may choose a two layer insulated GORE-TEX jacket for comfort and warmth. A backcountry rider may choose a three layer GORE-TEX PRO shell for packability, abrasion resistance and layering control. A snowboarder may choose loose fitting GORE-TEX bibs for storm days and park laps. A guide may carry a GORE-TEX shell as mandatory protection even when the morning starts clear. The geography changes, but the reason stays the same: snow sports expose clothing to wind, moisture and movement all at once.

Membranes, face fabrics, taped seams and the DWR reality

A GORE-TEX garment is not only a membrane. It is a system. The waterproof breathable membrane is bonded to a face fabric and sometimes a backer fabric, depending on whether the garment is two layer or three layer. The face fabric protects against abrasion and carries the durable water repellent finish. The membrane blocks liquid water while allowing water vapor to pass. Seam tape seals stitch holes. Zippers, pocket placement, vents, cuffs, powder skirts and hoods are then designed by the partner brand to make the fabric useful for skiing.

This system explains a common misunderstanding. When the outside of a jacket stops beading water, the GORE-TEX membrane has not necessarily failed. Often the DWR finish needs cleaning or reactivation, because the outer fabric is wetting out. When that happens, breathability drops and the wearer may feel cold or clammy even if water is not actually passing through the membrane. Proper washing, drying and reproofing are part of owning technical outerwear. The promise of long life performance depends not only on chemistry and construction, but also on care.

ePE, PFAS free laminates and the new responsibility test

The environmental story around waterproof breathable fabrics is complicated, and GORE-TEX is central to that conversation because of its scale. Traditional GORE-TEX technology was built around expanded PTFE, a fluoropolymer. The outdoor industry has also relied heavily on fluorinated DWR treatments because they shed water effectively. As concern around persistent chemicals has grown, Gore has moved toward new material platforms and lower impact treatments.

The major current shift is the next generation GORE-TEX product line using an expanded polyethylene membrane, known as ePE. Gore describes the ePE membrane as PFAS free, meaning made without intentionally added per and polyfluorinated substances, while noting that trace amounts may be present. The company also states that the lower mass membrane can reduce carbon footprint compared with predecessors and that it is paired with carefully selected textiles and PFAS free DWR treatments in relevant products. For skiers, the practical takeaway is simple: checking the exact product page matters. The GORE-TEX name now covers multiple material generations, and newer ePE based pieces may carry a different sustainability profile than older ePTFE based gear.

Choosing GORE-TEX by storm level, output and repair value

The best way to choose GORE-TEX gear is to begin with how and where you ski. Resort skiers who ride lifts in cold storms may prefer two layer GORE-TEX jackets and pants with light insulation. This setup is warm, comfortable and simple, especially for families, instructors and recreational riders. Skiers in wet coastal climates should prioritize waterproofness, sealed construction, good cuffs, storm hoods and durable outer fabrics because heavy snow and chairlift moisture can punish weak outerwear quickly.

Backcountry skiers, freeriders and ski mountaineers should look toward three layer shells or GORE-TEX PRO. These pieces are usually better for layering, venting and carrying in a pack. They can feel less warm at rest, but they let the skier manage temperature with base layers and midlayers. Gloves require the same thinking. GORE-TEX plus warm gloves suit cold lift days, while more dexterous GORE-TEX grip or active gloves make sense for touring, guiding and rope work. WINDSTOPPER pieces are best for dry cold, high output movement or layering, not as replacements for a true waterproof storm shell.

Why riders use GORE-TEX as the storm standard

GORE-TEX matters because it became a reference point. Skiers may debate fit, price, sustainability, brand loyalty and alternative membranes, but the phrase GORE-TEX shell still means something clear in a gear conversation. It signals an expectation of waterproofness, wind protection, breathability, testing, durability and a guarantee that goes beyond normal marketing language. That reputation was built over decades of storms, expeditions, resort days, touring missions and partner brand products.

For skipowd.tv, GORE-TEX belongs in the sponsor ecosystem because it sits behind many of the jackets, pants, gloves and boots seen in ski films, freeride edits and resort clips. It is not the visible trick, the ski underfoot or the rider’s main sponsor, but it helps make those sessions possible when the weather is bad. Its importance comes from being an ingredient that shaped the entire category of technical snow outerwear. From Bob Gore’s 1969 material discovery to modern ePE membranes and GORE-TEX PRO storm shells, the brand remains one of skiing’s most influential pieces of invisible infrastructure.