DuPont™ Kevlar® brand aramid fiber helps save lives and also helps strengthen eq

Kevlar® Brand

DUPONT PRODUCTS & SERVICES

DuPont™ Kevlar® K29 AP and Kevlar® K49 AP fibre reinforcement help provide improved flexibility in the design and manufacturing of fibre optic cables.

DuPont™ Kevlar® ACV combines the powerful performance of Kevlar® with proprietary thermoplastic resin technology – a combination that gives Kevlar® ACV its resilience and formability.

Kevlar® AP for Advanced Performance help manufacturers dramatically improve cost-effectiveness and design flexibility allowing them to build leaner, lighter and more robust consumer and industrial products. Discover the benefits of this next-generation fibre that builds on the excellent strength, exceptional quality, proven performance, and lightweight qualities of Kevlar® brand fibre.

DuPont™ Kevlar® aramid pulps are highly fibrillated chopped fibers that can be used as specialty additives in automotive brake pads, gaskets, and automatic transmission papers, and as a viscosity control additive for adhesives and sealants. Learn how Kevlar® Aramid Pulp helps enhance performance through high temperature reinforcement and viscosity control.

For high-risk operations that involve sharp metal, glass hazards and abrasives, DuPont created Kevlar® Armor Technology. Used in the manufacture of protective gloves and garments, it helps manufacturers address the highest cut performance standards.

Kevlar® AS (Anti Stab) products are solutions for modern armour capable of protecting the wearer from multiple threats such as knives, spikes, bullets, fragments and blunt impacts.

Because low-contamination environments can also present many hazards that can result in burns, cuts, and gashes, DuPont created Kevlar® Clean Technology — it is a low-lint continuous filament fibre that helps offer superior protection while reducing contaminants.

In response to the unique needs of prison officers, DuPont™ Kevlar® Correctional™ technology helps provide superior protection against stabbing weapons.

For thousands of workers in the aerospace, electronics, metal fabrication, glass handling and automotive industries, cut-resistant protection accessories made of Kevlar® fibre help provide the strength they need to do the job in hand.

Kevlar® Engineered Elastomer helps improve resistance and reduce tears in tires, belts, and other automotive, industrial, and consumer materials. Learn how this highly branched para-aramid pulp helps allow uniform dispersion in rubber formulations and efficient reinforcement for improved performance.

DuPont™ Kevlar® fibers are used to help provide strength, flexibility, and lightweight protection in everything from yarns and woven ballistic fabrics to ropes and apparel.

DuPont™ Kevlar® IC (Impact Control) product range is a multi-layer material including ballistic fabrics made of Kevlar®. The main material functionality is to help absorb impact and energy in order to reduce the back face deformation of the vest after impact.

When your office is a battlefield, DuPontTM Kevlar® KM2 Plus fibre steps in to help manufacturers provide the most critical protection available.

Kevlar® Phenolic Prepreg HPA is a high performance material for vehicle armour applications, helping to offer ballistic protection in the toughest of environments.

Kevlar® Phenolic Prepreg HPP is a high performance material for helmet applications, offering ballistic protection in the toughest of environments.

For hot surface contact hazards present in metal and glass forming foundries, DuPont created terry cloth made of Kevlar® fibre for use in heat-resistant gloves. Heavyweight gloves and mitts composed of 100% Kevlar® terry cloth and Kevlar® blends help offer a high level of protection for high-heat applications.

While the technology may feel light for the wearer, the protection is not. Our Kevlar® XP H170 for helmets helps manufacturers provide a lighter-weight helmet in a 100% Kevlar® solution.

Kevlar® XP™ technology for Soft Armour offers our finest protection to help manufacturers provide designs for increased bullet-stopping power and reduced back face trauma while being light and comfortable enough to be worn shift after shift.