Dexmet Corporation

22 Barnes Industrial Rd. S
Wallingford, CT 06492 US

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Lightning Strike Protection for Composite and Carbon Fiber Aircraft and Turbine Blades.

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Composite materials are poor conductors. Lightning can cause extensive damage to an aircraft and can get especially costly to repair. That’s why aircraft structures are “zoned” for relative conductivity this is to ensure that lightning passes through the aircraft and continues to the ground. The best way to accomplish this process, at the least cost, is with lightweight, flexible MicroGrid® the conductive laminate of choice.

Microgrid® precision expanded metal foils from Dexmet are ideally suited materials for lightning strike protection in composite aircraft structures and wind turbines. In fact, Dexmet is the exclusive supplier for Boeing, principal supplier for Embraer, Airbus and preferred vendor to many other aircraft manufacturers. MicroGrid’s single unit structure is superior because it can’t unravel like woven wire. Microgrid’s open area structure is tightly controlled through exacting manufacturing processes. Its unitized microstructure can be customized to your exact specifications for the desired conductivity requirements at minimal cost.

Each “zone” uses only as much material (added weight) and open area as necessary for its relative conductivity. A true and proven protection against lightning strike hazards.

A Message from Dexmet Corporation

Dexmet at JEC World 2019

The 2019 JEC World Trade Show and Conference is the largest composites event in the world, to be held at the Paris Nord Villepinte Exhibition Center, in Paris, France on March 12-14, 2019.

Dexmet upgrades to AS9100:D and ISO 9001:2015 Certification.

In keeping with our mission to become the recognized worldwide leader for foil gauge expanded metal and thin film expanded polymers, Dexmet Corporation is proud to announce that we have received AS9100:D and ISO 9001:2015Certification for the aviation, aerospace, and defense industries.

Dexmet Corrugated Expanded Material

Corrugated expanded foils from Dexmet are used in batteries, electronics, aerospace, automotive and wherever there is a need for a micro-mesh that is much thicker, larger and require more surface area.

As Seen In CompositesWorld

CAMX 2019 exhibit preview: Dexmet
Dexmet is introducing thin-gauge perforated foils and polymers to its product lineup of expanded foils.

PPG to acquire Dexmet Corp.
PPG Industries says the acquisition will expand its R&D capabilities across the aerospace, automotive and industrial coatings industries. 

ACE Awards winner

CAMX 2016 Show Report
The 3rd annual joint ACMA/SAMPE-sponsored trade event comes to Anaheim with an exhibition and conference program attractive to professionals across the composites world.

CAMX offers unprecedented new product access
CAMX 2014, Oct. 13-16 in Orlando, Fla., promises to be North America's largest ever composites trade show and conference. As a result, exhibitors are coming to the event with a wide array of new and existing materials, machinery, software and technology designed to help make composites fabrication faster, easier and more adaptable. CompositesWorld has been gathering information from CAMX exhibitors about what they will be featuring and introducing in their booths. This week's CAMX newsletter offers a preview of some of what you will find on the show floor.

Lightning strike protection strategies for composite aircraft
Tried-and-true materials thrive, but new approaches and new forms designed to process faster are entering the marketplace.

HPC JAN 10 Drawng

Fuselage skins redesign streamlines production
Cirrus Aircraft’s SR22 second-generation design improves functionality and enables faster processing.

SEICO 09 at a Glance

SAMPE Europe/JEC Composites 2009 preview
SAMPE Europe’s 30th annual spring conclave and the nearby JEC Composites Show characterize the latest in material and process technologies.

Product Categories of Dexmet Corporation

Lightning strike materials (metal meshes, fabrics, etc.)
Other thermoplastics
Polyester (PET)
Polyether ketone family (PEK, PEKK, PEEK)
Polyethylene
Polypropylene