Dexmet Corporation in Wallingford, CT, US (United States)

www.dexmet.com

Company Overview:

DEXMET Corporation - Fantastically Flexible Products

Dexmet precision expanded metal and expanded plastic products are used in batteries, electronics, aerospace, aircraft, medical, packaging, filters, fuel cells, heating elements, resistors, load banks, food & drug products, automotive and wherever mesh and perforated foils, metals and plastics with high precision characteristics are required. They are available in most metals and polymers, or we can work with your proprietary materials. Metals we regularly produce include: aluminum, brass, copper, Monel TM, nickel, steel stainless steel, and zinc.

A range of standard diamond mesh sizes is available. The variable open area facilitates lamination with a variety of other materials including those which expand, contract and flex. We'll even design a precision expanded foil, expanded metal or expanded plastic with unique characteristics for your particular application. Our extensive resources can accommodate a host of process variations.


Company Statistics: 

View
 

Contact Details

Address:22 Barnes Industrial Road South, Wallingford, CT, 06492, United States
Telephone:(203) 294-4440
Fax:(203) 294-7899
 
 
 

Pages on Dexmet Corporation's website :

They are available in most metals and polymers, or we can work with your proprietary materials. Metals we regularly produce include: aluminum, brass, copper, Monel™, nickel, steel, stainless steel, and zinc. A range of standard diamond mesh sizes is available. 

® precision-expanded foils from Dexmet are used in batteries, electronics, aerospace, medical, packaging, and wherever mesh and perforated foils with high precision, mechanical and electrical properties or EMI/ RFI shielding capabilities are required. 

Al 1100 168.467 63 Al=99.00min S+Fe=.95max Cu=.05 to .20 Mn=.5max Zn=.10max Others(total)=.15max Others(ea.)=. 

Dexmet expanded metal foils and plastics can expand your creative options for arts and crafts. Available in a variety of sizes, patterns and weights, their light strength-to-weight ratios make these materials ideal for a wide variety of uses. 

Notes on resistivity: Increasing the strand width will decrease resistivity for both the LWD and SWD direction of mesh. Increasing the original metal thickness will decrease resistivity for both the LWD and SWD direction of mesh. 

Aerospace, Defense & Marine Products & Services:

 

powered by