For the last quarter century, the Renaissance in manufacturing has depended on innovative and superior designs that let producers excel in terms of product quality, delivery and performance. The pressure on manufacturers to continue this positive trend will almost certainly increase as global competition becomes more intense and raw materials more costly.
Aerospace Technology | Base Material Thickness | Expanded Foils | Expanded Metal for Shielding | Expanded Plastics | Expanded Titanium | Expanding Technology | Lightning Strike Technology | Precision Expanded Foils | Thin Expanded Metal Foils | Turbine Blades | Wind Blades | Wind Power | Wire Mesh | platinum coated expanded titanium. Expanded titani
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 9001:2015 Certification for the aviation, aerospace, and defense industries. The company subscribes to the standard’s requisite features, including risk management and configuration control, while maintaining a proactive commitment toward customer satisfaction.
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Aircraft Components | Annealing | Battery Electrodes | Cathode | Cathodic Protection | EMI | Electrochemical | Electrochemical applications | Expanded Filtration Mesh | Expanded Foils | Expanded Metal for Shielding | Filtration Media | Lightning Strike Technology | Precision Expanded Foils | Thin Expanded Metal Foils | Wind Blades | Wind Power | expanded metal mesh | woven wire
Dexmet Corporation, a manufacturer of precision expanded open area materials for aerospace, automotive, power, structural and industrial applications launches a new website to help engineers find the information they need regarding expanded materials and its implementation in commercial applications.
Engineers who want to maximize the performance of their end products need to source the best materials for manufacturing. From aircraft and battery manufacturers to automotive and microelectronics manufacturers, engineers are experiencing the benefits of utilizing expanded metals as a superior alternative to woven wire or perforated products.
On July 22nd, British Airways flight BA-35 departed from London. Nine hours later, the Boeing 787 arrived in India, along with 46 new holes to its body from a lightning strike. Though the plane arrived safely and no passengers were ever at risk, it was unable to make its return flight back to London. British Airways had to book alternative flights for the passengers scheduled for that flight.
Though the attention given to secondary batteries is greater than ever, 90% of the $50 billion battery market is still comprised of primary batteries. It’s no surprise that these non-rechargeable batteries are so prominent – primary batteries play a key role in military, medical and automotive applications.
Fuel cell manufacturers are always focused on improving their product’s versatility, durability and cost. From new designs to new materials, there are many ways in which you may go about improving your product in these regards. And many fuel cell manufacturers are choosing to implement expanded metal mesh into their fuel cell designs to those ends. From foils measuring just 50 microns thick in precious foils made of nickel, titanium, zirconium and silver, expanded metal mesh offers many instrumental design benefits. This post will walk you through those advantages, and detail how it can work to improve the performance or cost of your fuel cell applications.
When they operate, electronic components produce heat. And if they become too hot, they can degrade the function of their devices. These products must be able to manage heat to maintain reliable, long-term function. Thermal dissipation and management is the means by which electronics maintain workable temperatures.