Medical Gaskets and Platinum-Cured Silicones
Medical grade gaskets made of platinum-cured silicones are used in medical devices and equipment. Elasto Proxy custom-fabricates these rubber gaskets from an ultra-clean line of silicones that are FDA, USP Class VI, and RoHS compliant. At our manufacturing center near Montreal, Canada, we use water jet cutting to convert elastomers with speed and precision. Because there are no tooling charges, water jet cutting is ideal for prototyping and producing low-to-medium volumes of medical grade gaskets.
Elasto Proxy’s custom fabrication expertise includes assistance with seal design and compound selection. Just send us your CAD files and our technical team will use SolidWorks to review your schematics. The medical grade silicones that we custom-fabricate come in a range of durometers, and are available in custom colors to support your product designs. Although platinum-cured silicones are normally translucent, Elasto Proxy can manufacture medical grade gaskets in white, olive drab, and other colors. (more…)
EMI shielding gaskets for military electronics are used in everything from touchscreens to targeting systems. To prevent electromagnetic interference (EMI) from disrupting electronic equipment, Elasto Proxy custom-fabricates EMI shielding gaskets from particle-filled silicones. These specialized materials combine the materials properties of silicone rubber with the electrical properties of metal. Elasto Proxy uses waterjet cutting to convert shielding silicones, and bonds cut lengths with conductive adhesives.
IDEX is the world’s most strategically important tri-service defense exhibition. For OEMs, military buyers, and prime contractors, this global event is the place to find technologies for land, air, and sea. The International Defense Exhibition and Conference (IDEX) is also where defense subcontractors present key component-level solutions for military programs and projects. That’s why Elasto Proxy, a leading custom-fabricator of specialty seals and insulation, will highlight four unique solutions at IDEX 2017. 
Gensets or generating sets are designed to supply off-grid electricity. They usually consist of a diesel or gasoline-powered engine and an electrical generator (such as an alternator) that converts mechanical power into electricity. Some gensets, such as the ones that provide emergency backup power at hospitals and water treatment plants, are large and stationary. Others gensets are portable because they’re wheeled, or are mounted on wheeled trailers that are pulled by trucks or other motorized vehicles. 
Rubber gaskets for military land systems provide sealing and insulation under battlefield conditions. These reliable rubber products are found in main battle tanks, light armored vehicles, armored fighting vehicles, weapons systems, and mine-resistant ambush protected (MRAP) vehicles. As a gasket fabricator that’s been serving the defense industry for over 25 years, Elasto Proxy supports military land systems from gasket design assistance and compound selection to custom fabrication, warehousing, and logistics. 
EMI gaskets help to protect electronic devices and equipment against disruptions and disturbances caused by electromagnetic interference (EMI). Because these shielding gaskets are made of particle-filled silicones, they also provide environmental sealing and resist a wide range of service temperatures. Depending on the durometer, the base elastomer supports varying degrees of compression. The metal or metal-coated particles provide EMI shielding and electrical conductivity.
Elasto Proxy custom-fabricates silicone gaskets with high flex-fatigue resistance. These specialty gaskets are made of materials that meet the A-A-59588 3B specification for 50, 60, and 70-durometer silicones.
The Elasto Proxy Blog is starting the New Year by looking back at how we helped readers solve their sealing and insulation challenges in 2016. We’ve come a long since January 11, 2011, that day six years ago when we published our very first (and very short) blog entry.
Elasto Proxy explains what engineers need to consider when choosing sound barriers. This article is the third in a multi-part series about acoustic insulation. 
