Silicone hoses, reducers and elbows connect the intake pipes and tubes in diesel-powered vehicles and equipment. They’re molded from silicone rubber, an elastomer that withstands extreme temperatures and resists hardening…
How is silicone rubber used for sealing and insulation? Silicones have valuable properties, but engineers need rubber that meets specific requirements. If you’re wondering whether silicone seals, gaskets, or insulation are the right choice for your application, consider some of the uses for this versatile polymer. The examples you’ll read about aren’t the only uses for silicone, but they’re representative. (more…)
Unmanned vehicles need custom seals, gaskets, and insulation that can withstand marine environments. Commercial drones and the electronics cases that are used with them also need reliable sealing and insulation. Elasto Proxy, a leader in custom-fabricated rubber products, can provide unmanned vehicle OEMs and their suppliers with value-added manufacturing that includes design assistance, help with material selection, prototyping, and low-to-medium volume quantities.
Previous articles in this series have described Elasto Proxy’s capabilities with unmanned aerial vehicles (UAVs) and unmanned ground vehicles (UGVs). In the conclusion to this three-part series, we’ll take a look at how Elasto Proxy can solve sealing and insulation challenges for unmanned surface vehicles (USVs), unmanned underwater vehicles (UUVs), and commercial drones. We’ll also take a look at sealing and insulation solutions for unmanned vehicle accessories. (more…)
Unmanned ground vehicles (UGVs) need rubber UGV gaskets that can help protect sensitive electronics from high heat. UGVs also need weather-resistant door and hatch seals, and custom gaskets for cameras and LED lights that can handle extreme temperatures while keeping out water and dust. Manufacturers of UGV electronics, vehicle bodies, and imaging systems must meet different requirements, but custom fabrication can solve sealing and insulation challenges across the UGV supply chain.
Elasto Proxy, a global supplier of specialty rubber products, custom-fabricates the rubber gaskets that unmanned systems need. In this article, the second in a series about unmanned vehicles, Elasto Proxy examines three types of UGV gaskets: thermally-conductive insulation, environmental seals, and rubber gaskets for cameras and LED lights. Part 1 of this series covered UAV gaskets. Future articles will examine seals and insulation for USVs, UUVs, commercial drones, and unmanned system accessories. (more…)
Unmanned aerial vehicles (UAVs) need rubber gaskets that can protect UAV components from environmental conditions, flexural fatigue, and electromagnetic interference (EMI). Manufacturers of antennas, avionics, and airframes face different sealing and insulation challenges, but custom fabrication offers the UAV supply chain a value-added solution. Elasto Proxy, a leading supplier of specialty rubber products, custom-fabricates the rubber gaskets that unmanned systems need.
In this article, the first in a series about unmanned vehicles, Elasto Proxy examines three types of UAV gaskets: UAV antenna gaskets, silicone gaskets with high flex-fatigue resistance, and EMI shielding gaskets. Future articles in this series will examine EPDM gaskets and foam insulation for UAV cases, and sealing and insulation solutions for unmanned ground vehicles (UGVs), unmanned surface vehicles (USVs), unmanned underwater vehicles (UUVs), and commercial drones. (more…)
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.
Silicone gaskets have many desirable properties. They’re chemically inert, resistant to ozone and ultraviolet light, offer thermal stability over a wide temperature range, and can repel water and form watertight seals. Silicone rubber is used in a variety of sealing and insulation applications, but some silicones have inadequate flex-fatigue resistance – a measure of a material’s ability to withstand repeated flexing or bending without cracking.
In some industries, however, flex-fatigue resistance is required. For example, aerospace engineers need silicones with high flex-fatigue resistance for door seals, window seals, and vibration-isolating mounts used with alternators, compressors, and assembly bolts. Members of the mobile equipment industry need crack-resistant silicones for engine mounts and exhaust hangers. Designers of aerospace and defense electronics need silicones that can flex without cracking in high-performance keypads. (more…)
Technical buyers and design engineers need to evaluate all of their application requirements when specifying acoustic insulation. Sound dampening and sound absorption aren’t the same, and some acoustic materials may not be suitable for specific environments or frequencies.
Noisy equipment can cause hearing loss and result in violations that carry fines and other penalties. In North America, regulatory agencies such as OSHA, NIOSH and the Canadian Center for Occupational Health and Safety (OHS) establish workplace limits for noise exposure. Yet the fact remains that noise and hearing loss are the second most prevalent self-reported work-related injury, according to the Hearing Research Laboratory at the University of Ottawa.
Noise can also affect perceptions of product quality. That’s why some potential car buyers listen to how a vehicle’s door sounds when it closes. In a sports car, engine noise suggests speed and power. In a tractor, dump track, or military vehicle, loud engine sounds within the cab are unwanted. For technical buyers and design engineers then, noise mitigation can be about enhancing worker safety, ensuring regulatory compliance, improving the customer experience – or all of the above.
Acoustic insulation is essential, but what are some design considerations? In other words, what do buyers and designers need to know? (more…)
Acoustical foams absorb and dampen sounds. Some of these foam rubber materials also provide flame resistance. Product designers need more than just an acoustic foam, however. They need a custom fabricator who can convert stock materials into a custom insulation solution.
Acoustic foams are used for sound absorption and sound dampening in applications such as military vehicles, commercial trucking, and equipment enclosures. They’re usually made of silicone, urethane, or foam-based melamine. Some acoustical foams offer additional properties, such as thermal resistance or fire resistance. For specialized applications, acoustical foams can be added as layers within “insulation sandwiches” that also contain fillers, adhesives, and barrier materials. (more…)
Doug Sharpe President of Elasto Proxy Learn why the aerospace industry sources seals, gaskets, and insulation from Elasto Proxy, a custom fabrication specialist with offices in Canda, the United States,…
Doug Sharpe President of Elasto Proxy Electromagnetic interference (EMI) can disrupt military electronics and endanger the lives of the war-fighters who depend on them. The causes of EMI are numerous,…