ECA is an inspection method that does not require any invasiveness. It can be used to detect the presence of EMFs in structural components and welds. This technology can be applied to a variety of materials and sizes. It's particularly useful for aerospace application, like welding on curved wings and rotors. ECA is also beneficial for many industries including power generation and food processing.
Anolyte, Catholyte and other products are suitable for unlimited human use. They can also be used in many production environments with minimal or zero toxic effluent. The solutions can also operate at ambient temperatures. This results in reduced energy costs and shorter CIP cycle times. ECA may also be reclaimed and reused, further reducing chemicals costs.
Henkel’s electrically conductive pastes and glues are ideal for bonding heatsensitive electronic components with the substrate. These products, unlike solder, can be used without compromising on performance at lower temperatures. They are available in various viscosities as well as cure speeds and pot-life to fit a wide range assembly applications.
PTFE, better known as Teflon(tm), continues to find new and vital applications from semiconductor making to smartphone antennae. It's the most slipperiest and slippery polymer, but it is also incredibly resilient and long-lasting. It withstands heat and chemicals, and its superior thermal and electrical insulation properties support safer military communications and power transmission through Ethernet cables.
The ability of Teflon PTFE to resist acid and base corrosion is one of its most important uses. The same chemical resistance which makes it perfect for burying buried oil and gas storage tanks also makes it ideal to line the interior of tank liners or other flammable vessels.
Another reason PTFE is used to seal surfaces for industries prone to abrasion such as automotive or aerospace fabrication, is its ductility. It can be shaped and bonded onto a variety of substrates including ceramics, metals, plastics and many other types of materials. This versatility allows engineers the freedom to select the best coating and lining for their application. Seals created by these sealants are reliable, and many times they can be used without additional surface protection. This is especially true when used with the right coatings for corrosive environments. For example, epoxy-coated teflon provides excellent protection in harsh oxidizing salt environments that would damage other coatings. Teflon's high resistance to vibration and impact can also damage other coatings. For these reasons, teflon is a common choice for bearings, liners and other high-performance applications. It is also widely used to line abrasion-prone tanks and other corrosive storage vessels. Its superior toughness, strength and durability are unmatched within the industry.
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