Sub-Lite-Wall® – This ETFE ultra-thin walled heat shrink has been developed specially to minimize thickness where thickness is of critical importance such as in catheter design and fiber optics coatings. ETFE’s Sub-Lite-Wall® heat shrink is sterilizable for biomedical applications to encapsulate probes, meters, and other tools. Our ETFE heat shrink has a low heat shrink recovery temperature compared to many other polymer heat shrinks allowing it to be used in many more applications. Heat Shrink– ETFE heat shrink has broad applications ranging from covering and protecting critical components in harsh working environments to wire splicing. ETFE’s lower recovery temperature of 360 ºF (185 ºC) to 420 ºF (215 ºC), its temperature tolerance, and its chemical resistance make this heat shrink a primary option for component and wire encapsulation.
Although ETFE is not as flexible as other known materials, it still could be extruded into flexible tubing, which has so many benefits and properties that it is hard to miss out on them. The research report ETFE Market offers an overview of the market, including classifications, meanings, implementations, and the supply chain structure. A variety of plans and planning techniques are also discussed in the ETFE study. Product requirements and parameters, business profiles, manufacturing location, tương tác details, and revenue are all detailed in the global ETFE industry report. The study also provides an in-depth examination of the ETFE market’s most notable growths.
ETFE is nearly chemically inert, thus, it is suited to chemical fluid handling and analytical applications. ETFE is radiation resistant allowing it to stand up to gamma sterilization protocols; this together with ETFE tubing’s flexibility has lent it to be used in medical device applications. With its superior toughness, durability, and chemical reactivity, ETFE has found its way into a broad spectrum of applications. Since 2019, there have been many different types of packaging that are used for products. The type you choose depends on the product itself, price point, target audience, etc.
Medical equipment, tools, gasbags, small bore tubing, fluid containment bags, self-supporting structures for water and blood purification and more. Our ETFE Tubing constructed with Tefzel™ ETFE resin is chemically inert and delivers excellent solvent resistance. It offers a structure that is more rigid than PTFE, FEP, and PFA making this tubing better able to resist inner diameter collapse. Etching– Many fluoropolymers, including ETFE, have very low coefficients of friction and are very disinclined to react with other materials, thus they do not readily bond to other substances. To overcome this drawback, we can chemically etch the surface of ETFE tubing so that it can be bonded to another material.
Extruded Tubing– ETFE tubing is adaptable to many applications because of its many improved properties over such polymers as PTFE and FEP. ETFE extruded tubing offers superior strength compared to FEP, PFA, and PTFE and also possesses very high chemical resistance. ETFE tubing provides somewhat greater stiffness but also possesses excellent impact protection. This tubing can be used to protect its contents from chemical contaminants and mechanical stresses while also providing insulating properties for electrical applications. ETFE’s mechanical properties endure at temperatures to 300 °F (148 °C). ETFE tubing can be formed into special shapes to maximize application flexibility for design requirements.
The design of the Water Cube allows 140,000t of recycled water to be saved a year. The equipment used for the water system was not the specific equipment originally suggested by the designers. Locally manufactured hydraulic equipment that met design requirements was used in its place. The designers also had to prevent dewdrop from the ceiling, which could affect the swimmers in the pool or divers on the springboard. The ETFE and air conditioning systems have partially helped to prevent dew dropping. Moreover, the building’s air supply, return inlets and exhaust outlets improve the ventilation in the upper spaces of the building.
O-Rings are available in five different materials from Scientific Instrument Services. Accessories such as PEEK tubing and ferrules, and small diameter fused silica tubing are now available from stock. Seats and plugs, bearing, non-stick surfaces, coatings for pipes, fittings and gears, injection and blow-molded articles Pump housings, compressor linings and components.