| Customization: | Available |
|---|---|
| Material: | PTFE(Teflon) |
| Application of PTFE Washer: | Automative, HVAC, Plumbing |
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Washers are available in a variety of different materials to suit varying environmental and operating conditions. Although many industry professionals employ metallic washers, non-metallic washers, such as those made from nylon or PTFE, are becoming increasingly popular. In particular, polytetrafluoroethylene (PTFE)-also known by the brand name Teflon™-offers several advantages when used for the manufacture of washers.
Teflon or PTFE washers are flat discs with a centrally located hole. They have superior antifriction properties, as well as excellent chemical and corrosion resistance. These washers are ideal for low-temperature applications.
Washers can do way more than secure bolts, nuts, screws, and rivets. They can also insulate, seal, lock, serve as spacers, provide spring force, align parts, distribute loads, and even improve aesthetics. There are six primary types of washers: flat, shoulder, tab, lock, countersunk, and spring.
Our Teflon/PTFE washers find application in a wide range of industries-including automotive, HVAC, and plumbing-providing durable and reliable performance even when exposed to water, oil, chemicals, and high heat.
| Teflon/PTFE Washer Vs Metal Washer |
For a number of years, metal served as the default material for washers. However, the introduction of durable and reliable plastics, such as Teflon/PTFE, has led to the acceptance of plastics as a suitable alternative.
Teflon/PTFE offers several advantages over metals when used in the manufacture of washers. For example, it demonstrates:
| Teflon/PTFE Washer Vs Nylon Washer |
Compared to metal, nylon and Teflon/PTFE offer greater application versatility and durability when used in the manufacture of washers. While both are synthetic polymer materials with excellent mechanical strength and frictional resistance, they vary in regard to best use cases due to the differences in their manufacture and, consequently, their physical and chemical characteristics. For example:
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