WASHERS

PLASTIC AND  RUBBER WASHERS offer a variety of advantages aside from providing spacing and cargo distribution between components. They’ll resist corrosion, leave easy loosening and tightening of screws and bolts. And help protect surfaces when a non-metal washer is required .

 

We are pleased to supply a comprehensive selection of plastic’s washers to accommodate all manner of specs. If you would like them during a specific size, shape, or thickness. That’s you simply don’t see here, send us an RFQ together with your requirements and we’ll assist you start with your custom order of plastic washers.

 

Plastic washers are often used because they’re vibration resistant. But also because materials like nylon can withstand exposure to chemicals, acids, and other corrosive materials without degrading. Plastic washers and nylon screws also are found within the housing industry.

 

 

The primary purpose of most washers is to evenly distribute the load of the threaded fastener. With which they’re used. Threaded fasteners stress the fabric during which they’re driven. Driving a screw into wood, for instance, may cause the wood to crack round the surface.

 

PLASTIC AND RUBBER WASHERS

 

PLASTIC AND RUBBER WASHER also are utilized in the development sector in electrical applications thanks to their ability to face up to high electrical volts. the very fact that plastic washers are non-sparking and anti-magnetic also makes them popular within the electronics and consumer appliances industries.

 

There’re three main sorts of washers: plain washers, spring washers and lock washers. Within each of those categories are more specialized forms that serve unique purposes. These are commonly wont to spread the load on thin sheet, and are named after their use on automobile fenders. They’ll even be won’t to make a connection to a hole that has been enlarged by rust or wear.

 

In the UK, the name originally comes from the dimensions of the old British penny. Heat resistant nylon’s washers are utilized in a spread of commercial and domestic applications due to their unique combination of properties. These components have exceptional strength when subjected to temperatures as high as 400° F. Nylon will melt around 400° F. while silicone is heat immune to about 600° F.

 

 

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