| Specifications | 2011Danaher-Thomson Nyliner Product Design Guide 22.pdf |
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| Specifications | 2011Danaher-Thomson Nyliner Product Design Guide 22.pdf |
| Business section |
| Specifications | 2011Danaher-Thomson Nyliner Product Design Guide 22.pdf |
| Outline | 2011Danaher-Thomson Nyliner Product Design Guide 22.pdf 2011Danaher-Thomson Nyliner Product Design Guide 23.pdf 2011Danaher-Thomson Nyliner Product Design Guide 24.pdf 2011Danaher-Thomson Nyliner Product Design Guide 25.pdf 2011Danaher-Thomson Nyliner Product Design Guide 26.pdf |
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| Content | Thomson Engineered Polymers (TEP) 22Fast Quotes, Free Samples: Call 1-800-390-6405 •Fax: 1-910-879-5486 •www.nyliner.com Nyliner Plus Materials Bearings made from Nyliner Plus Thomson Engineered Polymers (TEP) offer a greatly expanded performance range over Thomson’s standard bear- ings which are molded from TEP 110. Thomson’s standard Nyliner Plus materials are available off the shelf for all types and sizes of bearings in our catalog. Greatly Increased PV Ratings. Thomson Nyliner Plus materials offer PV ratings previously only available in more expensive and difficult to use bearings. Nyliner Plus materials give PV ratings in the range of 10,000 to 40,000. Higher Operating Temperatures. All Nyliner Plus materials offer elevated temperature capabilities. Some of these materials withstand temperatures over 400°F. This means higher ambient temperature possibilities and greater resistance to heat caused by running friction. Lower Friction. With the addition of sophisticated internal lubricants, Nyliner Plus materials offer coeffi- cients of friction as low as .06, even when bearings are operated with- out additional lubrication. Greatly Increased Bearing Life. Utilizing a combination of high- performance resins and sophistica- ted internal reinforcement systems, Nyliner Plus material bearings offer extremely long operating life. Advantages Over Standard Nyliner Bearings The charts on this page clearly demonstrate the performance increase of bearings made from Nyliner Plus TEP material com- pared to bearings made from s- tandard TEP 110 material. (The materials comparison charts on the following pages more specifically compare a wide range of Thomson Engineering Polymers). Most signif- icant is the dramatic increase in PV rating. For example, TEP 110 has a PV rating of 3500 and TEP 835 has a rating of 40,000. Other characteristics of Nyliner Plus materials also offer significant improvements. For example, TEP 110 has a wear factor of 200. TEP 642 (a relatively economical and popular Nyliner Plus material) has a wear factor of only 18. This means that in similar situations, a bearing made of TEP 642 will last 10 times longer than the same bearing made of TEP 110. Nyliner Plus material bearings often replace other types of plain bearings. In many cases, cost is not the only advantage. For instance, sintered bronze bushings have always presented the bearing user with several serious disadvantages: they have an unpredict- able supply of lubrication, they are subject to corrosion and environ- mental attack, they require press fitting (which may change during the life of the product), and they often require secondary operations to achieve final dimensional toler- ances. Compare the performance characteristics and design advan- tages with other types of plain bearings. In many cases, Nyliner Plus materials are the best all- around solution to solving bearing- design challenges. Applications. Use Nyliner Plus materials in applications that require high performance, easy installation, long life, and moder- ate cost. Some highly successful Nyliner Plus material applications include: •Hydraulic cylinder piston rod bushings; •High-load pivots in outboard marine engine mounts; •Automotive and light-truck suspension bushings; •Fractional horsepower electric motor bearings. Call our Applications Engineering Department for help in deciding which Nyliner Plus material is best for your application. 40,000 3,500 Standard Nyliner Material (TEP 110) Nyliner Plus Material (TEP 835) 400°F 200°F Standard Nyliner Material (TEP 110) Nyliner Plus Material (TEP 642) Limiting PV Heat Deflection Temperature |
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