UHMW
Machined Parts Call
Toll Free 800-888-2605![]() UHMW MACHINED PARTS M&P can make custom UHMW machined parts to your specification. MATERIAL DESCRIPTION UHMW stands for ultra high molecular weight polyethylene. Polyethylene materials are semi-crystalline materials with excellent chemical resistance, good fatigue and wear resistance, and a wide range of properties (due to differences in length of the polymer chain.) Polyethylene materials are easy to distinguish from other plastics because they float in water. Polyethylene materials provide good resistance to organic solvents, degreasing agents and electrolytic attack. They have a higher impact strength, but lower working temperatures and tensile strengths than polypropylene. They are light in weight, resistant to staining, and have low moisture absorption rates. Ultra High Molecular Weight Polyethylene (UHMW PE) Light weight (1/8 the weight of mild steel), high in tensile strength, and as simple to machine as wood, UHMW PE is the ideal material for many wear parts in machinery and equipment as well as a superb lining in material handling systems and storage containers. UHMW PE is self-lubricating, shatter resistant, long-wearing, abrasion and corrosion resistant. It meets FDA and USDA acceptance for food and pharmaceutical equipment and is a good performer in applications up to 180 °F (82 °C) or when periodically cleaned with live steam or boiling water to sterilize. CUSTOM MACHINED PARTS Processing and machining of UHMW parts take place in a completely controlled environment. We maintain a complete record of our products. We build excellence into every part we machine. M&P's state of the art facilities are always open for you to visit. For a quote on your custom UHMW parts click on the email link provided or give us a call at 1-800-888-2605. Some of the machined parts we do are:
Accessories Terms E-Mail Map Home M&P Flange & Pipe Protection Inc. 9426 Old Katy Rd Bldg #11 Houston, TX 77055 Phone: 800-888-2605 Fax: 713-463-6343 mailto:sales@m-p.com Copyright © 2008 |