Composite Bearing and Wear Materials
Norplex-Micarta’s thermoset composite bearing and wear materials are designed to be non-galling, low friction, low wear, and easy to fabricate.
Norplex-Micarta produces a full line of high-performance composites for heavy equipment and agriculture, hydroelectric and power generation, ship building and marine environments, and other energy and processing industries, including materials specifically designed for bearing and wear applications.
Engineering materials for demanding environments
Starting with tough, chemically resistant, and proven resin systems, Norplex-Micarta’s composite bearing and wear materials are specifically engineered to the requirements of a particular application. The ability to combine multiple materials allows for a wide range of performance demands to be met economically. Heat can be removed by adding metal wire, PTFE surface layers can promote improved break-in, aramid fibers can provide both excellent strength and low wear, and reinforcements can be chosen to minimize moisture absorption.
New to the Norplex-Micarta portfolio of composite bearing and wear materials are hybrid fabrics. These materials allow for optimized performance and value in the individual layers of the composite. Produced in sheets or tubes, these materials can be combined with traditional composite materials to further expand design and performance options.
Self-lubricated, fully bearing, shock resistant, electrically insulating, and easily fabricated
Norplex-Micarta’s composite bearing and wear materials have many benefits:
• The materials are inherently strong and do not require a metal backer
• Lubricants can be added to the resin system to allow for even dispersion and dry running.
• The materials have the ability to withstand shock and side loads and tolerate misalignment.
• Grades without graphite lubrication are electrically insulating which helps to minimize galvanic corrosion.
Norplex-Micarta produces dozens of composite bearing and wear materials, and the potential for dozens more exists in order to meet the needs of a given application. The charts below are designed to help engineers understand the many options that exist, and to frame a collaborative design approach to developing new materials when needed.
Click on each image to view larger.