Scan-Pac Mfg., Inc. is recognized as the industry leader in the development and manufacturing of organic friction products as well as Phenolic bearings and laminates. Our strength comes from offering a broad diversity of formulations that can be molded or machined into any dimensional configuration, as well as astute technical support regarding motion control challenges. Having pioneered the development of Non-Asbestos friction material, we have created hundreds of base compounds, variations of which are available as solutions to your specific applications problems.

Gatke Phenolic Bearings and laminates are available in a variety of grades with differing strength and frictional characteristics suitable for light to very demanding duty applications. Additional flexible roll products of both the woven and calendared type make Scan-Pac Manufacturing, Inc. the full-range source for your friction, bearing and wear applications.

Scan-Pac has three manufacturing facilities in the United States, consisting of two in Menomonee Falls, Wisconsin and one in Magnolia, Texas. These three facilities combine for more than 100,000 square feet of manufacturing space. In Menomonee Falls, the company produces rigid molded, flexible molded friction linings, and Gatke Phenolic flat profile parts. The Magnolia facility specializes in the production of woven friction material and Gatke Phenolic bushings, bearings, and tube products.

The company prides itself in offering only the highest quality friction materials in the industry. Scan-Pac has been ISO 9001 certified for more than 16 years. Our commitment to quality starts on the production floor with employees who are trained to produce only the finest quality friction and phenolic bearing materials. That same commitment permeates throughout the remainder of employees and the management team.

Scan-Pac Manufacturing continues to be the industry leader in development of new friction materials for difficult applications. The company employs two PhD chemists who are dedicated to formulating and developing the highest performing industrial friction materials in the market.