Home MAXAM­® Bearings Firearms Guide Systems Strategic Alliances About Us HomeMAXAM­® Bearings Maxam® Bearings MAXAM® Bearings are engineered to excel in harsh operating environments where conventional bearings tend to fail. MAXAM Bearings have been proven to perform despite harsh conditions including: Intense heat Because of temperature ratings of up to 650 degrees F for standard MAXAM material and 1000 degrees F for high-temperature MAXAM material, MAXAM Bearings can operate in hot applications from steelmaking to industrial and commercial ovens. Moisture Exposure to and/or immersion in water, mild acids, cleaning solutions, or other fluids such as zinc pots, pickling lines, and other items. Limited frequency or quality of lubrication In applications when lubrication poses challenges or problems, MAXAM Bearings typically outlast conventional bearings. Contaminants Dirt, dust, particulates. Intermittent or slow-speed operation MAXAM Bearings sustain speeds up to 450 RPM, depending on size. Extreme radial and shock loads The unique characteristics of MAXAM Bearing design and material enable it to absorb and survive the punishment typical of heavy industrial applications, such as: Caster Rolls Rolling or bar mills Roll stands Coil and other heavy conveyors Rail-mounted carts One of the best places to work in Northeastern Ohio. 5 years in a row. Brand Promise For 20 years, the McNeil Industries Team has made and kept our promises, becoming a trusted supplier of a growing range of products. Our commitment to every customer, is summarized in our Brand Promise: Effective September 1, 2006, McNeil Industries supports this promise with a new program: If we fail to ship a customer order on the “ship to” date that we promise, we will rebate the customer 5% of the total revenue of the late line-item(s) on that order. 835 Richmond Road | Painesville, Ohio 44077 | Phone: 440.721.0400 | Fax: 440.721.0401 Copyright © 2014 McNeil Industries, an ISO 9100:2008 Certified Company powered and designed by Integrated IT Group, LLC