The below capacity ranges indicate the working (dynamic) load that each caster will support. A safety factor should be included in your formula to determine your required load rating per caster.

W/(C-1)=R W is total weight needed to move. C is total number of casters required. R is ideal load rating, with safety factor built in. Divide the total load weight by one less caster than you will use to safely determine load rating.

6-1/8" x 1-11/16" Cast Iron Wheels — 1" Roller Bearing Hamilton

Diameter: 6-1/8 inTread: 1-5/8 inCapacity: up to 18,000 lb

This collection gathers industrial casters used on forging carts, aerospace fixtures, and multi-ton movers. Catalog chips cover wheel diameters 6-1/8 in, cast iron and steel treads, and capacities 16,000 to 18,000 lb. Replace worn corners in matched sets when possible so the cart tracks straight under load. Pair swivel and rigid casters for tracking, or use total locks where the cart must park on a grade.

Engineered for Excellence

Hamilton's 6-1⁄8" Iron Single, Flanged Wheels with 1" Bearings are crafted for unmatched durability and performance. Designed for heavy-duty applications, these wheels feature a robust iron construction and a precision flanged design for optimal guidance and support on tracks. The 1" bearings ensure smooth operation, making them ideal for industrial, manufacturing, and transportation environments.

Versatile Application

Whether navigating factory floors, rail systems, or industrial tracks, these flanged wheels deliver reliable performance in the most demanding conditions. Their durability and precision engineering make them a top choice for professionals seeking efficient material handling and mobility solutions.

Why Choose Hamilton?

Opting for Hamilton's 6-1⁄8" Iron Single, Flanged Wheels means investing in quality that lasts. Our commitment to innovation, durability, and customer satisfaction ensures that you receive a product that not only meets but exceeds industry standards. Enhance your operations with wheels designed for the future of industrial mobility.