Up to 350 lbs · Light Duty Applications
Up to 7,200 lbs · Industrial Duty
Up to 17,500 lbs · Heavy Industrial
Up to 40,000 lbs · Extreme Load Applications
Up to 40,000 lbs · Increased Maneuverability
Up to 3,100 lbs · Industrial Shock Absorbing
Up to 3,200 lbs - Corrosion Resistant
Stainless Steel
Up to 8,400 lbs.
Explore All Specialty Caster Applications
From Everyday Use to Niche Solutions
All measurements indicate the wheel diameter by the tread width.
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.
Plate dimensions shown are overall mounting plate size.
When replacing existing casters, select the closest plate size and verify bolt-hole compatibility.
BHP = Bolt Hole Pattern, shown under each plate.

For MROs, OEMs, and industrial procurement teams
Practical caster guides, buying advice, and industry insights for MROs, OEMs, and industrial buyers.
Dedicated engineering resources for MROs, OEMs, manufacturers, and procurement teams. Access CAD data, load ratings, mounting standards, application guidance, and real-world caster selection frameworks.
Kingpinless casters eliminate the central rivet to prevent failure under shock load. Learn when kingpinless construction is required and how it compares to standard kingpin designs.
Choosing casters for warehouse carts requires the right wheel material, plate size, and load rating. This guide explains polyurethane vs phenolic, concrete floor performance, and how to calculate capacity correctly.
Complete industrial guide to selecting heavy duty casters based on load capacity, plate size, wheel width, and application environment.
Learn why threaded stem casters loosen over time and how to prevent failure with proper torque, jam nuts, and thread locking methods.
Compare grip ring and threaded stem casters for strength, retention, and industrial reliability. Learn which stem type is right for your equipment.
Confused about 3/8-16 vs 3/8-24? Learn how threaded stem pitch works, how to measure it, and how to avoid costly ordering mistakes.
Should you replace the entire caster or just the wheel? Learn the cost, performance, and engineering differences between raw wheels and complete caster assemblies.
Compare 3/8" and 1/2" threaded stem casters for strength, load capacity, and real-world industrial use. Learn which stem size is right for your application.
Complete industrial guide comparing polyurethane, rubber, phenolic, nylon, steel, pneumatic, and specialty caster wheels. Learn which wheel material fits your load, floor, and environment.
Learn how to measure threaded stem diameter, thread pitch, and usable length to avoid ordering the wrong replacement caster.
Learn the three main types of stem casters: threaded stem, grip ring, and expanding rubber adapter. Understand when to use each mounting style.
Kingpin caster failure is common in heavy-duty applications. Learn the warning signs and when to upgrade to kingpinless casters.
Trusted by Engineers. Backed by Performance.
Plate Casters
Industry-leading plate casters for strength and reliability.

Stem Casters
Versatile stem casters: expandable rubber, threaded , and grip ring.

Stainless Casters
304 stainless steel casters: rust-resistant for tough, wet, and corrosive conditions

Ergonomic Casters
Effortless mobility, cutting push-pull force by over 30% and lowering injury risks.

Leveling Casters
Trusted worldwide for precision leveling and unmatched stability.

