Specialty Casters
Gate Casters
BBQ Pit & Smoker Casters
Keyed Drive Wheels
Drywall Cart Casters
Skid Wheels & Casters for RVs
Leveling Casters
Shopping Cart Wheels & Casters
Band Equipment Casters & Wheels
Low Profile Casters
Cart Wheels & Casters
Toolbox Caster Sets
Bakery Oven Rack Casters
Kitchen Prep Table Caster Sets
Wire Shelving Casters
Silent Glide Casters
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.
Quickly choose the right caster wheel material for your floor and environment. Use the chart for a fast answer, then run the selector tool to get a recommended material, what to avoid, and a copy/paste spec line for RFQs or maintenance tickets (supports up to 40,000 lbs).
Service life describes how long casters perform reliably before wear, damage, or degradation requires replacement.
Floor conditions define how casters roll, absorb shock, generate noise, and wear over time in real operating environments.
Chemical resistance defines how caster wheels, bearings, and frames withstand exposure to oils, solvents, cleaners, and corrosive substances.
Operating temperature determines whether caster wheels, bearings, and lubricants function reliably in hot or cold environments.
Shock load rating defines how well a caster withstands sudden impacts, drops, and load spikes beyond normal operating conditions.
Side load capacity measures a caster’s ability to handle lateral forces during turning, impacts, and off-axis loading.
Caster brake types determine how equipment is held in position and how safely it operates under load.
Bolt hole pattern defines the number, size, and spacing of mounting holes and directly affects caster fitment and structural integrity.
Wheel diameter directly affects rolling resistance, obstacle roll-over, and overall caster performance in real-world applications.
Top plate dimensions control caster mounting fit, load distribution, and structural stability at the equipment interface.
Offset is the horizontal distance between the swivel axis and wheel centerline and directly impacts roll-over capability, clearance, and stability.
