Heavy Duty Prep Table Casters With Locking Brake Set Of Four 4 Inch Expanding Stem Wheels For Commercial Kitchen And Workbench Tube Legs Built Like A Tank To Handle The Daily Grind

Regular price $99.99 Sale price$150.00you save $50.01
SKU: VXB0D66GJ18S
UPC:





Set of four tough commercial kitchen rolling cart casters
✔️ 4 inch heavy duty expanding stem wheels 1200lbs per caster

You get four heavy wheel assemblies built like a brick house for commercial prep tables and workshop benches. The wide gray polyurethane tires glide over epoxy floors without catching, while the adjustable metal stems swell inside tube legs to kill wobble fast. These casters will push through long shifts without binding, making them a handy upgrade for any setup that needs solid rolling action. ✅ Smooth precision ball bearings spin freely under heavy gear loads
✅ Expanded spring sleeve grips 7/8 inch and 1 inch tube frames securely
✅ Durable polyurethane tires resist oil stains and quiet rolling noise
✅ Three locking options available including full stop and side brake styles
✅ Thick reinforced steel plates support up to 1200 pounds each wheel

💡 How do heavy duty expanding stem caster wheels improve workflow mobility for commercial prep areas? Moving rolling stations around a tight workspace requires casters that grip firmly inside tube frames without wobbling out during hard pushes. Picking a handy caster setup with the right stem profile and polyurethane treads keeps equipment stable whether you are hauling bulk ingredients or shifting workbenches during late night cleans. Rolling these units across packed floors takes zero extra sweat when you match the stem diameter and tire mix to your exact frame tubes. - Spring loaded stems expand tightly inside 7/8 and 1 inch legs to prevent unwanted drift - Durable rubberized tires absorb ground impacts and roll quietly across coated concrete floors - Swivel bases pivot smoothly in any direction while brake options lock wheels when parked - Reinforced steel plates distribute heavy static loads evenly across multiple contact points

✝️