🔧2026 Sale — Over 36,100 Sold! ⚙️ Heavy Duty Swivel Caster with Brake

FEATURES

DUAL-AXIS SWIVEL MECHANISM: Say goodbye to jerky, stuck wheels. This advanced dual-axis design provides an incredibly smooth 360-degree rotation, even under heavy loads, making maneuvering through tight spaces effortless.

RELIABLE BRAKING SYSTEM: Prevent dangerous and unwanted movement. The integrated brake securely locks the wheel, providing instant stability on inclines or flat surfaces to ensure a safer working environment.

REINFORCED STEEL BRACKET: Engineered with a thickened robust steel structure for massive load capacity and enhanced durability, the entire unit is electroplated with a uniform zinc coating to combat rust and chemical damage.

QUIET PVC WHEELS: Harsh, disruptive noise is a thing of the past. The high-density PVC wheels are not only exceptionally wear-resistant, but also operate with a quiet hum, making them perfect for noise-sensitive environments like hospitals and hotels.

UNIVERSAL EASY INSTALLATION: Save time and tools on setup. Ready to use right out of the box with included M8 or M10 mounting bolts, these casters are designed for a quick, simple, and secure attachment to a wide range of equipment.

SPEC

Load Capacity: 80kg (3 inch), 100kg (4 inch), 120kg (5 inch)

Weight: 600g (2.5 inch), 700g (3 inch), 800g (4 inch), 900g (5 inch)

Diameter: 2.5 inch, 3 inch, 4 inch, 5 inch

Size: As Shown

Processing: Electroplating

Material: Steel, PVC

Mounting Hardware: M8 or M10 bolts (Included)

Package Includes: 1/2/4*Heavy Duty Swivel Caster with Brake

NOTES

For safety, do not exceed the maximum load capacity.

Confirm the mounting hole compatibility on your equipment matches the provided M8 or M10 bolt size before installation.

While corrosion-resistant, avoid prolonged exposure to strong acidic or alkaline chemicals to maintain the protective coating's integrity.

Please allow a small error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.