MC series PU wheels
Compare1.Specification:
Capacity Each:80kg/110kg/130kg
Wheel Diameter:3 inch/4 inch/5 inch
Wheel Width:32mm
Total Height:105mm/130mm/155mm
Top Plate Size:95*64mm
Bolt Hole Spacing:74*45mm
Hole Size:12*8.5mm
Threaded Size:M12*30mm
Swivel Fork Swivel Radius:72mm/82mm/93mm
Swivel Fork with Lock Swivel Radius: 108mm
Fork: 304/316 stainless steel ,rigid / top plate swivel /top plate swivel +total lock /top plate swivel + side lock /threaded /threaded+total lock /threaded + side lock
Plate/Frame thickness: 3.0mm/2.3mm
Wheel Material:PU(polyurethane)
Bearing:NA
2.Packing:
Package:Blank cardboard box.
3.Customization available
4.Value-added service: Free laser customer brand logo on the bracket
5.Selling point:
1.Durable steel construction: The Medium-sized polyurethane stainless steel wheels 130kg load PU universal directional brake caster 3/4/5 inch is built for reliability and endurance. Constructed with strong and corrosion-resistant stainless steel, this caster can withstand heavy loads of up to 130kg, making it suitable for various industrial and commercial applications. Its high-strength nylon base ensures stability and durability.
2.Universal caster with 360-degree swivel: The swivel caster’s universal directional brake provides exceptional maneuverability, allowing for smooth and hassle-free movement in all directions. A robust swivel feature allows the caster to pivot 360 degrees, which is particularly useful in tight spaces and confined environments.
3.Customized support: Our caster offers the flexibility of customization, including OEM, ODM tailored support. This means customers can have unique designs, branding, and specifications tailored to their specific needs, ensuring products perfectly suited to their applications.
4.Acid and alkali resistance: Stitched to resist acid and alkali inflammation, this caster boasts a superior material made of high-quality polyurethane. This makes it ideal for use in environments where it may come into contact with corrosive substances, ensuring longevity and continued optimal performance.
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