Skip to main content Skip to search Skip to main navigation
The Maxtech wheel is a precision caster component engineered for demanding industrial applications, featuring a polypropylene body with an injected polyurethane tread measuring 1.18 inches in width. With an overall diameter of 3.94 inches and an axle hole diameter of 0.31 inches, this wheel is equipped with a precision ball bearing for smooth, reliable operation. The static load capacity reaches 440.92 pounds, while the dynamic load capacity is rated at 220.46 pounds at a speed of approximately 1.86 miles per hour. The Maxtech wheel is ideally suited for use across diverse industries including aerospace, automotive OEM, ceramic and glass manufacturing, container construction, machine construction, production and platform trolleys, scaffolding, tool cabinets, waste disposal equipment, work benches, and transport equipment, making it a versatile solution for heavy-duty material handling and mobility applications.
Roll performance
Movement noise
Attrition
Corrosion resistance
Article numbers
Article Number
PAP100x30-Ø8
EAN
4031582387506
Core attributes
Type
Wheel
Load capacity at 3 km/h
220.46 lb
Load capacity Static
440.92 lb
Temperature range (Maximum)
140 °F
Temperature range (Minimum)
-4 °F
Product name
Maxtech
Standard
EN12530 - Devices Castors
Electric conductive
Stainless
Wheel
Body material
Polypropylene
Tread material
Polyurethane, injected
Axle hole diameter
0.31 in
Tread width
1.18 in
Diameter
3.94 in
Threadguards
With threadguard
Bearing
Precision ball bearing
special-features-image
Special Features
Non-hazardous materials
Complies with RoHS and REACH regulations. Does not contain polycyclic aromatic hydrocarbons or chromium (VI)
Tested quality
Tested in our own laboratory for compliance with European standards
Low-maintenance wheels
Thread guards for unobstructed operation with minimal cleaning effort
Non-marking movement
Wheels with reduced abrasion and minimal cleaning requirements
Ergonomically friendly use
Wheels with optimised rolling resistance to reduce user effort