Skip to main content Skip to search Skip to main navigation
The Novatech wheel is a precision caster wheel engineered for demanding industrial applications across aerospace, automotive, logistics, and material handling sectors. This wheel features a steel and iron body with a polyurethane casted tread measuring 3.54 inches in width, delivering optimal grip and durability. The wheel diameter is 3.23 inches with a hub length of 3.54 inches and an axle hole diameter of 0.79 inches, accommodating standard mounting configurations. Equipped with a precision ball bearing for smooth rotation, the Novatech wheel supports a static load capacity of 3,306.93 pounds and a dynamic load capacity of 1,653.47 pounds at speeds up to 1.86 miles per hour, making it suitable for heavy-duty applications including forklift trucks, automated guided vehicle systems, production trolleys, and specialized equipment in aerospace and fire protection industries.
Roll performance
Movement noise
Attrition
Corrosion resistance
Article numbers
Article Number
ETP082x90-Ø20 HL90
EAN
4031582452983
Core attributes
Type
Wheel
Load capacity at 3 km/h
1653.47 lb
Load capacity Static
3306.93 lb
Temperature range (Maximum)
140 °F
Temperature range (Minimum)
-4 °F
Overall weight
2.55 lb
Product name
Novatech
Electric conductive
Stainless
Wheel
Bearing type
6204
Hardness of tread (A)
92 Shore A
Body material
Steel, iron
Tread material
Polyurethane, casted
Axle hole diameter
0.79 in
Hub length
3.54 in
Tread width
3.54 in
Diameter
3.23 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