Swivel caster 9.84 in
- Non-hazardous materials
- Tested quality
- Strong construction
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The Novatech Wheel is a precision caster wheel engineered for demanding industrial applications, featuring a cast body construction with a polyurethane, casted tread measuring 2.36 inches in width. The wheel has an overall diameter of 9.84 inches with a hub length of 2.44 inches and an axle hole diameter of 0.98 inches, accommodating standard caster mounting configurations. Equipped with a precision ball bearing for smooth rotation and reliable performance, this wheel delivers a static load capacity of 6172.94 pounds. The dynamic load capacity varies based on operational speed, supporting 3086.47 pounds at 3.73 miles per hour and 3703.76 pounds at 2.49 miles per hour, making it suitable for both high-speed and heavy-load applications in material handling and industrial equipment.
Matching Products
The Kappa load is a swivel caster with directional lock designed for demanding industrial applications including aerospace industry and airport equipment, AMR systems, automotive OEM, ceramic and glass manufacturers, production and platform trolleys, and heavy AGV systems. The caster is equipped with a rectangular plate fitting that provides secure mounting to various equipment and platforms. The housing features a deep-groove ball thrust roller bearing and is constructed from cast iron or iron forged material, heavy grade, ensuring robust performance under demanding operational conditions. The wheel assembly comprises a 9.84 inch diameter wheel with a polyurethane casted tread material mounted on precision ball bearings, delivering reliable rolling performance and extended service life. The overall height of the caster measures 12.01 inches, providing appropriate clearance for most industrial applications. The load capacity specifications indicate a static load capacity of 7936.63 pounds, while the dynamic load capacity varies based on operational speed: 3968.32 pounds at 3.73 miles per hour and 4761.98 pounds at 2.49 miles per hour, allowing engineers to select appropriate configurations based on specific application requirements and speed parameters.