Swivel castor 200 mm
- Non-hazardous materials
- Tested quality
- Strong construction
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Accessories
The Novatech wheel is a precision castor component engineered for demanding industrial applications, featuring a cast iron body with a 200 mm diameter and a 50 mm wide PUR casted premium tread for optimal grip and durability. The wheel incorporates a precision ball bearing system and measures 60 mm in hub length with a 25 mm axle hole diameter, ensuring compatibility with standard castor assemblies. This wheel demonstrates exceptional load-bearing capabilities, with a static load capacity of 2000 kg, whilst the dynamic load capacity reaches 1000 kg at 6 km/h or 1200 kg at 4 km/h, making it suitable for both heavy-duty stationary applications and mobile transport scenarios requiring reliable performance under sustained operational stress.
Matching Products
The Omikron twin is a fixed castor engineered for demanding industrial applications including airport equipment and AGV systems. This unit features a medium rectangular heavy-duty plate fitting designed to accommodate robust installation requirements in high-stress environments. The housing is constructed from iron forged, heavy-duty material, providing exceptional structural integrity and resistance to impact and wear. The wheel assembly comprises a 200 mm diameter wheel with a cast iron body and PUR casted premium tread material, ensuring superior durability and performance across varied operational surfaces. The wheel is equipped with a precision ball bearing, delivering smooth rotation and reliable operation under continuous use. The overall height of the castor measures 275 mm, facilitating integration into equipment with specific spatial constraints. The load capacity specifications are comprehensive: the static load capacity reaches 3750 kg, whilst the dynamic load capacity varies according to operational speed, supporting 2000 kg at 6 km/h or 2500 kg at 4 km/h. These specifications make the Omikron twin suitable for applications requiring sustained heavy-duty performance with precise load management across variable speed conditions.