Swivel castor 250 mm

The Foot protection is an accessory designed to enhance castor functionality and performance in demanding industrial and commercial environments. This component provides essential safeguarding for castor mechanisms, protecting critical internal elements from dust, debris, and environmental contaminants that could compromise operational efficiency. With a weight specification of 0 kg, this lightweight accessory integrates seamlessly into existing castor assemblies without adding significant load to the system. The foot protection accessory is engineered to maintain structural integrity whilst offering reliable defence against mechanical wear and impact damage. Suitable for applications requiring enhanced durability and extended service life, this accessory represents a practical solution for protecting castor investments in challenging operational conditions.

The Novatech wheel is a precision castor component engineered for demanding industrial applications, featuring a cast iron body with a 250 mm diameter and a 50 mm wide PUR casted premium tread for optimal grip and durability. The wheel hub measures 60 mm in length and accommodates a 25 mm axle hole diameter, whilst the precision ball bearing ensures smooth, reliable rotation under continuous operation. This wheel demonstrates exceptional load-bearing capabilities, with a static load capacity of 2400 kg, and dynamic load capacities of 1200 kg at 6 km/h or 1440 kg at 4 km/h, making it suitable for heavy-duty material handling and industrial transport applications where consistent performance and structural integrity are paramount requirements.

The Kappa load is a swivel castor with directional lock, engineered for demanding industrial applications including airport equipment, AMR systems, automotive OEM operations, ceramic and glass manufacturing, production and platform trolleys, and AGV systems. The castor is fitted with a medium rectangular plate, providing secure and stable mounting on various equipment platforms. The housing comprises iron forged, heavy-duty construction that incorporates a deep-groove ball thrust roller bearing, ensuring smooth swivel operation and exceptional durability under continuous use. The wheel features a 250 mm diameter with a cast iron body and PUR casted premium tread material, supported by precision ball bearings that deliver reliable rotational performance. The overall height of the assembly measures 305 mm, accommodating standard integration into most trolley and equipment designs. The load capacity specifications indicate a static load rating of 2400 kg, whilst the dynamic load capacity reaches 1200 kg at 6 km/h or 1440 kg at 4 km/h, enabling flexible deployment across varying operational speeds and load requirements. This combination of robust materials, precision bearings, and substantial load ratings makes the Kappa load suitable for heavy-duty industrial environments requiring dependable castor performance.

The Kappa load is a swivel castor with total lock, head end of castor, engineered for demanding industrial applications including airport equipment, AMR systems, automotive OEM operations, ceramic and glass manufacturing, production and platform trolleys, and AGV systems. The castor is fitted with a medium rectangular plate that provides secure mounting to host equipment. The housing comprises iron forged, heavy-duty construction that incorporates a deep-groove ball thrust roller bearing to ensure smooth, reliable swivel operation under continuous use. The wheel features a 250 mm diameter with a cast iron body and PUR casted premium tread material, supported by precision ball bearings that deliver exceptional durability and load distribution. The overall height of the assembly measures 305 mm, providing optimal clearance and manoeuvrability in confined spaces. The castor demonstrates impressive load-carrying capabilities, with a static load capacity of 2400 kg, whilst the dynamic load capacity reaches 1200 kg at 6 km/h or 1440 kg at 4 km/h, making it suitable for both high-speed and heavy-load applications. This combination of robust construction, precision bearings, and substantial load ratings ensures reliable performance in the most demanding industrial environments.