Swivel castor with directional lock 160 mm
- Non-hazardous materials
- Tested quality
- Strong construction
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Accessories
The Directional lock is an accessory designed to enhance castor functionality and control. This component weighs 0.28 kg and provides reliable directional constraint for castor applications where movement restriction is required. The accessory integrates seamlessly with standard castor assemblies to prevent unwanted rotation or lateral movement, ensuring stable positioning in fixed or semi-fixed orientations. Engineered for durability and consistent performance, the Directional lock is suitable for industrial, commercial, and institutional environments where directional stability is essential for operational safety and efficiency.
The Foot protection accessory is a specialised component designed to enhance castor functionality and durability. Weighing 0.67 kg, this accessory provides robust protection for castor feet, safeguarding them against wear, impact damage, and environmental degradation. The product is engineered to integrate seamlessly with standard castor assemblies, offering engineers a reliable solution for extending equipment lifespan and maintaining operational performance in demanding industrial and commercial environments. Its substantial construction ensures long-term reliability and consistent protection across varied applications.
The Novatech wheel is a precision castor component engineered for demanding industrial applications, featuring a cast iron body with a 160 mm diameter and a 50 mm wide PUR casted premium tread for optimal grip and durability. The wheel incorporates a 60 mm hub length and a 20 mm axle hole diameter, accommodating standard castor mounting configurations. Equipped with a precision ball bearing for smooth rotation, this wheel delivers exceptional load-bearing performance with a static load capacity of 1800 kg. For dynamic applications, the wheel supports 900 kg at speeds up to 6 km/h or 1100 kg at speeds up to 4 km/h, making it suitable for both high-speed and heavy-load operational scenarios in warehousing, manufacturing, and logistics environments.
Matching Products
The Kappa swivel castor is a heavy-duty mobility solution 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 equipment and trolley frames. The housing comprises heavy forged iron construction incorporating two ball races with reinforced or stainless steel options, ensuring exceptional durability and corrosion resistance in challenging environments. The wheel features a 160 mm diameter with a PUR casted premium tread material mounted on precision ball bearings, delivering smooth rotation and extended service life. The overall height of the assembly measures 205 mm, accommodating standard integration into most trolley and equipment designs. The castor demonstrates impressive load-bearing capabilities with a static load capacity of 1500 kg, whilst the dynamic load capacity reaches 750 kg at 6 km/h or 900 kg at 4 km/h, allowing flexible deployment across varying operational speeds and load requirements. This combination of robust construction, precision engineering, and substantial load ratings makes the Kappa swivel castor an ideal choice for applications requiring reliability, manoeuvrability, and sustained performance in industrial settings.
The Kappa fixed castor is engineered for demanding industrial applications requiring robust performance and reliable load handling. This castor features a medium rectangular plate fitting that ensures secure and versatile mounting across a wide range of equipment platforms. The housing is constructed from heavy forged iron, providing exceptional durability and structural integrity for sustained operational demands. The wheel assembly comprises a 160 mm diameter design with a PUR casted premium tread material bonded to a cast iron body, delivering superior wear resistance and extended service life. Precision ball bearings are integrated throughout the wheel assembly to ensure smooth rotation and minimal friction during operation. The overall height of the castor measures 205 mm, accommodating standard installation requirements across various trolley and equipment configurations. The static load capacity reaches 1500 kg, whilst the dynamic load capacity is rated at 750 kg when operating at 6 km/h or 900 kg at reduced speeds of 4 km/h, enabling flexible deployment across diverse operational scenarios. The Kappa fixed castor is ideally suited for airport equipment, AMR systems, automotive OEM applications, ceramic and glass manufacturing facilities, production and platform trolleys, and AGV systems, where consistent performance and load reliability are paramount requirements.
The Kappa is a swivel castor with total lock, head end of castor, designed for demanding industrial applications including airport equipment, AMR systems, automotive OEM, ceramic and glass manufacturers, production and platform trolleys, and AGV systems. The castor is fitted with a medium rectangular plate for secure mounting on equipment and structures. The housing comprises heavy forged iron construction with two ball races, reinforced or stainless, ensuring robust performance and extended operational life in challenging environments. The wheel features a 160 mm diameter with a PUR casted premium tread material mounted on a cast iron body, providing excellent durability and load distribution. The wheel is supported by precision ball bearings that facilitate smooth rotation and reliable directional control. The overall height of the castor assembly is 205 mm, accommodating standard installation requirements. The load capacity specifications indicate a static load rating of 1500 kg, whilst the dynamic load capacity reaches 750 kg at 6 km/h or 900 kg at 4 km/h, depending on operational speed requirements. These comprehensive specifications make the Kappa suitable for applications requiring dependable manoeuvrability, precise directional control, and substantial load-bearing capability in industrial and logistics environments.