Levina stainless
- Non-hazardous materials
- Tested quality
- Colour matching
Universal Design Award
Universal Design Award
Deutscher Designer Club
Deutscher Designer Club
Crossselling
The Levina stainless is a swivel castor with total lock designed for demanding industrial applications. The castor features a bolt hole fitting for secure mounting to equipment frames. The housing is constructed from durable polyamide material and incorporates two ball races in the swivel bearing mechanism, available in either reinforced or stainless steel configurations for enhanced durability and smooth rotation. The wheel assembly comprises a polypropylene body fitted with a thermoplastic rubber tread for excellent grip and floor protection, whilst utilising a plain bearing system for reliable operation. The wheel measures 125mm in diameter, providing optimal load distribution. The castor has an overall height of 161mm, ensuring compatibility with standard equipment designs. Load specifications include a dynamic capacity of 100kg at speeds up to 3km/h and a static load capacity of 200kg, making it suitable for medium-duty mobile equipment applications.
The Levina stainless is a swivel castor with directional lock designed for industrial applications. The unit features a bolt hole fitting for secure mounting to equipment. The housing is constructed from durable polyamide material and incorporates two ball races in the swivel bearing mechanism, available in either reinforced or stainless steel configurations for enhanced durability and smooth operation. The wheel assembly comprises a polypropylene body fitted with a thermoplastic rubber tread for optimal grip and floor protection, supported by a plain bearing system. The wheel diameter measures 125mm, providing excellent manoeuvrability whilst maintaining stability. The castor has an overall height of 161mm, making it suitable for various equipment configurations. Load specifications include a dynamic capacity of 100kg at speeds up to 3km/h and a static load capacity of 200kg, ensuring reliable performance under demanding operational conditions.