Plastic Castors
Lightweight yet tough: TENTE plastic castors deliver floor-safe rolling, corrosion and chemical resistance, easy cleaning and secure locking options.
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Frequently Asked Questions
Plastic castors use synthetic materials for the housing, wheel centre, tread or a combination of these parts. They are often selected where clean appearance, low weight, quiet running and easy cleaning are important. Depending on the configuration, plastic castors can combine polypropylene, polyamide, polyurethane or thermoplastic rubber for different rolling, floor and hygiene requirements in daily use.
Plastic castors can support easy manoeuvrability when the wheel diameter, tread and bearing are matched to the equipment. Swivel versions help equipment turn and reposition in confined spaces, while precision ball bearings can improve rolling behaviour. For heavier or frequently moved items, the selected load rating, fitting type and floor condition should be checked carefully before specification.
Plastic castors can support low-vibration transport when they are combined with softer tread materials, such as polyurethane or thermoplastic rubber. These treads can help absorb small shocks and reduce vibration transfer to the equipment. For sensitive goods, the wheel diameter, bearing, tread hardness, load, travel speed, routes and floor condition should all be considered together before selection.
The required load capacity for plastic castors should be calculated from the total weight of the equipment, goods and any regular dynamic loads. A safety margin is important because floors, thresholds and uneven movement can increase strain. Our product range includes different load capacities, so the final choice should match the selected wheel diameter, fitting, tread and application needs carefully.
Our product range includes plastic castors with common mounting options such as blind hole fittings, bolt holes and plate fittings. Some ranges also offer flexible furniture fittings in different sizes, dome diameters and lengths. The best option depends on the equipment design, available installation space and whether the castor needs to be replaced or integrated into a new product design securely.
Plastic castors should be selected when mobile equipment needs smooth movement, clean design and practical handling without unnecessary weight. They can be a good choice for furniture, retail equipment, service trolleys and medical devices. The right configuration depends on load, floor type, fitting, cleaning needs and whether braking, quiet-running or conductive options are required for daily use.
Plastic castors can support quiet movement by using tread materials that reduce rolling noise on hard or sensitive floors. Thermoplastic rubber and polyurethane treads are often chosen when noise reduction and comfortable rolling are important. Bearing quality, wheel diameter, floor condition, load distribution, routes and equipment weight also influence how quietly the castor performs in daily use.
Resistance to cleaning agents depends on the exact material combination used in the plastic castors. Polypropylene, polyamide, polyurethane and thermoplastic rubber can behave differently when exposed to chemicals, moisture or frequent cleaning. For regular disinfection or strong cleaning agents, the selected product configuration should be checked against the intended cleaning routine and contact time.
In hygienically sensitive environments, plastic castors should be selected for easy cleaning, suitable materials and surfaces that do not attract unnecessary dirt. Some configurations use chemical-resistant components and wheel materials that can be cleaned easily. The exact choice should reflect the cleaning process, moisture exposure, load and any need for stainless steel or washable alternatives.
Relevant tread properties for plastic castors include hardness, elasticity, floor protection, rolling resistance, movement noise and wear behaviour. A harder tread may roll efficiently, while a softer polyurethane or thermoplastic rubber tread can improve comfort, reduce noise and support low-vibration transport. The best tread depends on floor type, load, speed, route length and usage frequency.
Plastic castors are suitable for various applications, including furniture, point-of-sale equipment, service trolleys, medical furniture and light transport equipment. They can be used where a clean appearance, quiet movement or easy cleaning is important. The exact suitability depends on load capacity, mounting type, tread material, locking function, route and the operating environment involved.
Plastic castors can support reduced maintenance when the selected design limits dirt build-up and uses suitable bearings, tread materials and optional thread guards. Smooth-running configurations can reduce cleaning effort and help maintain reliable movement. Regular inspection is still recommended, especially where equipment is moved frequently, cleaned often or used on floors with debris present.
Our product range includes plastic castors with design options such as different wheel diameters, fitting sizes, dome dimensions, tread materials and colour choices. Some furniture castor ranges can also be customised with colour and logo options. These choices help the castor blend into the equipment design while still meeting load, movement, hygiene, stability and cleaning requirements for use.
Our product range includes plastic castors with locking functions such as wheel brakes and total locks, depending on the series and fitting. A wheel brake helps restrict rolling movement, while a total lock can secure both wheel rotation and swivel movement. The right locking function depends on whether the equipment must stay safely positioned, steer predictably, remain stable or be repositioned often.
In medical environments, plastic castors should be assessed for hygiene, cleanability, movement noise, floor protection and safe positioning. Soft, non-marking treads may help protect floors and reduce disturbance, while locking functions can support stability. The final choice should also consider cleaning agents, washability, load capacity, fitting type, equipment design and any conductive requirements.