Wheel 5.98 in
The Supratech Wheel is a caster wheel body featuring a 5.98 in diameter with a 1.97 in tread width, constructed from polypropylene body material and thermoplastic rubber tread. This wheel provides a dynamic load capacity of 110.23 lb at speeds up to 1.86 mph, making it suitable for applications including roll cages, shopping trolleys, store fixtures and display, tool cabinets, work benches, and transport equipment.
Wheel 7.87 in
The Elastech wheel is designed for caster applications, featuring a 7.87 in diameter with a 2.95 in tread width constructed from steel and iron body material with an elastic tire, black, vulcanized tread. This wheel provides a static load capacity of 2204.62 lb and dynamic load capacities of 1322.77 lb at 2.49 mph and 1102.31 lb at 3.73 mph, making it suitable for diverse industrial applications.
Wheel 3.94 in
The Supratech Wheel is a polypropylene caster wheel featuring a thermoplastic rubber tread with a diameter of 3.94 inches, tread width of 1.26 inches, hub length of 1.37 inches, and axle hole diameter of 0.47 inches. This roller bearing equipped wheel offers a dynamic load capacity of 220.46 lb at speeds up to 1.86 mph and a static load capacity of 440.92 lb, making it suitable for roll cages, shopping trolleys, store fixtures and display, tool cabinets, work benches, and transport equipment applications.
Wheel 4.92 in
The Elastech wheel is designed for caster applications, featuring a 4.92 in diameter with a 1.26 in wide elastic tire tread that is non-marking and vulcanized, mounted on a zinc die-cast body with a 1.4 in hub length and 0.31 in axle hole diameter. This precision ball bearing equipped wheel with stainless components offers a dynamic load capacity of 330.69 lb at speeds up to 1.86 mph and a static load capacity of 661.39 lb, making it suitable for demanding industrial applications including AMR systems, automated shuttles, automotive OEM, and various material handling equipment.
Wheel 5.91 in
The Elastech Wheel is designed for caster applications, featuring a 5.91 in diameter with a 1.26 in wide elastic tire tread that is non-marking and vulcanized, mounted on a zinc die-cast body with a 1.4 in hub length and 0.31 in axle hole diameter. This precision ball bearing equipped wheel with stainless components delivers a dynamic load capacity of 330.69 lb at speeds up to 1.86 mph and a static load capacity of 661.39 lb, making it suitable for demanding applications including AMR systems, automated shuttle systems, automotive OEM, and various industrial transport equipment.
Wheel 4.92 in
The Puretech Wheel is designed for caster applications, featuring a 4.92-inch diameter with a 1.46-inch tread width and 1.89-inch hub length, constructed with a polypropylene body and solid black rubber tread material. This roller bearing-equipped wheel accommodates a 0.47-inch axle hole diameter and delivers exceptional load performance with a dynamic capacity of 220.46 lb at speeds up to 2.49 mph and a static load capacity of 440.92 lb, making it ideal for scaffolding, shopping trolleys, store fixtures and display units, tool cabinets, waste disposal equipment, work benches, and transport equipment applications.
Wheel 3.94 in
The Puretech Wheel is designed for caster applications, featuring a 3.94 in diameter with a 1.75 in hub length and 0.47 in axle hole diameter. The wheel incorporates a polypropylene body construction with a solid rubber, non-marking tread measuring 1.38 in width, supported by roller bearing technology. Load specifications include a dynamic capacity of 165.35 lb at 2.49 mph and a static capacity of 330.69 lb, making it suitable for scaffolding, shopping trolleys, store fixtures and display, tool cabinets, waste disposal equipment, work benches, and transport equipment applications.
Wheel 4.92 in
The Puretech Wheel is designed for caster applications, featuring a 4.92 in diameter with a 1.46 in tread width and 2.28 in hub length, constructed with a polypropylene body and solid rubber black tread material. This roller bearing wheel accommodates a 0.59 in axle hole diameter and offers a dynamic load capacity of 220.46 lb at speeds up to 2.49 mph and a static load capacity of 440.92 lb, making it suitable for scaffolding, shopping trolleys, store fixtures and display, tool cabinets, waste disposal equipment, work benches, and transport equipment applications.
Wheel 4.92 in
The Puretech Wheel is a 4.92 in diameter caster wheel constructed with a polypropylene body and solid rubber, non-marking tread measuring 1.46 in wide. The wheel features a roller bearing system with a 0.59 in axle hole diameter and 2.28 in hub length. Load specifications include a dynamic capacity of 220.46 lb at speeds up to 2.49 mph and a static load capacity of 440.92 lb. This wheel is designed for demanding applications including scaffolding, shopping trolleys, store fixtures and display, tool cabinets, waste disposal equipment, work benches, and transport equipment.
Wheel 6.3 in
The Elastech Wheel is designed for caster applications, featuring a 6.3 in diameter with a 1.97 in tread width and 2.36 in hub length, constructed with an aluminum body and 0.79 in axle hole diameter. This wheel incorporates an elastic tire, non-marking, vulcanized tread material with precision ball bearing for smooth operation. Load capacity specifications include dynamic ratings of 771.62 lb at 2.5 mph and 617.29 lb at 3.7 mph, with a static load capacity of 1543.23 lb, making it suitable for various industrial applications.
Wheel 4.92 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or work with. Could you please provide the text, document, or information that you'd like me to modify according to these specifications?
Wheel 4 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or edit. Could you please provide the text or information you'd like me to work with? Once you share that, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert or edit?
Wheel 5 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to work with in your message. Could you please provide the text, document, or information you'd like me to convert? Once you share that content, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour (mph) Please share the material you'd like me to work on!
Wheel 6 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert in your message. Could you please provide the text or information you'd like me to work with? Once you share that content, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert or edit?
Wheel 8 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or rewrite. Could you please provide the text or information you'd like me to work with? Once you share that content, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What material would you like me to help you with?
Wheel 4.92 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert in your message. Could you please provide the text or information you'd like me to work with? Once you share it, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert or edit?
Wheel 4.92 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or work with. Could you please provide the text, document, or information that you'd like me to modify according to these specifications?
Wheel 3.94 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or edit. Could you please provide the text or information you'd like me to work with? Once you share that content, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert or edit?
Wheel 3.94 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any content to work with yet. Could you please provide the text or information you'd like me to convert according to these specifications?
Wheel 7.87 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert in your message. Could you please provide the text or information you'd like me to work with? Once you share it, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert or edit?
Wheel 6.3 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert yet. Could you please provide the text or information you'd like me to work with? Once you share it, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert?
Wheel 2.95 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text that you'd like me to convert or work with. Could you please provide the text, document, or information that you'd like me to modify according to these specifications?
Wheel 5.91 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert in your message. Could you please provide the text or information you'd like me to work with? Once you share it, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert?
Wheel 11.81 in
I understand you'd like me to use American English spelling, spell "castor" as "caster," and convert speeds to miles per hour. However, I don't see any specific content or text to convert in your message. Could you please provide the text or information you'd like me to work with? Once you share it, I'll be happy to: - Apply American English spelling conventions - Use "caster" instead of "castor" - Convert any speed measurements to miles per hour What would you like me to help you convert?
Frequently Asked Questions
Advantages of Rubber Wheels
Rubber wheels are a versatile and widely used solution for smooth, controlled, and reliable mobility. At TENTE, our portfolio includes a variety of rubber compounds and tread designs — from soft, elastic blends that offer excellent floor protection and comfort to harder, wear-resistant rubbers optimised for durability and efficient rolling. By selecting the right rubber hardness and tread profile for the operating environment, you can achieve the perfect balance of grip, noise reduction, rolling resistance, and longevity — making these wheels adaptable to diverse performance requirements.
TENTE rubber castor wheels offer several key benefits:
Versatile Grip and Traction – Depending on the rubber compound, these wheels can provide excellent surface adhesion, reducing slippage on smooth or slightly uneven floors. Softer compounds enhance traction, while harder rubbers prioritise rolling efficiency.
Floor Protection – Non-marking rubber options prevent scuffing and damage on delicate floors, ensuring a clean, professional appearance over time.
Optimised Noise and Comfort – Softer rubber treads naturally dampen vibrations and rolling noise, especially on hard, smooth surfaces like tiles or polished concrete. Harder compounds generate slightly more noise but provide better efficiency and durability on robust floors.
Efficient Rolling Performance – With the right combination of tread hardness and floor compatibility, rubber wheels minimize rolling resistance, making them well-suited for frequent transport and long-term reliability.
Types of Rubber Wheels
Rubber wheels come in a wide range of designs, tread compositions, and load capacities, making it possible to choose the ideal solution for nearly any mobility requirement. At TENTE, our portfolio includes options from small, lightweight wheels for compact applications to heavy-duty solutions built for high-performance equipment. While the tread material and wheel design are key factors in performance, the type of housing in which the wheels are used also plays a critical role in determining their overall load capacity, durability, and operating suitability. Selecting the right combination of wheel and housing ensures optimal functionality, safety, and service life. Below are some of the commonly used types of rubber castor wheels:
Small Rubber Wheels
Small rubber wheels are designed for applications where compact size and controlled manoeuvrability are required. They are available with different rubber compound treads and hardness levels, allowing them to adapt to different floor conditions and performance needs. Load capacity and durability vary significantly depending on both the wheel design and the type of housing they are paired with – for example, lightweight plastic housings are suitable for lower-load scenarios, while reinforced steel housings enable higher strength and stability. One representative product line in our range are our DIK wheels using the TENTE Puretech non-marking solid rubber as a tread material. These small rubber wheels use a wheel body made from sheet steel and are available with a 50 mm wheel diameter as the smallest option. These wheels are commonly used in our Agila or Agila twin castors.
Solid Rubber Wheels
Solid rubber wheels are designed for excellent stability and wear resistance. Depending on the tread hardness, they can provide balanced performance between rolling efficiency, grip, and vibration damping. These wheels are commonly used in environments where reliability and consistency are critical. When paired with robust housing types, such as heavy-duty pressed steel, solid rubber wheels can support significantly higher load capacities while maintaining a long service life. Our FVP wheels using Puretech solid rubber are one example from our product portfolio. They are available with wheel diameters of up to 300 mm and can bear static loads of up to 1600 kg, 960kg at 4 km/h and 800 kg at 6 km/h. These solid rubber wheels are commonly used in our Kappa or Kappa load castors.
Fields of Application for Rubber Wheels
Rubber wheels are used across a wide variety of industries thanks to their adaptability and performance. Their suitability for specific applications depends on factors such as tread hardness, wheel size, and the type of castor housing used. In healthcare environments, they are commonly fitted on patient lifters, recliners, treatment chairs, bedside tables, and shower chairs, providing smooth, quiet mobility while protecting sensitive flooring. In industrial settings, rubber wheels support automated shuttle systems, forklift trucks, and roll containers, delivering reliable rolling performance across different surface conditions. Within furniture and mobile applications, they are often integrated into catering carts, meal delivery systems, and furniture, ensuring comfortable handling and low-noise operation. By selecting the right tread hardness and matching it to the floor type, rubber castor wheels can be configured for optimal performance — from delicate indoor surfaces requiring non-marking properties to demanding industrial environments where durability and efficient rolling are essential.