Polyurethane Air casters

Need to move machinery or parts frequently? Polyurethane is a rubber primarily known for its outstanding abrasion resistance. The air caster is ideal for:

Sterile environments, such as cleanrooms.
Permanent installation under machines.

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Capacity

250 to 10,000 kg / 550 to 22,000 lbs

Maximum working pressure

2 barg / 30 psi

Dimensions

200 mm to 900 mm

Features

Designed with durability and usability in mind. Key features of the air caster include:

Wear-resistant material. The membranes are made of polyurethane, a rubber that is highly abrasion-resistant.
Lower energy consumption. Efficient operation reduces energy use.
Available in various sizes. Our portfolio offers a wide range of sizes.

Advantages

Longer lifespan. The material of this air caster provides exceptional abrasion resistance, ensuring an extended service life.
Ideal for sterile environments, such as cleanrooms. High abrasion resistance significantly reduces wear and tear, minimizing the risk of contamination.
Easily adjustable. Designed for optimal floating behavior. The air caster remains stable and does not rise excessively while in operation.

Comparison with Other Types of Air casters

Polyurethane air casters stand out from other types due to their unique properties and specific applications:

Neoprene Air Casters. Suitable for higher pressures and greater carrying capacity.
Gap Crossers. Ideal for bridging gaps and uneven floors.

Not sure which air caster suits your needs best? Contact us for tailored advice.

Additional Options

It is possible to replace the steel with high-quality stainless steel. The combination of wear-resistant polyurethane and stainless steel makes this variant highly suitable for use in cleanrooms. The air caster offers a reliable and durable solution for transporting high-tech machinery, where hygiene and contamination control are essential.

Importantly, these air casters are supplied with clean air. They are designed to generate less air turbulence than people walking in a cleanroom. This minimizes interference with airflow, making them ideal for transporting delicate equipment in high-tech and sterile environments.