Castors for Concrete Floors

Castors Designed for Concrete & Uneven Industrial Floors

Concrete floors place significant stress on castors and wheels due to expansion joints, cracks, rough surfaces and vibration. Selecting the correct castor for concrete floors improves manoeuvrability, reduces operator fatigue and extends the life of both the castor and the equipment.

Applications commonly include:

• Warehouse trolleys
• Industrial carts
• Material handling equipment
• Mobile workbenches
• Distribution equipment
• Heavy-duty transport platforms

---

Recommended Castor Types for Concrete Floors

Polyurethane Wheel Castors

Polyurethane wheels in castor brackets combine high load capacity with lower rolling resistance and improved floor protection. They are widely used on warehouse and industrial concrete floors where a balance between durability, noise reduction and operator comfort is required.

Compared with harder wheel materials, polyurethane wheels help absorb minor floor imperfections and reduce vibration when transporting loads across uneven concrete surfaces.

Polyurethane wheel castors are commonly used on:

• Warehouse picking trolleys
• Industrial transport carts
• Distribution equipment
• Mobile workstations
• Production handling equipment

---

Nylon

&

Polypropylene

Wheel Castors

Nylon and polypropylene wheels are commonly used on smooth concrete warehouse floors because they:

• Offer very low rolling resistance
• Support higher loads
• Resist wear
• Will not normally damage or mark concrete surfaces

Hard wheel materials such as nylon generally roll more easily under heavy loads, although they can create more vibration and noise than softer wheel materials.

Nylon wheel castors are often selected for industrial applications where efficiency, durability and heavy load movement are more important than vibration reduction or noise control.

---

Rubber Wheel Castors

Rubber wheels in castor brackets provide excellent shock absorption and quieter operation on rough or uneven concrete floors. Their resilient tread helps reduce vibration and improve operator comfort when equipment is moved frequently across expansion joints, damaged surfaces or long travel distances.

Rubber castors are particularly suitable for:

• Warehouse transport equipment
• Order picking trolleys
• Mobile workbenches
• Distribution carts
• Equipment moved across uneven surfaces

Compared with harder wheel materials, rubber wheels can significantly reduce push and pull effort on poor-quality concrete floors.

---

Shock Absorbing Castors

Shock absorbing castors are specifically designed to reduce vibration and impact loads caused by rough concrete floors, expansion joints and uneven industrial environments.

These castors help protect transported equipment, delicate loads and sensitive components from repeated shock loading during movement.

Shock absorbing castors are commonly used on:

• Electronic equipment trolleys
• Sensitive industrial machinery
• Mobile testing equipment
• Heavy-duty transport systems
• Long-distance warehouse transport applications

By reducing vibration transfer, shock absorbing castors can also improve operator comfort and reduce strain during manual handling.

---

Heavy Duty Castors

For high load applications operating on rough concrete floors, heavy-duty fabricated castors provide increased strength, durability and operational reliability.

Heavy-duty castors (between 250kg & 500kg load capacity) and extra-heavy duty castors (over 500kg load capacity) are designed for demanding industrial environments where standard pressed steel castors may wear prematurely due to high loads, shock loading or continuous use.

Common applications include:

• Heavy machinery transport
• Industrial fabrication equipment
• Warehouse handling systems
• Manufacturing transport platforms
• Heavy-duty production carts

Larger wheel diameters are often recommended for rough concrete floors because they roll more easily over uneven surfaces and reduce push effort.

---

Important Considerations

When selecting castors for concrete floors, consider:

• Floor condition
• Load capacity
• Daily travel distance
• Push and pull force
• Noise reduction requirements
• Shock loading

Larger wheel diameters generally roll more easily over uneven surfaces and reduce push effort. Softer wheel materials can improve ride quality and reduce vibration, while harder wheel materials may offer lower rolling resistance under heavier loads.