Pyramid HGV Rubber Wheel Chock, Heavy Duty 44 Ton Load Capacity, Durable 230x200x150mm, Lightweight Design for Trucks, Trailers, and Vehicles, 4kg

Pyramid HGV Rubber Wheel Chock: Essential for Heavy Duty Vehicle Safety

When it comes to securing large vehicles such as HGVs, trucks, or trailers, the Pyramid HGV Rubber Wheel Chock is an indispensable tool for safety. Designed to withstand heavy loads and harsh environments, this durable wheel chock is perfect for preventing unwanted vehicle movement during loading, unloading, or parking.

Crafted from high-quality rubber, this wheel chock is engineered for both longevity and efficiency. Its lightweight yet sturdy design makes it easy to handle and store, while its 44-ton load capacity ensures your vehicle stays safely in place. The core cutout reduces the weight of the chock without compromising its performance, making it an affordable yet reliable solution for your vehicle safety needs.

Why Choose the Pyramid HGV Rubber Wheel Chock?

• Maximum Load Capacity: With a robust load capacity of 44 tonnes, this wheel chock can handle the heaviest of vehicles, making it ideal for HGVs, trucks, trailers, and other heavy-duty vehicles.
• Lightweight Design: The chock features a core cutout underneath that reduces the weight of the part, making it easier to handle and transport while maintaining strength and reliability.
• Durable Construction: Made from high-quality rubber, this wheel chock is built to endure the toughest conditions, offering long-term use without wear and tear.
• Compact & Easy to Store: Measuring 230 x 200 x 150 mm, this wheel chock is the perfect size for convenient storage in vehicle compartments or workshops.

Pyramid HGV Rubber Wheel Chock Specifications:

This Pyramid HGV Rubber Wheel Chock provides excellent security for your vehicle at an affordable price. It’s the perfect addition to any fleet, workshop, or transportation operation that deals with large, heavy vehicles. When safety and reliability matter, choose the Pyramid HGV Rubber Wheel Chock.