Wheel Chock, Plastic, L, 25CM Height x 20CM Width x 45CM Length, Yellow

The Wheel Chock is a robust and highly visible vehicle safety accessory designed to effectively prevent unintended movement of vehicles and equipment during parking, loading, unloading, and maintenance operations. Engineered for strength, practicality, and ease of handling, this large-size wheel chock is ideal for use in industrial, commercial, and logistics environments where safety and visibility are critical. Manufactured from high-quality, impact-resistant plastic, the wheel chock delivers excellent durability while remaining lightweight compared to rubber or metal alternatives. The tough plastic construction resists cracking, corrosion, moisture, oils, and most common chemicals, making it suitable for both indoor and outdoor applications. Its lightweight nature allows for quick placement and removal, improving operational efficiency without compromising safety. The large wedge-shaped design is optimized to securely fit against a wide range of tire sizes, providing reliable restraint for larger vehicles. With generous dimensions of 45cm length, 20cm width, and 25cm height, the chock offers an increased contact area with both the tire and the ground, enhancing stability and holding performance. The molded surface texture and base design help reduce slippage, ensuring the chock remains firmly positioned during use. Finished in a bright yellow color, the wheel chock offers high visibility, making it easily noticeable in busy work areas and low-light conditions. This high-contrast color significantly reduces the risk of accidental trips, missed chocks, or operational oversights, contributing to safer workplaces and improved compliance with safety protocols. Designed to be tire-friendly, the plastic construction minimizes the risk of damage to tires and flooring surfaces. The chock is well-suited for trucks, trailers, buses, forklifts, construction machinery, and heavy commercial vehicles, providing dependable wheel restraint across a wide range of applications.