Heavy-duty chain load binder designed for secure and reliable fastening of heavy cargo, with a load capacity of 4 tons or 6.4 tons. This robust 3.5-meter chain binder is engineered to provide stable, low-stretch retention for large loads, ensuring safety even under high tension. Perfect for trucks, freight transport, and industrial use where traditional polyester straps may not offer enough stability.
Available in two versions to match your load requirements: the higher capacity model supports up to 6.4 tons (6300 daN), weighs 13.55 kg, and features a 10 mm chain diameter. The standard model handles up to 4 tons (4000 daN), weighs 8.95 kg, and has an 8 mm chain diameter. Select the right size for a precise and secure fit, regardless of your cargo’s weight or dimensions.
Equipped with four hooks for maximum grip and stability, the high-strength steel chain resists external impacts and can be relied on even in extreme conditions. Unlike conventional strap binders, this chain binder is far less susceptible to wear, cuts, or harsh weather.
Engineered for durability and long service life, it not only keeps loads stable but is also highly resistant to corrosion and mechanical damage—crucial for industrial and construction environments where standard tie-downs wear out quickly. The steel construction withstands wide temperature fluctuations, making it suitable for both hot and cold climates.
Besides the standard 3.5-meter length, custom sizes are also available, allowing you to adapt the binder for different loads and tie-down scenarios—ideal when standard sizes don’t meet your needs or for securing specialized cargo. Flexible configuration ensures an exact fit for your shipment, maximizing both safety and efficiency.
Designed for professionals who demand reliable, rugged, and long-lasting cargo securing solutions, this chain load binder is the go-to choice for transporting heavy machinery, construction equipment, or industrial freight. Its longevity, low maintenance, and universal usability make it indispensable wherever secure and durable load restraint is essential.
