1-inch × 15-foot ratchet tie-down kit: the all-around guardian of heavy-duty transportation

1. Breakthrough in the use of materials
Skeleton structure: The 1-inch × 15-foot ratchet tie-down kit uses high-density polyester fiber webbing (density ≥ 1100dtex), with a working strength of up to 828 pounds and a breaking strength of 1823 pounds.
Metal components: The zinc alloy ratchet mechanism has no corrosion after a 72-hour salt spray test, and with the hot-dip galvanized S-type hook, the shear resistance is significantly improved. The metal parts are made of PE rubber-coated steel, which is stronger and more durable.
Soft ring innovative design: The embedded nylon buffer ring can reduce 70% of the impact vibration during transportation, avoiding rigid contact and causing damage to the surface of the goods, resulting in losses. Equipped with a sturdy S-type hook to ensure that the goods will not easily loosen or slip during transportation, providing additional safety.

2. Intelligent human-computer interaction: complete professional-level fixation in a short time
Special transmission design: A single crank stroke can generate 120 pounds (54kg) of preload force, which is 50% more efficient than the traditional structure. This design not only enhances the stability of the transmission, but also greatly reduces the friction loss during operation and extends the service life of the equipment. In addition, its unique tooth design makes the transmission smoother, reduces noise pollution, and provides users with a more comfortable operating experience. Easy to operate, the ratchet design can be tightened and loosened easily and quickly.
3D grip: The TPE rubber-coated handle is suitable for 95% of adult hand curves, and the grip contact area is increased by 40%. Its unique material design makes it softer and more comfortable to the touch, and you will not feel hand fatigue even after long-term use. At the same time, the handle also has anti-slip properties, which can ensure a firm grip even in a humid environment, greatly improving the safety of use.