Auto Hauler Car Flatbed Tie Down Kit Lasso Wheel Ratchet Straps w/ Chain, 4PK

Pack Size: 4 Pack Ratchet w/ G70 12 in Chain and Grab Hook2in x 12ft Lasso Strap w/ O RingCordura Sleeve for wear resistanceWorking Load Limit: 3,335 LbsWebbing Break Strength: 12,000 Lbs DURABLE POLYESTER WEBBING. Our straps are made of durable polyester webbing. Polyester webbing barely stretches at all under heavy loads, it resists taking damage from scrapes or cuts, and water slides right off it--so mildew cant grow and ruin it.CORROSION-RESISTANT RATCHET AND O-RINGS. Our ratcheting mechanism and O-ring connection point are plated with gold chromate, so the heavy-duty steel wont rust or take damage from other metals. LONG RATCHETING HANDLE. The long ratcheting handle gives you more leverage than shorter handles, so its easier to reach the degree of tension you want. More tension with less force? You got it.HEAVY DUTY G70 CHAIN ANCHOR. Our gold-chromate chain anchors are corrosion-resistant, so they wont wear out from rust over time. G70 chains are forged from heat-treated steel alloy, and theyre strong enough to lift a car with a crane! In this case, though, lets stick with using them to secure the car to your flatbed.

• Securely Fasten Vehicles - This reliable tire tie down straps over the wheel with chain Anchor ensure safe and secure transportation of UTVs, trucks, and ATVs on trailers.
• Durable Polyester Webbing - This wheel straps for hauling cars is resistant to stretching and cuts, the polyester webbing ensures long-lasting performance for utv tie down strap.
• Corrosion-resistant Components - Gold chromate-plated ratchet and O-rings prevent rust and damage from metals, ensuring the longevity of the heavy-duty steel construction.
• Heavy-duty G70 Chain Anchor - Corrosion-resistant, heat-treated steel alloy chains provide additional strength and stability when securing vehicles to flatbeds.
• Easy Tension Control - This tow strap for car have long ratcheting handle which offers increased leverage for precise tension adjustment, allowing for optimal securing of vehicles with less force required.