Introducing the Keeper 13-foot ratchet tie-down, now available at Allendale Ace Home Center in Allendale, MI. This durable and reliable tie-down strap is designed to provide secure and comfortable load fastening for your pick-up trucks and smaller trailer applications. Whether you're a professional transporter or a DIY enthusiast in Allendale, this tie-down offers the strength and convenience needed to keep your cargo safe during transit.
- Length and versatility: With a 13-foot length, this tie-down provides ample reach for securing a variety of loads.
- Padded ratchet handle: Designed for added comfort, the padded handle makes tightening and releasing the strap easier and reduces hand fatigue.
- Compact non-marring hooks: The vinyl-coated S-hooks are compact and non-marring, protecting your vehicle’s surfaces from scratches and damage.
- High break strength: Boasting a 1,200-pound break strength, this tie-down ensures durability and reliability under heavy loads.
- Working load limit: Rated for a 400-pound working load limit, it is ideal for safely securing moderate loads on pick-up trucks and smaller trailers.
- Recommended applications: Perfectly suited for pick-up trucks and smaller trailer uses, making it a versatile tool for various hauling needs.
In Allendale, customers can rely on the Keeper 13-foot ratchet tie-down to secure everything from furniture and equipment to recreational gear. Its padded handle allows for comfortable use during loading and unloading, while the non-marring hooks protect your vehicle’s finish. Whether you’re moving household items, transporting landscaping tools, or securing cargo for a weekend trip, this tie-down strap offers peace of mind and dependable performance.
In summary, the
Keeper 13-foot ratchet tie-down is an essential accessory for anyone in Allendale, MI who needs a strong, comfortable, and reliable solution for securing loads. Available at Allendale Ace Home Center, this tie-down combines durability with user-friendly features to help you transport your cargo safely and efficiently.