Used HILMAN ROLLERS 2-SP #9305339 for sale

HILMAN ROLLERS 2-SP are specialized facilitates equipment designed to help lift, transport, or maneuver heavy loads. This engineering tool utilizes an extremely durable steel-constructed frame to support two adjustable and multi-directional rollers. Each roller is separately adjustable on a vehicle hitch for better weight distribution and increased stability. The rollers are constructed of a combination of steel and rubber components to structure a ribbed design with excellent grip and long-lasting durability. The rollers are driven by a powerful pivot bar which helps to keep the load steady while in motion. The steel frame is designed to support loads up to 65,000 pounds. Its welded steel components provide users with a safe and secure platform when moving heavy equipment and machinery. An adjustable towing bar with a secure locking mechanism is also included to help transport heavy loads more efficiently. The rollers feature an intuitively designed fence system which makes it easy to adjust and lift loads in various directions. The fence also helps to ensure the load stays stable while it is lifted and moved across the surface. The adjustable stop plates allow users to ensure the load is maintained at a certain angle or height. The lightweight construction of 2-SP means that it is easy to maneuver and transport. The low base of the steel frame helps spread the weight of the load across a broad surface area which reduces wear and tear on the ground and other structures. Its weather resistant finish makes sure that it doesn't rust or corrode even in wet or harsh conditions. Overall, HILMAN ROLLERS 2-SP is an incredibly durable and reliable tool which can be employed to easily and safely transport heavy loads. Its adjustable towing bar, secure locking mechanism, and intuitively designed fence system offer users a secure and safe platform for carrying and lifting bulky loads. The long-lasting steel construction and adjustable stop plates provide the utmost in stability and strength during transport.