Malta Dynamics Launches Rebar Chain Assembly for Hands-Free Repositioning at Heights

MARIETTA, Ohio - March 25, 2020 - PRLog -- Malta Dynamics is pleased to announce its new 24" rebar chain assembly positioning device. The device is designed to allow workers to reposition themselves hands-free while elevated off the ground. It is ideal for applications on rebar structures, allowing workers to lean away from the wall and position themselves safely and easily while keeping their hands free to work.

The rebar chain assembly meets or exceeds the fall protection and testing standards laid out by ANSI Z359.3-17, ANSI A10.32-12, OSHA 1926 Subpart M, and OSHA 1910. Workers must still be connected to a fall arrest device when using this product, which is designed without shock absorbers. It is designed to be used in conjunction with a full-body harness, attaching to side D-Rings via both snap hooks and attaching the rebar hook to the rebar structure.

The 24" rebar chain assembly from Malta Dynamics features a swiveling rebar hook and durable twist-link chain construction that allows for maximum mobility and strength. These units are designed with durability and strength in mind and have a maximum weight capacity of 310 lbs. They are lightweight and adjustable, making them convenient and easy to use on the jobsite.

"We manufacture products that we ourselves benefit from using every day in our masonry and construction businesses," says Damian Lang, owner and CEO of Malta Dynamics. "We're excited to offer our customers a high-quality, affordable tool that delivers maximum safety, mobility, and comfort when working on rebar structures."

Malta Dynamics is a full-service manufacturing company specializing in fall protection solutions, serving customers in construction, aviation, manufacturing, warehousing, masonry, and more. The Malta Dynamics team has worked in the industry for more than three decades, and proudly uses the safety equipment they offer. For more information, visit https://maltadynamics.com/products/rebar-chain-assembly.