509FW - Uniweld Rollin' Roughneck Heavy-Duty Cylinder Cart with Safety Firewall

OSHA-Compliant Cylinder Transport Solution

The Uniweld 509FW Rollin' Roughneck Cylinder Cart is a premium material handling solution designed specifically for the safe transport and storage of oxy-fuel welding outfits. Distinguished by its integrated firewall barrier, this cart is engineered to meet strict safety regulations that require a non-combustible barrier between oxygen and fuel gas cylinders when stored together. This feature is critical for maintaining compliance on construction sites and in industrial facilities where adhering to OSHA standards (specifically regarding the separation of fuel gas and oxygen) is mandatory.

Constructed from heavy-gauge steel, the 509FW belongs to Uniweld's renowned "Rollin' Roughneck" series, known for being the toughest cylinder trucks in the industry. The frame is welded for superior strength, ensuring it can withstand the rigors of daily use in harsh environments such as shipyards, steel mills, and construction zones. The cart is designed to accommodate one large oxygen cylinder and one large acetylene cylinder, holding them securely in a side-by-side configuration with robust retention chains.

Mobility is a key factor in the design of the 509FW. It is equipped with large, heavy-duty wheels that allow the operator to roll over debris, hoses, and uneven ground with minimal effort. The balance point of the cart is optimized to reduce the physical strain required to tilt the cart back into the travel position, even when fully loaded with heavy tanks. Additionally, the unit features a convenient built-in toolbox, providing a dedicated space for essential welding accessories like torch tips, flint strikers, and safety glasses, keeping your workspace organized and efficient.

By investing in the Uniweld 509FW, safety managers and facility operators ensure that their welding teams are equipped with a transport solution that prioritizes safety without compromising on durability or functionality. It eliminates the need to separate cylinders at the end of every shift, streamlining workflow while maintaining the highest safety standards.