0311-0679 - Victor 9-TEMF Propane Heating Nozzle Size 9

Heavy-Duty Industrial Heating Performance

The Victor 0311-0679 9-TEMF Tip End is a high-performance multi-flame heating nozzle designed specifically for heavy industrial applications requiring significant thermal output. Engineered by Victor, a leader in gas equipment, this tip is part of the TEMF series, which is optimized for use with alternative fuels such as Propane and Natural Gas. Unlike acetylene tips, the TEMF series allows for cost-effective operation on large-scale heating projects without sacrificing thermal efficiency.

This Size 9 tip features a robust multi-flame construction, often referred to as a 'rosebud,' which provides a wide, stable flame pattern. This design is critical for applications such as preheating heavy plate prior to welding, bending large diameter pipes, straightening structural steel, and shrinking metal components. The tip end is manufactured from high-grade copper and brass alloys, ensuring excellent heat dissipation and resistance to deformation under high-temperature conditions.

Integration with existing equipment is seamless for users of Victor's heavy-duty torch systems. The 9-TEMF tip end is designed to thread securely onto compatible mixers and elbows, providing a leak-proof seal and consistent gas flow. Its internal geometry is precision-machined to promote optimal gas mixing, reducing the risk of flashback and ensuring a clean, hot flame. For MRO professionals and industrial fabricators, this heating tip represents a reliable solution for demanding thermal processing tasks.

Safety and durability are paramount in the design of the 0311-0679. The tip face is recessed to protect the flame ports from damage during rough handling, while the heavy wall thickness withstands the rigors of field use. Whether utilized in shipyards, structural steel fabrication shops, or heavy equipment repair facilities, the Victor 9-TEMF delivers the consistent BTU output required to maintain productivity and ensure metallurgical integrity during heating operations.