Bossweld Tweco Style Contact Tip 1.2mm | AIMS Industrial

• Tweco 5 Heavy Duty Style Compatibility: designed to fit standard Tweco (15H Series) consumables for easy integration with high amperage welding systems.
• Size Range: accommodates wire diameters from 0.9mm to 2.0mm, providing flexibility across various light-to-heavy welding projects.
• Heavy Duty Construction: built to withstand demanding industrial welding environments and prolonged use under high heat conditions.
• Precise Weld Quality: ensures a stable arc and consistent wire feeding to maintain high quality weld standards.
• Robust Performance: high quality copper alloy construction minimizes wear and maintains electrical conductivity during extended operations.

The Bossweld Tweco Style Heavy Duty Contact Tip is a MIG torch contact tip engineered for consistent electrical conductivity and stable arc performance in semi-automatic MIG welding.

Manufacturing and Production Welding

• High-cycle MIG production welding
• Robotic and semi-automatic MIG welding on steel fabrications
• Flux-cored wire welding

Structural and General Fabrication

• MIG welding of structural steel, plate, and sections
• Building and construction site welding on beams, columns, and purlins
• General steel fabrication

Maintenance and Repair Workshops

• Workshop MIG repairs to plant, equipment, and machinery
• Agricultural and transport equipment repairs
• Consumable replacement for ongoing MIG welding operations

• Tweco 5 Heavy Duty Style Compatibility: designed to fit standard Tweco (15H Series) consumables for easy integration with high amperage welding systems.
• Size Range: accommodates wire diameters from 0.9mm to 2.0mm, providing flexibility across various light-to-heavy welding projects.
• Heavy Duty Construction: built to withstand demanding industrial welding environments and prolonged use under high heat conditions.

Precise Weld Quality: ensures a stable arc and consistent wire feeding to maintain high quality weld standards.

Designed for use with MIG welding wire in semi-automatic MIG setups.