Technical Data
Product Specifications
High-temperature gas brazing and heat treatment tool for hard and soft soldering of copper pipes. With a maximum temperature of 1950°C, it is suitable for soldering, annealing, welding, melting, shrinking, and other on-site heat treatment operations.
Hard soldering copper pipe
Diameter ≤ 18 mm
Soft soldering copper pipe
Diameter ≤ 35 mm
Maximum temperature
1950°C (3500°F)
Main functions
Burning, annealing, welding, melting, shrinking and heat treatment operations
Fuel efficiency
Economical gas consumption
For On-Site Copper Pipe Soldering and Heat Treatment
Suitable for hard soldering, soft soldering, and various metal heat treatment applications in plumbing, HVAC, refrigeration, and equipment service work.
Features
Product Features
Designed around high-temperature heating, versatile heat treatment capability, portable on-site use, and economical gas consumption for professional piping and metalworking applications.
High-Temperature Performance
Reaches up to 1950°C, making it suitable for copper pipe soldering, metal heating, and high-temperature processing.
Supports Hard and Soft Soldering
Applicable to both hard soldering and soft soldering copper pipes, supporting different pipe sizes and soldering requirements.
Versatile Heat Treatment
Can be used for burning, annealing, welding, melting, shrinking, and other heat treatment operations.
Economical Gas Consumption
Efficient fuel use makes it suitable for frequent or extended on-site heating and soldering work.
Applications
Applications
Suitable for copper pipe soldering, high-temperature heating, on-site repair, and soldering work in confined spaces.
Copper Pipe Soldering
Suitable for fast hard and soft soldering of copper pipes, widely used in plumbing, HVAC, and refrigeration applications.
High-Temperature Heat Treatment
Can be used for burning, annealing, melting, and shrinking operations across various metalworking tasks.
Portable On-Site Work
Lightweight and practical for on-site soldering and heat treatment, especially in confined spaces or service environments.