When casting ingots cracks or inclusions can occur very quickly and these have to be removed. The hand and ingot mould scarfing torches from Messer Cutting Systems offer the perfect solution with their variety of lengths and scarfing widths. Depending upon the nozzle used, combinations of Acetylene/Oxygen or Propane, Methane or coal gas with Oxygen are possible. The stellite wear ring used guarantees a long nozzle life. Our comprehensive range of accessories, such as heat protection shield or hoses make the work easier for you and complement our range of hand or ingot mould scarfing torches.
We would be happy to consult with you to define together the optimum appropriate torch solution for you.
- With spring lever to control the scarfing Oxygen and ignition wire feed rate
- With angled head
- Gas combinations: Propane, Methane, Coal gas and Oxygen (PM)
- Lengths: 1175, 1325 and 1500 mm
- Oxygen connection: G1/2"RH*
- Fuel gas connection: G3/8"LH*
- Scarfing width: 90 mm
*Connection details for Germany. Other national connections available.
- Suitable for FB 2000
- Scarfing width 110 mm
- Stellite wear ring
- For Propane, Methande (natural gas) or Coal gas
Our comprehensive product range offers you various scarfing torches. Further information on this can be found in our steel mill catalogue or simply contact us directly.
As suppliers of solutions to problems for the metalworking industry it is extremely important to us that we always offer you the best solution for your individual requirements.
Have you any questions about our hand or ingot scarfing torches or would you like more information about any aspect of our product range? Contact us directly and we will reply to you as fast as possible.
Messer Cutting Systems is the solution provider for the metalworking industry. In addition to cutting machines and oxyfuel technology, we offer software solutions, spare parts and a wide range of services.
We are sure that we will find the right solution for your individual requirements. Contact us, we will reply to you as fast as possible.