If you dont see your question answered here – please check our forum – Forum Q: Why is the DHC/Henrob/ Dillon torch any different than a conventional oxyacetylene torch?
• A: The Mixing chamber is unique. It mixes gasses differently, in EQUAL volumes and pressures (4psi.) each with an injection type-mixing chamber, • Content on this page requires a newer version of Adobe Flash Player. • In doing this flame burns more efficiently producing a hotter flame with less oxygen or carbon contamination of the weld or cut. • The flame is about 900 degrees F hotter than a conventional torch, • The temperature of a conventional oxyacetylene torch may vary from 5850 degrees F to 6300 degrees F according to many factors, such as gas purity and mixture. • The flame temperature of the Henrob 2000 is according to the inventor Ed Dillon is 6860 degrees F. • There is 50 to 80% less flame pressure, turbulence and a substantial gas savings (min.50% and as high as 80%) • The flame is very concentrated (less heat distortion on thin metals) and less likely to blow out the weld puddle or blow away the flux especially on thin metals. • The flame has minimal oxygen content so th
