GCE X20 MK4/5 Combined Welding & Cutting Torch for Medium Duty Applications.
Torch G0766241/ Cutting Attachment G0766242
The GCE X20 Mk 4/5 Original Cutting Torch Shank represents the pinnacle of gas equipment engineering, designed for discerning professionals in the welding and fabrication industries. As a crucial component of the GCE X20™ MK 4/5 ORIGINAL torch system, this high-pressure, sturdily constructed shank delivers unparalleled precision, versatility, and safety for a comprehensive range of medium-duty metalworking tasks.
Engineered with expertise and built for longevity, the GCE X20 Mk 4/5 Original Cutting Torch Shank ensures reliable, leak-free operation and seamless integration with other leading Type 3/4/5 equipment. Its innovative design, featuring well-balanced, front-mounted, colour-coded control valves with stainless steel spindles, provides fine adjustment and exceptional user control. Conforming to the stringent EN ISO 5172 standards, this torch shank is a testament to GCE’s commitment to quality, safety, and operational excellence.
Features : -
Welding & Heating
- Designed for welding work from 1 mm to over 25 mm thickness using type GCE X20™ MK 4/5 ORIGINAL swaged nozzles sizes 1 - 90 ft3/h litres.
- The mixer seats on serrated toothed faces allowing the operator a selection of positive nozzle positioning through 360°.
- Can also be used for heating, with either acetylene or propane heating nozzles, together with a heating neck.
Cutting
- The cutting head is nozzle mixing, enabling the operator to use either acetylene or propane fuel gases by fitting the appropriate nozzle.
- A range of ANM and PNM nozzles are available for clean efficient cutting of material thickness from sheet metal to 150 mm.
- Its versatility allows gouging, flame cleaning etc., to be supplied to customer´s requirements.
Propane Super Heating
- Using a propane superheating mixer and 10" or 28" stainless steel superheating neck an intense heat output of up to 175 KW/h is obtained.
- Ideal for heating castings and similar large articles.