- Extended working life - Optimum abrasive and corrosive wear resistance - Increased throughput and product quality through precision fit between screw and barrel for a longer period of time
- Best high wear solutions with superior alloys from general purpose to the most complex applications - Computer controlled furnace ensuring correct casting, preparation and repeatability, uniform bimetallic carbide distribution and maximized hard surfacing compatibility - Barrels manufacturerd to straightness specification that exceeds all industry standards, even for barrels that are over 7.6m long
Alloy Specification | X102 | X200 | X306 | X800 |
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Microstructure 100X | ![]() |
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Composition | Iron based | Iron-Chromium based | Nickel-Cobalt based | Tungsten Carbide-Nickel based |
Hardness | 58-65 HRc | 64-69 HRc | Single : 44-54HRc, Twin : 48-54 HRc |
58-66 HRc |
Density | 7, 6kg / dm3 | 7, 5kg / dm3 | 7, 9kg / dm3 | 10, 7kg / dm3 |
Working Temperature | 400 °C | 450 °C | 600 °C | 650 °C |
752 °F | 842 °F | 1112 °F | 1202 °F | |
Application | Anti-Wear | Anti-Wear & Corrosion | High Corrosion | High Wear & Corrosion |
Filler Content | Up to 15% | Up to 30% | Up to 15% | Over 30% |
Typical Plastics | ABS, HIPS, PE, PS, PP etc. | ABS, HIPS, PE, PS, PP etc. | CPVC, PVC rigid, some FEP etc. | ABS fiber - glass filled, PP mineral filled, PA, PC, PBT, PEEK, engineering blends (ABS/PBT), LCP |