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Industry-Leading Material Technology
- Industry-Leading Material Technology
| Industry-Leading Material Technology | |||||
| Material Grade (Chuangbo Code) | Material Type | Characteristics | Wear Resistance | Corrosion Resistance | Typical Application Structural Characteristics |
| 38CrMoAlA | Nitrided steel | For basic type materials for normal working conditions | * | ** | Screw and barrel components |
| Cr12MoV | Tool steel | For basic abrasion materials, such as fiberglass reinforcement | ** | ** | Screw elements with integral barrel lining |
| W6Mo5Cr4V2 | Tool steel | For basic abrasion materials, such as fiberglass reinforcement | *** | * | Screw elements with integral barrel lining |
| α 101 | Iron-nickel-boron | For basic abrasion materials for barrel, such as fiberglass reinforcement | **** | ** | Centrifugal cast bimetal split-type C-shaped lining |
| CB-HS10 | PW+HIP | High-vanadium powder metallurgy material, with a uniform distribution of a large amount of ultra-hard carbides (HV2800), is a typical high-wear-resistant material for high-end twin-screws. | ******* | ** | Screw element core made of high-toughness bimetal material |
| CB-HS20 | PW+HIP | High-chromium high-vanadium powder alloy tool steel. It has a uniform distribution of a large amount of hard carbides and a large amount of chromium elements, providing excellent wear resistance and excellent corrosion resistance. | ***** | ***** | Screw element core made of high-toughness bimetal material |
| CB-HS26 | PW+HIP | Super-high-chromium powder alloy tool steel, with a uniform distribution of a large amount of hard carbides, exhibiting excellent wear resistance, toughness, and outstanding corrosion resistance. | ******* | ****** | Bimetal integral lining |
| CB-HS11 | PW+HIP | High-cobalt high-vanadium powder alloy high-speed steel; with a uniform distribution of a large amount of hard carbides and high tungsten and cobalt elements, it has excellent high-temperature hardness and wear resistance. | ******** | ** | Screw element core made of high-toughness bimetal material |
| W6Mo5Cr4V2 | Tool steel | For basic abrasion materials, such as fiberglass reinforcement | *** | * | Screw elements with integral barrel lining |
| α 101 | Iron-nickel-boron | For basic abrasion materials for barrel, such as fiberglass reinforcement | **** | ** | Centrifugal cast bimetal split-type C-shaped lining |
| CB-HS10 | PW+HIP | High-vanadium powder metallurgy material, with a uniform distribution of a large amount of ultra-hard carbides (HV2800), is a typical high-wear-resistant material for high-end twin-screws. | ******* | ** | Screw element core made of high-toughness bimetal material |
| CB-HS20 | PW+HIP | High-chromium high-vanadium powder alloy tool steel. It has a uniform distribution of a large amount of hard carbides and a large amount of chromium elements, providing excellent wear resistance and excellent corrosion resistance. | ***** | ***** | Screw element core made of high-toughness bimetal material |
| CB-HS26 | PW+HIP | Super-high-chromium powder alloy tool steel, with a uniform distribution of a large amount of hard carbides, exhibiting excellent wear resistance, toughness, and outstanding corrosion resistance. | ******* | ****** | Bimetal integral lining |
| CB-HS11 | PW+HIP | High-cobalt high-vanadium powder alloy high-speed steel; with a uniform distribution of a large amount of hard carbides and high tungsten and cobalt elements, it has excellent high-temperature hardness and wear resistance. | ******** | ** | Screw element core made of high-toughness bimetal material |
