Single Screw Barrel
Wear Resistant Single Screw Barrel Corrosion Resistant Screw Injection Machine 60mm
Wear-Resistant and Corrosion-Resistant Screw For Mobile Field High-performance injection molding screw engineered for exceptional durability in demanding mobile industry applications. Technical Specifications Product Material Special metallurgical steel powder Compatible Machinery Electric injection molding machine, oil hydraulic injection molding machine (maximum temperature ≤ 500°C) Material Origin Europe Main Components Cr, Mo, V, Ni, Co, etc. Material Characteristics High
20mm Single Screw Barrel Quenching Tempering Injection Molding Screw
Arburg Injection Molding Machine Screw Assembly Technical Specifications Component Material Main Alloy Composition Heat Treatment Process Hardness Surface Treatment Key Features Screw KTL-202 All-Hard Alloy Cr 7.8%, V 0.8%, Mo 2%, Co 0.8% - Quenching: 1020–1050°C- Tempering: 550–570°C (≥3 times)- Tail annealed at high temperature HRC 60 ± 2 Chrome plating - Stable hardness and toughness- Improved corrosion resistance- Cost-effective for general applications Screw Tip Assembly
Sodick Single Screw Barrel 18 Reciprocating Screw Injection Molding
Sodick Injection Molding Machine Screw Technical Specification Item Details Material KTL-606 All-Hard Alloy (Modified C276) Main Alloy Composition Cr 28%, Ni 38% Manufacturing Process HIP (Hot Isostatic Pressing) Sintering Hardness HRC 52–55 Key Features Outstanding corrosion resistance (C276-based) Dense and defect-free structure (HIP process) Excellent resistance to chemical and acidic materials Stable performance in harsh environments Long service life
HRC 52 – 55 Single Screw Barrel Arburg 150T Screw Injection Molding
Arburg 150T Injection Molding Machine Screw Technical Specification Item Details Material KTL-606 All-Hard Alloy (Modified C276) Main Alloy Composition Cr 28%, Ni 38% Manufacturing Process HIP (Hot Isostatic Pressing) Sintering Hardness HRC 52–55 Key Features Outstanding corrosion resistance (C276-based) Dense and defect-free structure (HIP process) Excellent resistance to chemical and acidic materials Stable performance in harsh environments Long service life
HIP Sintering Single Screw Extruder Screw Barrel Defect Free
Arburg Injection Molding Machine Screw Technical Specification Item Details Material KTL-606 All-Hard Alloy (Modified C276) Main Alloy Composition Cr 28%, Ni 38% Manufacturing Process HIP (Hot Isostatic Pressing) Sintering Hardness HRC 52–55 Key Features Outstanding corrosion resistance (C276-based) Dense and defect-free structure (HIP process) Excellent resistance to chemical and acidic materials Stable performance in harsh environments Long service life
Alloy C276 Injection Machine Screw Sodick Screw In Injection Moulding Machine
Sodick Injection Molding Machine Screw Technical Specification Item Details Material KTL-606 All-Hard Alloy (Modified C276) Main Alloy Composition Cr 28%, Ni 38% Manufacturing Process HIP (Hot Isostatic Pressing) Sintering Hardness HRC 52–55 Key Features Outstanding corrosion resistance (C276-based) Dense and defect-free structure (HIP process) Excellent resistance to chemical and acidic materials Stable performance in harsh environments Long service life
Arburg Single Screw Barrel 30mm Injection Molding Machine Screw Assembly
Arburg Injection Molding Machine Screw Assembly Technical Specifications Component Material Main Alloy Composition Heat Treatment Process Hardness Surface Treatment Key Features Screw KTL-202 All-Hard Alloy Cr 8.2%, V 1.2%, Mo 2%, Co 1% - Quenching: 1020–1050°C - Tempering: 550–570°C (≥3 times) - Tail annealed at high temperature HRC 58-60 Chrome plating - Stable hardness and toughness - Improved corrosion resistance - Cost-effective for general applications Screw Tip
Optical Field Injection Screw Barrel HRC 48 - 52 Screw Plunger Injection Molding
Wear-resistant and Corrosion-resistant Screw for Optical Field Technical Specifications Product Material 440C Upgrade Material Origin Japan Main Components Cr, Mo, V, etc. Material Characteristics The material undergoes high-temperature quenching, high-temperature tempering, and tail end high-temperature annealing softening treatment. The surface finish is excellent. Heat Treatment Process Quenching in vacuum at 1020-1050°C, followed by 550-570°C high-temperature tempering