Forged Tie Bar for Injection Machines

Manufacturing Process

1. Open-Die Forging – Ensures aligned grain flow along the shaft for maximum structural integrity.
2. Heat Treatment – Quenching and tempering balance toughness, hardness, and fatigue resistance.
3. Rough Machining (Optional) – Produces reference surfaces, grooves, and ends for later assembly.
4. Finish Machining (Optional) – Achieves precision tolerances: straightness and concentricity up to 0.01 mm.

Mechanical & Functional Characteristics

• High axial and bending strength
• Excellent fatigue resistance under repetitive injection cycles
• Maintains platen alignment under high-pressure operation
• Designed for long-term structural reliability rather than short-term peak performance

Inspection & Quality Control

• Chemical Composition: Verified via spectrometry
• Mechanical Properties: Tensile strength and optional impact testing
• Internal Soundness: Ultrasonic testing (UT / PAUT)
• Dimensional Accuracy: Checked with CMM and conventional gauges
• Traceability: Full heat number tracking from raw material to finished component

Related Forged Products

• Forged Injection Screw Shaft – High-strength shaft for screw rotation
• Forged Clamping Ring – Ring for industrial shaft locking
• Forged Pressure Cylinder / Load Frame Block – Heavy-duty structural block for press frames

Why Choose Our Forged Tie Bars

• Manufactured in-house for high reliability
• Suitable for heavy-duty industrial injection equipment
• Optimized grain flow and structural integrity via open-die forging
• Fully inspected and traceable for quality assurance

• Fatigue Resistant Generator Shaft For Industrial Machinery – High-strength forged shaft for power generation
• Forged Clamping Ring – Forged Ring for industrial shaft locking