The Forged Clamping Ring is a high-strength structural component designed to ensure even load distribution in clamping systems for industrial machines. It secures key components under high axial or radial pressure, maintaining operational stability and precise alignment over long-term use. Manufactured as a heavy-duty
Forged Ring, it outperforms cast or fabricated alternatives in fatigue resistance, structural integrity, and durability.
Typical Applications
- Injection molding machines – clamping and securing components
- Feed extrusion machines – high-load screw and barrel assemblies
- Industrial presses requiring uniform clamping force
- Other machinery where high-strength forged components are needed for clamping or load transfer
Typical Dimensions & Weight
- Outer Diameter: 400–1000 mm
- Wall Thickness: 50–150 mm
- Weight: 200 kg–2 t
- Dimensions are within the optimal range of our forging and machining capabilities, intentionally avoiding small-size tooling components.
Typical Materials
- 42CrMo4 / AISI 4140 – Standard high-strength Alloy Steel with balanced toughness
- 34CrNiMo6 / AISI 4340 – Higher load capacity and extended service life
- Optional: 40CrNiMoA, 30CrNiMo8 – for specialized applications requiring enhanced fatigue resistance
- Open or Closed-Die Forging – Ensures uniform wall thickness and aligned grain flow for high structural integrity.
- Heat Treatment – Quenching and tempering optimize strength and toughness.
- Rough Machining (Optional) – Reference surfaces, bore, and flange features.
- Finish Machining (Optional) – Dimensional accuracy, concentricity, and flatness up to ±0.01 mm.
Illustrations are for reference purposes. Final geometry and specifications are defined by customer-approved engineering requirements.
Mechanical & Functional Characteristics
- High resistance to axial and radial loads
- Excellent fatigue and bending resistance under cyclic pressures
- Thick-wall design ensures dimensional stability and long-term reliability
- Engineered for non-consumable structural use rather than short-term tooling