Custom 40Cr Spur Gear Production for Rubber Curing Presses

Overview:

Curing presses require precise and durable transmission components to ensure consistent pressure and cycle times during rubber vulcanization. We recently fulfilled a large-scale order of 70 units of custom spur gears for a prominent rubber machinery manufacturer in Qingdao. These industrial gears are designed to optimize the performance and reliability of heavy-duty industrial curing systems.

Technical Specifications:

  • Gear Type: Spur Gear (Straight-cut for efficient power transmission)

  • Module: M10 and M14 (Standard large modules for industrial machinery)

  • Material: ZG310-570 (High-grade Alloy Steel with excellent mechanical properties)

  • Quantity: 70 Units (Batch manufacturing capability)

  • Processing: Precision Gear Hobbing

  • Heat Treatment: High-temp Normalizing (After raw material casting and tapping, high-temperature normalizing treatment is adopted to improve the overall comprehensive mechanical properties of the gear.)

  • Accuracy Class: DIN 8 (Reliable standard for industrial transmission stability)

The Engineering Advantage:

  • Balanced Durability: By utilizing ZG310-570 alloy steel combined with targeted high-temperature normalizing, our gears achieve an ideal balance between refined internal grain structure and excellent overall mechanical toughness.

  • Cost-Effective Precision: Our gear hobbing process combined with DIN 8 accuracy ensures that the gears operate smoothly within the curing press assembly, reducing maintenance needs without excessive costs.

  • Scalable Batch Production: Delivering 70 units within a short timeframe (Jan-Apr 2026) demonstrates our capacity to support large-scale OEM requirements for rubber machinery production lines.

Conclusion:

This project highlights our ability to deliver high-quality, standardized transmission solutions for the rubber industry. These 70 units of spur gears have been successfully integrated into our client's latest curing press series, ensuring stable and efficient operation for end-users.