Spur Gears: Cost-Effective Precision for Parallel Shaft Power Transmission

Core Features & Technical Advantages

• Simplified Design & Cost Efficiency: Straight-tooth geometry enables straightforward manufacturing, reducing production costs without compromising basic performance. No axial force is generated during operation, lowering requirements for bearing systems and simplifying overall mechanical design.

• High Efficiency & Torque Capacity: Optimized tooth profile (20° standard pressure angle) and heat-treated materials ensure transmission efficiency up to 98%—minimizing energy loss. Modular design (modulus 0.5–10) allows for thicker teeth in larger modules, enhancing load-bearing capacity for heavy-duty tasks.

• Reliable Durability & Versatility: Available in alloy steel (40Cr, 20CrMnTi), stainless steel (304/316), bronze, or engineering plastics. Heat treatment (carburizing, quenching) boosts surface hardness (HRC 58–62) for wear resistance, while corrosion-resistant options suit harsh environments like food processing or outdoor use.

• Low Backlash & Precise Control: Precision grinding and lapping processes achieve backlash as low as ≤0.05mm for high-precision models, ensuring accurate motion transfer for CNC machines, automation systems, and positioning equipment.

• Easy Installation & Compatibility: Designed for universal fit with standard motors, reducers, and mechanical systems. Strictly parallel shaft requirement ensures straightforward assembly, reducing installation time and maintenance costs.

Key Specifications

Applications

Why Choose Our Spur Gears?

• Compliant with international standards (ISO 6336, DIN, AGMA) for load capacity and dimensional accuracy, ensuring cross-industry compatibility.

• Rigorous quality control (hardness testing, dimensional inspection, load testing) guarantees long service life (up to 12,000 operating hours) under rated conditions.

• Customizable solutions: Tailored modules, 齿数 (teeth count), materials, and surface treatments to match unique application needs (e.g., food-grade for processing lines, corrosion-resistant for marine use).

• Cost-effective alternative to helical or bevel gears for non-high-speed, non-low-noise demanding scenarios, optimizing project budgets without sacrificing reliability.