The 94 Aluminum Bronze Worm Gear is a power transmission component engineered for demanding industrial applications. Its core material, 94 Aluminum Bronze, provides a specific set of physical properties achieved through precise composition control and casting processes, making it suitable for high-speed and high-load operating conditions.

Key Characteristics:

Material Composition: Manufactured from 94 Aluminum Bronze (CuAl10Fe5Ni5), a copper-based alloy containing iron and nickel as primary alloying elements.

Mechanical Properties: Exhibits high surface hardness and substantial tensile strength, capable of withstanding sustained impact loads.

Tribological Properties: Demonstrates a low coefficient of friction and good anti-galling properties when mated with a case-hardened steel worm.

Metallurgical Structure: Features a dense and uniform microstructure, contributing to dimensional stability over extended periods of use.

Performance Advantages:

Wear Resistance & Service Life: The high hardness and wear resistance reduce material degradation during prolonged meshing operation, contributing to an extended service life for the drive system.

High Load Capacity: The high mechanical strength allows for the transmission of significant torque, suitable for heavy-duty startup and continuous operation.

Stable Transmission Performance: The compatibility with steel worms ensures smooth operation of the transmission system, minimizing vibration and noise generation.

Environmental Adaptability: The 94 Aluminum Bronze material offers resistance to corrosion from atmosphere, seawater, and various chemical media, suitable for operation in specific environmental conditions.

Typical Applications:
The 94 Aluminum Bronze Worm Gear is commonly employed in industrial machinery requiring reliable power transmission and high load capacity, including:

Heavy Machinery: Metallurgical equipment, mining machinery, large-scale presses.

Material Handling Systems: Elevators, conveyors, winches.

Power Transmission Systems: Reduction gearboxes, mixing equipment, drive mechanisms.

Marine & Offshore Engineering: Deck machinery, steering gear systems.