Conditions for making gears for Rubber and Plastic Industry

Requirements for Precision Gears in the Rubber and Plastic Industry:
Wear Resistance:

The rubber and plastic processing involves significant friction, so gears must have strong wear resistance to extend their service life and reduce maintenance needs.
Corrosion Resistance:

Since certain materials and additives in rubber and plastic products can be corrosive, gears must possess corrosion resistance to avoid damage caused by chemical reactions.
High Strength and Durability:

Precision gears must be able to withstand high loads and long operating hours, ensuring stable performance under high-pressure conditions without deformation or excessive wear.
High Precision Requirements:

The high precision of machinery operation requires gears to have minimal backlash, ensuring precise motion control and minimizing mechanical errors.
Heat Treatment Requirements:

Surface hardening treatments are necessary to increase the gears' wear resistance and strength, ensuring they can operate for long periods under high temperatures and high pressures.
Lubrication Needs:

Since rubber and plastic processing generates high temperatures, gears must be equipped with appropriate lubrication systems to prevent overheating and damage from friction during long-term operation.
Noise and Vibration Control:

Precision gear design should minimize noise and vibration to improve the operational quality of the equipment and enhance production efficiency.
These requirements ensure that precision gears in the rubber and plastic industry can maintain long-term, efficient, and stable operation under harsh conditions, meeting the performance demands of production equipment.