MC Nylon gears

Nylon gears for transmission equipment

Nylon has good overall performance, including mechanical properties, heat resistance, wear resistance, chemical resistance and self-lubricating, and low coefficient of friction, a certain degree of flame retardant, easy to process, suitable for glass fibers and other filler filler to enhance the rigidity, improve the performance and expand the scope of application, and secondly, its overload protection, when the torque is too large, the gear itself is damaged, the power transmission is interrupted so as to protect the lower level of device or Personal safety, reduce losses.

Because nylon has non-toxic, lightweight, excellent mechanical strength, wear resistance and good corrosion resistance, so it is widely used in place of copper and other metals in machinery, chemical industry, instrumentation, automotive and other industries in the manufacture of bearings, gears, pump leaves and other parts. Polyamide melt spun into silk has a high strength, mainly synthetic fibers and can be used as medical sutures.

Oil nylon it is a real sense of self-lubricating nylon, oil nylon in the casting process to form a liquid lubrication system, so that the oil nylon bearing service life is significantly improved, up to 6 times the life of ordinary nylon bearings and phosphor bronze bearings life of 25 times! The lubricant contained in oil nylon is not lost, adsorbed or depleted and does not need to be re-added. Lubricants in oil nylon greatly broaden the scope of use of nylon, especially for some parts that can not be lubricated.

Nylon gears Advantages of nylon gears

1. Long service life: nylon gears have good abrasion resistance, impact resistance and corrosion resistance, and can maintain efficient and reliable operation during long time use.

2. Strong load bearing capacity: nylon gears can withstand large loads and have high strength and hardness, suitable for heavy load working environment.

3. Small friction coefficient: nylon gear material surface friction coefficient is small, which can effectively reduce the wear and energy loss of the gear contact surface and improve the transmission efficiency.