空
空

Car

The automotive industry has extremely strict requirements for bearing cages, demanding lightweight designs to reduce energy consumption and improve performance, as well as high strength, self-lubrication, corrosion resistance, and thermal stability to ensure stability and reliability under various working conditions. In addition, to meet the demands for high precision and asymmetric design, advanced processing techniques must be employed, with a focus on low noise design to enhance driving comfort, while ensuring long service life to reduce maintenance costs.

We provide comprehensive technical services for the automotive industry, with an experienced team of engineers. From initial design to final delivery, we strictly control material selection, structural design, process optimization, and performance testing to ensure that products meet high operational standards. This helps our clients stand out in market competition and achieve product upgrades and market expansion. Our professional services and relentless efforts jointly promote the automotive industry towards efficiency, environmental protection, and intelligence.
Car

Applications and Products

New energy vehicle high-speed motor bearing cage

New energy vehicle high-speed motor bearing cage

The bearings of high-speed motors in new energy vehicles usually need to operate in high-speed and high-temperature environments, so there are special requirements for the material and design of the cage. Injection-molded cages have characteristics such as lightweight, good self-lubrication, high strength, and good heat resistance. In addition, the design using rolling element guidance can effectively reduce friction and noise during high-speed operation.
Electric drive gearbox bearing cage

Electric drive gearbox bearing cage

Electric drive gearbox bearings typically bear significant radial and axial loads and must maintain stable operation at high speeds. The design of the cage ensures that the rolling elements are evenly distributed, avoiding local overloading. For example, during frequent speed changes in the gearbox, the cage allows the rolling elements to bear the load evenly. Its sufficient support and guiding function can enhance the bearing's load capacity, with radial loads reaching 5 - 10kN and axial loads reaching 2 - 5kN, thereby extending the bearing's service life and ensuring the normal operation of the gearbox.
Automobile air conditioning compressor bearing cage

Automobile air conditioning compressor bearing cage

The bearing cage of the automotive air conditioning compressor needs to operate under high temperature and high pressure conditions, and is usually made of nylon material. This type of cage is designed to be lightweight, with good wear resistance and self-lubricating properties, allowing it to maintain stable performance at high temperatures. In addition, these cages must also withstand the effects of lubricants and chemical corrosion to ensure the compressor operates efficiently for a long time.
Automobile wheel hub bearing cage

Automobile wheel hub bearing cage

The bearings of high-speed motors in new energy vehicles usually need to operate in high-speed and high-temperature environments, so there are special requirements for the material and design of the cage. Injection-molded cages have characteristics such as lightweight, good self-lubrication, high strength, and good heat resistance. In addition, the design using rolling element guidance can effectively reduce friction and noise during high-speed operation.
Bearing baffle

Bearing baffle

The bearing shield is mainly used to be installed on the periphery of the bearing assembly, serving to block oil and impurities from entering the interior of the bearing. It is usually made of metal or non-metal materials, designed precisely to ensure a tight fit with the bearing assembly. The presence of the bearing shield is significant for protecting the bearing from contamination and wear, maintaining the stable operation of the equipment.
Steering bracket

Steering bracket

The steering bracket is a key structural component in the automotive steering system. It serves as the foundational support part of the steering mechanism, connecting critical components such as the steering column, steering gear, and the vehicle body. Steering brackets are typically made from high-strength materials to ensure they can withstand various forces and moments from the steering system during vehicle operation, maintaining the stability and reliability of the steering system.
Application of Insulation Bearing Coatings

Application of Insulation Bearing Coatings

A special coating used to block current from passing through bearings. It is usually applied to the inner or outer ring of the bearing to improve the insulation performance of the bearing, preventing electrical corrosion of the bearing and damage to the lubricant and rolling elements.