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Rameau du moteur électrique

roulement à billes à rainure profonde

roulement de la série 6000

Les roulements de la série 6200

roulement de série 6300

Les roulements de la série 6800

roulement de la série 6900

incidence de haute précision

Rapport P6

Rapport P5

P4 Poids du roulement

Roulement miniature

Résistant à la corrosion
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Détails du blog
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Tired of Short Service Life and Excessive Noise from Bearings? Kent Bearing Provides Reliable Solutions.

Tired of Short Service Life and Excessive Noise from Bearings? Kent Bearing Provides Reliable Solutions.

2026-07-21

  With the continuous upgrading of the machinery industry, standards for all types of motor equipment keep rising, and bearings are subjected to increasingly harsh operating conditions. The market has set higher quality thresholds for bearings, imposing rigid requirements on all-round performance: high load capacity, low noise, low friction, wide temperature resistance, compatibility with ultra-high rotational speeds, and lightweight design.

Extend bearing service life

  Extending service life remains the constant goal of bearing R&D. Nowadays, equipment load and operating intensity keep increasing, so bearings must feature superior load capacity and ultra-long fatigue life.

  Relying on high-purity GCr15 steel and fully automatic heat treatment production lines, Kent deep groove ball bearings eliminate internal defects at the raw material stage, greatly extending the fatigue life of bearings matched for various motors and suiting long-term continuous operation of all types of motors.

Low Noise & Low Friction

  Quiet operation is an essential requirement for home appliances and precision motors. Kent optimizes raceway polishing processes for motor applications and implements strict control over steel ball precision. Our finished bearings run with low noise, making them an ideal match for precision motors and small high-speed equipment.

Reducing friction loss is critical for equipment energy conservation. Through optimized bearing structures and matched micro-lubrication systems, Kent cuts resistance generated by grease agitation. Meanwhile, we enhance the wear resistance of raceway contact surfaces to guard against surface fatigue damage.

Suitable for Complex Working Conditions
As the application scenarios of equipment keep expanding, Kent Bearing achieves synchronous breakthroughs in three major fields: high temperature resistance, low temperature resistance and ultra-high rotational speed.

  1. High-temperature applications: New energy motors and precision machine tool spindles operate continuously at temperatures over 150°C. Our high-temperature bearing steel paired with carbonitriding technology balances heat resistance and wear resistance.

  2. Low-temperature applications: Standard bearings can withstand temperatures as low as -55°C. Ordinary steel tends to suffer cold brittleness and cracking under low-temperature environments, which places stringent demands on material toughness.

  3. Optimization for high-speed operation: By optimizing cage structure, adopting lightweight rolling elements and upgrading cooling & lubrication solutions, we counteract the centrifugal force of steel balls generated at high speeds to ensure stable operation of high-speed equipment.

le drapeau
Détails du blog
Created with Pixso. Maison Created with Pixso. Le Blog Created with Pixso.

Tired of Short Service Life and Excessive Noise from Bearings? Kent Bearing Provides Reliable Solutions.

Tired of Short Service Life and Excessive Noise from Bearings? Kent Bearing Provides Reliable Solutions.

  With the continuous upgrading of the machinery industry, standards for all types of motor equipment keep rising, and bearings are subjected to increasingly harsh operating conditions. The market has set higher quality thresholds for bearings, imposing rigid requirements on all-round performance: high load capacity, low noise, low friction, wide temperature resistance, compatibility with ultra-high rotational speeds, and lightweight design.

Extend bearing service life

  Extending service life remains the constant goal of bearing R&D. Nowadays, equipment load and operating intensity keep increasing, so bearings must feature superior load capacity and ultra-long fatigue life.

  Relying on high-purity GCr15 steel and fully automatic heat treatment production lines, Kent deep groove ball bearings eliminate internal defects at the raw material stage, greatly extending the fatigue life of bearings matched for various motors and suiting long-term continuous operation of all types of motors.

Low Noise & Low Friction

  Quiet operation is an essential requirement for home appliances and precision motors. Kent optimizes raceway polishing processes for motor applications and implements strict control over steel ball precision. Our finished bearings run with low noise, making them an ideal match for precision motors and small high-speed equipment.

Reducing friction loss is critical for equipment energy conservation. Through optimized bearing structures and matched micro-lubrication systems, Kent cuts resistance generated by grease agitation. Meanwhile, we enhance the wear resistance of raceway contact surfaces to guard against surface fatigue damage.

Suitable for Complex Working Conditions
As the application scenarios of equipment keep expanding, Kent Bearing achieves synchronous breakthroughs in three major fields: high temperature resistance, low temperature resistance and ultra-high rotational speed.

  1. High-temperature applications: New energy motors and precision machine tool spindles operate continuously at temperatures over 150°C. Our high-temperature bearing steel paired with carbonitriding technology balances heat resistance and wear resistance.

  2. Low-temperature applications: Standard bearings can withstand temperatures as low as -55°C. Ordinary steel tends to suffer cold brittleness and cracking under low-temperature environments, which places stringent demands on material toughness.

  3. Optimization for high-speed operation: By optimizing cage structure, adopting lightweight rolling elements and upgrading cooling & lubrication solutions, we counteract the centrifugal force of steel balls generated at high speeds to ensure stable operation of high-speed equipment.