Products Description
brake shoe return spring
The Brake Shoe Retainer Spring is a critical small-component in automotive braking systems, designed to securely fasten the brake shoe to its mounting position within the brake assembly. Typically crafted from high-tensile steel, it maintains consistent pressure on the brake shoe, ensuring it stays aligned during braking operations-even under the intense friction and vibration generated when the brakes are applied.
The springs produced by our company have undergone millions of fatigue tests, which ensures their quality, extends their service life, and also helps enhance the overall reliability of the braking system, guaranteeing that vehicles always have stable braking performance and driving safety. Here are the detailed information of Spring E-2767：
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Eulid No. |
E-2767 |
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Name |
Retainer spring |
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Weight(kg) |
0.083 |
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Length(mm) |
139.7 |
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Coil O.D. |
Φ19.05 |
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Material |
72B/65Mn |
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Surface treatment |
powder coating, zinc coating, electrophoresis |
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Application |
Retainer spring on Q and Q+brakes. |
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| Replaces |
Automann 10405161 BWP M1423 Bracom B343 Dayton Parts Batco 01370 Eagle/Norcross A467 Eaton 2809513, 809513, 81847 Fruehauf ACF003079001, ACF003079PK1 Haldex 66863 Hendrickson B20693 Napa 66863 Navistar IT19860 New Life/Fleetcraft NL1086 |
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Products advantages
● Brake shoe hold down spring.
● E-2767 brake shoe retaining spring.
● The spring is made of 72B/65Mn material, with a service life of more than 500,000 to 1,000,000.
● Carefully managed, dependable factory network.
● Consistent, industry-leading craftsmanship.
● Attractive packaging and appearance.
company advantages
Professional testing equipment
It is a professional equipment used to detect the fatigue resistance of springs under periodic loads, widely applied in industries such as automotive, machinery, aerospace, electronics, and hardware. Its core function is to simulate the stress state of springs in actual operation. Through repeated loading and unloading, it tests the fatigue life, performance stability, and compliance with design standards of springs, ensuring product quality and safety. It is an indispensable device in spring production and quality control, and its accuracy and reliability directly affect the performance and safety of end products.
Our springs have undergone millions of fatigue tests, demonstrating excellent rebound capability. They can quickly and stably reset after braking, ensuring the brake system responds sensitively and enhancing driving safety.
Quality control
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Checking raw material before producing
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Checking one by one before the assembling
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Checking one by one during the production
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Have the random inspection before the delivery
