damper oil seal

Introduzca

The damper oil seal is a component primarily utilized in dampers or shock absorbers. It is positioned between the piston rod and the external environment, effectively sealing and preventing lubricant leakage. Its main purpose is to prevent the lubricating oil inside the damper from leaking out. Constructed from soft rubber material, it offers excellent sealing performance and wear resistance. Dampers generate high pressure and temperature during operation. The damper can withstand extreme conditions while maintaining stable sealing performance. It also prevents dust, moisture, and other contaminants from entering the damper, protecting its working parts, prolonging its service life, and ensuring proper operation and performance. Additionally, it provides the right amount of lubrication for the damper piston rod. The purpose of this component is to store and distribute lubricating oil, which reduces friction and wear between the piston rod and the oil seal. This results in increased efficiency and lifespan of the damper. Essentially, this rubber seal is critical for ensuring proper operation and improving performance.

Datos técnicos

Norma de certificación

• The worldwide quality management system certification standard ISO 9001 is used to make sure that producers follow a number of quality management guidelines when creating, manufacturing, and shipping goods.
• The automotive industry’s quality management system certification standard, ISO/TS 16949, mandates that manufacturers adhere to particular quality management requirements during the design and production of automobile parts.
• ASTM D2000: The American Society for Testing and Materials (ASTM) developed this rubber product performance standard. It outlines the necessary durability, chemical stability, and physical characteristics of various rubber materials.
• The Society of automobile Engineers (SAE) created SAE J200 as a standard to categorize and control the use of rubber materials in the automobile sector. It discusses the criteria for rubber materials’ durability, as well as their chemical and physical characteristics.
• REACH certification: In order to guarantee that the product is free of hazardous materials, the damper oil seal may need to abide by European Chemical Supervision (REACH) standards if it is marketed or utilized in the European market.
• RoHS certification: This certification level will guarantee that the product complies with the applicable limits if the materials used in the damper oil seal are needed to meet the requirements of the Environmental Protection and Restriction of Hazardous Substances Directive (RoHS).

How to use

1. Preparation: Make sure the damper or shock absorber is placed in the proper area and that the necessary equipment and supplies are available before beginning to utilize the damper oil seal.
2. Cleaning and Inspection: Verify that the installation area is clear of dust and debris, and look for any wear or damage on the damper piston rod surface.
3. Lubricant preparation: Make sure the lubricant is suitable and choose the right one based on Linde Polymer’s recommendations. Certain damper oil seals can need a particular kind or grade of lubrication.
4. Installing an oil seal involves carefully sliding it over the damper piston rod, making sure the outside collar of the oil seal is well sealed against the damper housing and that the inner collar of the oil seal covers the piston rod entirely.
5. Lubricating oil addition: Make sure the damper piston rod and oil seal are completely lubricated by adding the proper amount of lubricating oil.
6. Testing and Adjustment: Following installation, carry out the necessary testing and adjustments to make sure the damper is operating as intended and that no additional issues, such as oil leaks, are present.

Ventaja y función

• Sealing performance: The damper oil seal is capable of tightly sealing the lubricating oil inside the damper, stopping leaks and the entry of outside pollutants, and safeguarding the regular functioning of the damper’s internal parts.
• Friction reduction: The damper oil seal enables smooth piston rod movement and a good damping effect by using unique materials and designs to decrease friction between the piston rod and the oil seal.
• Durability and wear resistance: High-quality manufacturing materials are resistant to wear and tear and can tolerate high temperatures, high pressures, and frequent movement, which prolongs the damper’s service life.
• Resistance to chemical corrosion: Damper oil sea can withstand the eroding effects of a wide range of chemicals, such as solvents, lubricants, acids, and alkalis, among others, without compromising its sealing or functioning.
• Energy and shock absorption: By helping the damper system to efficiently absorb and distribute impact and vibration energy, the oil seal contributes to smooth suspension, shock absorption, and increased driving comfort and stability.
• Waterproof and dustproof: It can successfully keep moisture, dust, and other particles out of the damper system, keeping it clean and functioning correctly and lowering component wear and failure.
• Low friction and great efficiency: A high-quality damper oil seal may minimize friction loss, boost damper system effectiveness, conserve energy, and cut down on energy waste.

Conclusión

The damper oil seal, which is positioned between the piston rod and the outside environment, is an essential part of dampers or shock absorbers. It is composed of soft rubber material and keeps lubricating oil leaks from occurring. Its primary job is to distribute and store lubricating oil, which lowers wear and friction and boosts productivity. The installation of the seal necessitates appropriate planning, cleaning, inspecting, and lubricating as it is crucial to good operation and performance. Its advantages include energy absorption, waterproofing, chemical resistance, sealing performance, friction reduction, durability, and energy efficiency.