Menu
Your Cart

Gray EPDM rubber cushion ring 205x180

Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Gray EPDM rubber cushion ring 205x180
Material:EPDM Rubber
Size:205mm x 180mm
Hardness (Shore A):50-75°
Minimum length:50 pieces
Full coil length:100 pieces
Colour:Grey
Estimated delivery:10 to 12 working days
  • Stock: In Stock
  • Model: EVTK73
4243 views

Rubber Grommet: Definition and Applications

A rubber grommet is a type of rubber accessory used for insulation, shock absorption, or securing between different surfaces or components. It is commonly employed to protect mechanical parts from impacts, vibrations, noise, and wear.

Rubber grommets typically come in round or wheel-shaped designs and are made from synthetic rubber or natural rubber. Rubber materials exhibit elasticity and good load-bearing capabilities, enabling them to effectively serve as insulators and shock absorbers.

The applications of rubber grommets are highly diverse. They find use in various industries such as automotive, machinery, electronics, medical devices, construction, and many others. For instance, in the automotive sector, rubber grommets are used to secure components within the engine, gearbox, suspension system, and chassis. In the electronics industry, they can be employed to dampen vibrations and reduce noise in electronic devices like computers and printers.

Rubber grommets offer numerous advantages and have various applications across industries. Below are some key benefits and common applications of rubber grommets:

Advantages of Rubber Grommets:

1. Insulation and Shock Absorption: Rubber grommets excel at insulating and dampening shocks, preventing the transfer of heat, vibrations, noise, and impacts between different surfaces or components.

2. Elasticity and Durability: Rubber's natural elasticity allows grommets to flex and return to their original shape after bearing loads. Additionally, rubber materials resist environmental factors such as sunlight, chemicals, and abrasion, enhancing grommet longevity and durability.

3. Flexibility and Easy Installation: Rubber grommets can be designed and manufactured in various sizes, shapes, and hardness levels to suit specific application requirements. They are also easy to install and replace in mechanical and electronic systems.

Applications of Rubber Grommets:

1. Automotive and Motorcycle: Rubber grommets are used in engine systems, gearboxes, suspension systems, braking systems, and other components in automobiles and motorcycles to provide insulation, shock absorption, and secure fastening.

2. Electronics Industry: In electronic devices such as computers, printers, telecommunication equipment, rubber grommets are utilized to reduce vibrations, minimize noise, and protect crucial components from external impacts.

3. Processing and Manufacturing Industry: In food processing, chemical, pharmaceutical, and manufacturing industries, rubber grommets are employed for insulation and shock absorption in machinery, equipment, and systems to safeguard products and personnel.

4. Construction and Architecture: Rubber grommets can be used in construction and architecture to dampen vibrations and reduce noise in bridges, buildings, drainage systems, and other structures.

5. Medical Devices: In the medical field, rubber grommets find application in medical imaging equipment, testing devices, and mobile medical devices to provide shock absorption and insulation.

Rubber grommets are versatile components that play a crucial role in ensuring the efficiency, safety, and longevity of various mechanical and electronic systems in different industries.

EPDM Rubber Flange Gasket: Definition and Applications
EPDM rubber flange gasket, made from EPDM rubber material (Ethylene Propylene Diene Monomer), is a type of gasket commonly used in various industrial applications. EPDM is a synthetic rubber known for its excellent resistance to oxidation, weathering, and various chemicals, making it suitable for a wide range of industrial uses.
EPDM rubber flange gaskets are typically used in pipe systems and flange connections to create a tight interface between two flanges. They are often circular or wheel-shaped, with a center hole to accommodate pipes or tubes. These gaskets possess good compressibility and can withstand different temperatures and pressures.
Advantages of EPDM Rubber Flange Gaskets:
1. Oxidation and Weather Resistance: EPDM exhibits excellent resistance to oxidation and can withstand harsh weather conditions, such as high and low temperatures, sunlight exposure, and environmental impacts. This contributes to the gasket's longevity and water-tight properties.
2. Chemical Resistance: EPDM rubber flange gaskets can resist various chemicals, including oils, solvents, weak acids, weak bases, and other chemicals. This makes them suitable for applications in chemical, petrochemical, and fluid handling industries.
3. Elasticity and Compressibility: EPDM rubber possesses natural elasticity, allowing the gasket to compress and create a tight interface between flanges. This ensures a firm seal and prevents leakage.
4. Electrical Insulation: EPDM offers good electrical insulation properties, preventing the conduction of electricity in electronic applications or environments requiring high electrical insulation.
5. UV Resistance: EPDM rubber flange gaskets are resistant to ultraviolet (UV) rays and do not degrade or fade when exposed to sunlight and other environmental factors.
Applications of EPDM Rubber Flange Gaskets:
1. Chemical Industry: EPDM rubber flange gaskets are used in pipe systems, equipment, and chemical tanks to create a tight interface between flanges, preventing leaks and the effects of chemical fluids.
2. Petrochemical Industry: In oil and gas pipelines, air systems, equipment, and components, EPDM rubber flange gaskets provide watertight seals and can withstand high temperatures and pressures.
3. Water Treatment: EPDM rubber flange gaskets are utilized in water treatment systems, water tanks, containers, and related equipment to ensure water-tightness and resistance to water and additives.
4. Food Processing and Manufacturing: EPDM rubber gaskets are commonly used in the food processing and manufacturing industry to create a tight interface between equipment and pipes, ensuring safety and hygiene during food production.
5. Various Industries: EPDM rubber flange gaskets are also used in electronics, construction, automotive industry, water supply and drainage systems, air conditioning systems, and many other applications.
In summary, EPDM rubber flange gaskets offer significant advantages, such as oxidation resistance, chemical resistance, elasticity, and electrical insulation, making them widely used in various industries.
Neoprene Rubber Gasket
Neoprene rubber gasket is a type of rubber accessory made from neoprene material. Neoprene is a synthetic rubber with fire resistance, weather resistance, oil resistance, and the ability to withstand various physical and chemical impacts. Due to these properties, neoprene rubber gaskets are used in various applications.
Advantages of Neoprene Rubber Gaskets:
1. Temperature and Pressure Resistance: Neoprene can withstand high temperatures and pressures, allowing neoprene rubber gaskets to be used in applications requiring high-temperature environments or high pressure.
2. Oil and Chemical Resistance: Neoprene rubber gaskets are resistant to oils and can withstand certain chemicals, including solvents and cleaners. This makes them suitable for applications in chemical, petrochemical, and automotive industries.
3. Weather and Ozone Resistance: Neoprene is weather-resistant and can withstand sunlight and ozone exposure. This helps neoprene rubber gaskets maintain good functionality and longevity in harsh outdoor environments.
4. Elasticity and Durability: Neoprene rubber gaskets have natural elasticity and are resistant to abrasion, allowing them to retain their shape and functionality over a long period.
Applications of Neoprene Rubber Gaskets:
1. Automotive Industry: Neoprene rubber gaskets are used in suspension systems, brake systems, and other components of automobiles to dampen vibrations, reduce noise, and provide insulation.
2. Petrochemical Industry: Neoprene rubber gaskets are used in oil pipelines, air systems, equipment, and components in the petrochemical industry to withstand pressure, high temperatures, and oil resistance.
3. Electronic Equipment: Neoprene rubber gaskets are used in electronic devices such as computers, telecommunications equipment, and medical devices for insulation, vibration reduction, and protection.
4. Construction Industry: Neoprene rubber gaskets are used in construction, especially in applications requiring vibration reduction, noise insulation, and thermal insulation, such as bridge systems, basements, and foundations.
5. Food Industry: Neoprene rubber gaskets can be used in various applications in the food industry to ensure safety and hygiene.
In conclusion, neoprene rubber gaskets offer significant advantages, including temperature and pressure resistance, oil and chemical resistance, weather and ozone resistance, elasticity, and durability, making them widely used in different industries.
Machine Slot Rubber Gasket
Machine slot rubber gasket is a specialized type of rubber gasket designed to fit into slots or grooves on machinery or equipment. Manufactured from synthetic rubber or natural rubber, machine slot rubber gaskets typically have a U-shape or V-shape to match the size and shape of the required slot or groove.
Advantages of Machine Slot Rubber Gaskets:
1. Anti-Slip and Secure Fit: Machine slot rubber gaskets are designed with high friction properties, which prevent slipping and securely hold parts, equipment, or materials during operation. They create a tight and stable fit in the slot or groove, preventing movement and misalignment of components.
2. Insulation and Damping: Machine slot rubber gaskets provide electrical insulation and damping between machinery and other surfaces or components. They help reduce noise, vibration, and shock during machine operation.
3. Protection and Abrasion Resistance: Machine slot rubber gaskets protect other surfaces or components from impact, abrasion, and damage caused by friction. They increase the lifespan and preserve the integrity of components during use.
4. Durability and Load Bearing Capacity: Machine slot rubber gaskets made from synthetic or natural rubber have good elasticity and load-bearing capacity. This allows them to maintain their shape and original functionality over time.
Applications of Machine Slot Rubber Gaskets:
1. Mechanical Industry: Machine slot rubber gaskets are used in mechanical applications to secure and insulate components, prevent slipping, and provide damping in various equipment, machinery, and systems.
2. Electronics Industry: Machine slot rubber gaskets can be used in electronic devices to provide insulation, vibration reduction, and anti-slip properties.
3. Automotive Industry: Machine slot rubber gaskets are used in suspension systems, brake systems, and other components of automobiles to dampen vibrations, reduce noise, and provide insulation.
4. Construction Industry: Machine slot rubber gaskets can be used in construction to reduce vibrations and shock in bridge systems, basements, and foundations.
5. Other Applications: Machine slot rubber gaskets are also used in various industries, such as the food industry, chemical industry, and many other applications in devices and machinery.
Machine slot rubber gaskets play a crucial role in providing insulation, damping, anti-slip, and protection for components in industrial applications.
Specifications
Cao 10mm
Rộng 5mm
Thickness 1.5mm

Write a review

0/5
You have this product?
5
(0)
4
(0)
3
(0)
2
(0)
1
(0)