Material: EPDM/TPE/TPV
Color: Black or custom. Delivery time: 15-35 days.
Size: Customizing
Production Technology: Extrusion or molding.
Material: EPDM
Color: Black or custom. Delivery time: 15-30 days
Size: Customizing
Production technology: Molding
Functions: Waterproof, durable, anti-aging
Operating temperature: -30 to 140°C (dense part)
Weather resistance: Heat-resistant, damaged by extreme weather, corrosion-resistant, heat-resistant and cold-resistant.
Hardness: 30-90°SHA(dense part)
Material: EPDM foam spacer
Color: Black or custom. Delivery time: 10-40 days
Size: Customizing
Application:
Automotive Shock-absorbing sealing
Material: EPDM
Color: Black or custom. Delivery time: 10-40 days
Size: Customizing
Production technology: Molding
Features: Waterproof, durable, anti-aging and highly tensile
Operating temperature: -50 ~ 150°C (dense part),
Weather resistance: Heat-resistant, damaged by extreme weather, corrosion-resistant, heat-resistant and cold-resistant.
Hardness: 30-90°SHA (dense part)
Material: EPDM
Color: Black or custom. Delivery time: 10-40 days
Size: Customizing
Production technology: molding
Functions: Waterproof, durable, anti-aging
Operating temperature: -50 to 150°C (dense part)
Weather resistance: Heat-resistant, damaged by extreme weather, corrosion-resistant, heat-resistant and cold-resistant.
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Our EPDM Rubber Shock Absorber Part is a high-performance molded rubber component designed for automotive vibration damping, buffering, and shock absorption applications. Manufactured from premium EPDM rubber, this component offers excellent resistance to heat, ozone, UV exposure, weathering, and long-term mechanical stress, ensuring reliable performance in demanding automotive environments.
Engineered to reduce vibration transmission and absorb impact forces, the rubber part helps improve system stability, reduce noise levels, and protect surrounding components from excessive wear. Its superior elasticity and compression recovery allow it to maintain consistent damping performance throughout extended service life.
Produced through precision molding processes, the component can be customized in shape, size, hardness, and structural design to meet specific vehicle requirements. It is widely used in automotive suspension systems, shock absorber assemblies, chassis components, vibration isolation systems, and other rubber buffering applications.

Premium EPDM rubber material
Excellent vibration damping performance
Superior heat, UV, and ozone resistance
Waterproof and anti-aging properties
High tensile strength and durability
Excellent compression set resistance
Long service life under harsh operating conditions
Custom sizes, shapes, and hardness available
OEM and ODM manufacturing support
Enhanced Ride Comfort: By minimizing road vibrations and impacts, it significantly improves driving and riding comfort, reducing fatigue during long journeys.
Component Protection: Effectively cushions shocks to prevent excessive wear on other vehicle or equipment components, extending their service life and reducing maintenance costs.
Versatile Adaptability: Customizable in size and specifications, it fits a wide range of vehicle models and industrial applications, offering flexible integration options.
Consistent Performance: Operates stably across diverse environmental conditions, ensuring reliable vibration control regardless of temperature fluctuations or weather changes.
Easy Integration: Designed to align with standard installation requirements, it facilitates hassle-free fitting without the need for complex modifications.
| Item | Specification |
|---|---|
| Product Name | EPDM Rubber Shock Absorber Part |
| Alternative Name | Automotive Rubber Buffer, Vibration Damping Rubber Component, Molded Rubber Part |
| Material | EPDM Rubber |
| Manufacturing Process | Compression Molding / Injection Molding |
| Color | Black or Customized |
| Hardness | 30–90 Shore A (Customizable) |
| Temperature Range | -50°C to +150°C |
| Tensile Strength | High Tensile Performance |
| Elongation | Excellent Elasticity and Flexibility |
| Compression Set Resistance | Excellent |
| Weather Resistance | Excellent |
| UV Resistance | Excellent |
| Ozone Resistance | Excellent |
| Water Resistance | Excellent |
| Function | Vibration Damping, Shock Absorption, Noise Reduction, Buffer Protection |
| Application | Automotive Suspension, Shock Absorber Systems, Chassis Components, Rubber Buffer Assemblies |
| Vehicle Types | Passenger Cars, SUVs, Trucks, Commercial Vehicles |
| Custom Shape | Available |
| Custom Size | Available |
| Custom Hardness | Available |
| OEM Service | Available |
| ODM Service | Available |
| Sample Development | Available |
| Drawing Format | CAD, PDF, STEP, IGS, STP |
| Packaging | Standard Export Carton or Customized Packaging |
| MOQ | Negotiable |
| Production Capacity | Mass Production Available |
Automotive Industry: Ideal for cars, motorcycles, and other passenger or commercial vehicles, installed as front or rear shock absorbers to improve handling and ride quality.
Industrial Machinery: Suitable for heavy-duty equipment, production lines, and machinery that requires vibration dampening to protect precision parts and ensure operational stability.
Transportation Equipment: Used in trucks, trailers, and off-road vehicles to mitigate impacts from rough terrains, safeguarding cargo and enhancing vehicle control.
Recreational Vehicles: Perfect for ATVs, UTVs, and motorhomes, providing a smoother ride during outdoor adventures and off-road trips.
Xinqiang provides complete OEM and ODM services for molded rubber components. We support custom mold development, material formulation adjustment, hardness customization, prototype production, and mass manufacturing according to customer drawings, samples, or technical specifications.
Whether you require a custom EPDM rubber buffer, vibration damping component, or automotive shock absorber rubber part, our engineering team can provide tailored solutions to meet your application requirements.
We use high-quality EPDM rubber compounds that provide outstanding resistance to heat, ozone, UV exposure, moisture, and environmental aging. This ensures reliable long-term performance even under harsh operating conditions.
Our molded rubber components effectively absorb vibration and impact energy, helping reduce noise, improve ride comfort, and protect surrounding mechanical parts from excessive wear.
Whether you provide a drawing, sample, or concept, our engineering team can develop custom molds and optimize product structures to meet your exact application requirements.
We offer customized hardness ranges and rubber formulations to achieve the desired balance of flexibility, durability, and shock absorption performance.
Every production batch undergoes strict quality inspections, including dimensional verification, hardness testing, tensile testing, compression set testing, and aging resistance evaluation.
With extensive experience in automotive rubber component manufacturing, we support OEM and ODM projects for global vehicle manufacturers, distributors, and aftermarket suppliers.
From prototype development to large-scale production, we provide fast response times, stable manufacturing capacity, and reliable delivery schedules to support your project requirements.
In addition to shock absorber rubber parts, we manufacture automotive seals, weatherstrips, rubber buffers, vibration isolators, grommets, bushings, and various custom molded rubber components.
EPDM is chosen for its exceptional combination of waterproof, anti-aging, and weather-resistant properties. It maintains flexibility and strength across a wide range of temperatures, ensuring the shock absorber performs reliably in diverse conditions without cracking, hardening, or deteriorating.
Yes, the shock absorber offers full customization options to match the unique requirements of different vehicle models, including size, shape, and mounting configurations. This ensures a perfect fit and optimal performance for each application.
By reducing excessive jolting and stabilizing the vehicle or equipment, the shock absorber improves handling and control. This minimizes the risk of loss of traction or instability on uneven surfaces, contributing to overall safety during operation.
Absolutely. Its robust construction and vibration-dampening capabilities make it suitable for industrial machinery, production lines, and equipment where controlling vibrations is crucial to protect precision components and ensure smooth operation.
