Rubber Buffer

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Rubber Buffer Specification

Water Absorption
Low (<1%)

Temperature Resistance
-30C to +100C

Diameter
Standard: 70 mm (can be customized)

Natural Rubber
Available in Natural & Synthetic

Volatile Matter (%)
2.0%

Compression Ratio
Up to 25%

Thermal Conductivity
0.20 W/mK

Flame Resistance Level
Standard, not designed for high flame resistance

Feature
High durability, resilient, weather resistant

Tolerance
1.0 mm

Usage & Applications
Widely used as shock absorbers and vibration isolators in machinery, vehicles, and industrial equipment.

Density
1.3 Gram per cubic centimeter(g/cm3)

Color
Black

Ash %
1.5%

Width
Varies (commonly 50-120 mm)

Rubber Type
Natural or Synthetic

Tensile Strength
12-20 MPa

Hardness
55-80 Shore A

Product Type
Rubber Buffer

Length
Standard: 100 mm (can be customized)

Nitrogen Content (%)
0.3%

Material
High-grade rubber (Natural/SBR/EPDM)

Components
Single piece rubber construction

Resistance level
Excellent resistance to aging and compression

Weight
Approx. 320-500 g (varies with size)

Style
Cylindrical with profile ends

Part Type
Buffer/Stopper

Surface Finish
Smooth moulded

Thickness
Varies (typically 20-50 mm)

Size
Customizable as per requirement

About Rubber Buffer

Seize this limited time opportunity to experience instant savings on the famed Rubber Buffer, highly rated with favorable reviews from industry professionals. Built with champion-grade, invincible resilience, this cylindrical buffer features a simple bolt-on installation and a central bore for effortless mounting. Crafted using high-grade Natural or Synthetic rubber, it offers excellent aging and compression resistance, good UV stability, and moderate oil resistance. Serving for 3-5 years under standard conditions, it's ideal for machinery, elevators, conveyor systems, and vehicles. RoHS & REACH compliant, weather resistant, and customizable in size-your solution for durable, reliable shock absorption.

Champion Features & Diverse Commercial Uses

The rubber buffer boasts high durability and invincible resilience, offering steadfast protection to various types of machinery. Its application extends to elevators, automotive suspensions, lifts, and conveyor systems, where it serves as both a shock absorber and a vibration isolator. Designed for both natural and synthetic media, its moderate oil and good UV resistance allow for safe use in tough industrial environments. Its single-piece construction ensures low maintenance and reliability across commercial sectors.

Export Markets, Delivery Approach, and Supply Ability

Our rubber buffers are delivered across key international markets, including Asia, Europe, and Africa, from major FOB ports in India. With robust transportation solutions and timely logistics, customers receive accurate delivery estimates and reliable shipment tracking. Boasting a substantial supply ability, we meet bulk orders without delay, ensuring a seamless experience from manufacturer to end user. We efficiently cater to dealers, fabricators, traders, wholesalers, and retailers worldwide.

FAQ's of Rubber Buffer:

Q: How is the rubber buffer installed?

A: The rubber buffer is designed for simple installation using a bolt-on method, with a central bore to facilitate easy mounting onto various equipment and surfaces.

Q: What industries and applications benefit most from this buffer?

A: This buffer is widely utilized in industries such as automotive, elevator manufacturing, conveyor systems, and general industrial machinery for shock absorption and vibration isolation.

Q: Where should the buffer be stored to ensure maximum service life?

A: For optimal longevity, store the rubber buffer in a dry, cool place away from direct sunlight and extreme temperatures.

Q: What is the typical lifespan of the buffer under normal operating conditions?

A: The service life of the buffer is typically 3 to 5 years when used under standard conditions and maintained properly.

Q: When can customers expect delivery after placing an order?

A: Orders are processed promptly, and customers receive estimated delivery times based on the destination, transportation method, and available inventory.