The rubber vibration damper block is designed for vibration isolation and cushioning applications in industrial equipment such as compressors, pumps, HVAC systems, generators, and other machinery.

Manufactured using rubber materials such as oil-resistant compounds or other customized elastomers, the product functions as an interface between vibrating equipment and supporting structures. It is commonly used to help reduce vibration transmission, impact forces, and operational noise in industrial environments.

Its compact structure allows installation in applications requiring basic vibration control and equipment support. Depending on design and material selection, the damper block may assist in reducing mechanical stress caused by equipment movement and vibration.

The product is available in different sizes, hardness ranges, and material options according to application and load requirements. Surface textures and material formulations can also be customized based on installation conditions.

Key Features

• Designed for vibration and shock reduction applications

• Available in oil-resistant rubber and other customized compounds

• Suitable for compressors, pumps, HVAC systems, generators, and related equipment

• May assist in reducing vibration transmission and operational noise

• Available in multiple sizes and hardness ranges

• Surface and structural configurations can be customized for different applications

• Designed for straightforward installation and maintenance

Customized Sealing Solutions for Industrial Applications

Hebei Xianghe Rubber Plastic Products Co., Ltd. provides customized rubber sealing strips and rubber-plastic products for industrial, transportation, and architectural applications.

These sealing products are used in applications such as automotive systems, cold storage equipment, rail transit, industrial enclosures, doors and windows, and related industries requiring sealing, insulation, cushioning, or environmental protection functions.

Product dimensions, cross-sectional profiles, and structural configurations can be developed according to installation requirements and application conditions. Material selections may include EPDM, silicone, flame-retardant compounds, and other elastomer materials depending on project specifications.

Different rubber materials offer varying characteristics related to weather resistance, elasticity, temperature adaptability, and chemical resistance under specific operating conditions.

EPDM	Silicone	SBR	FKM	NBR