What is an Elastomeric Hanger?

An elastomeric hanger is a specialized mounting device designed to isolate and reduce vibration transmission.

These hangers utilize a spring and elastomeric component to absorb shocks and dampen vibrations, making them ideal for sensitive audio environments.

They are crucial for preventing structural noise and improving the acoustic performance of studios and home theaters.

How do these Isolators work?

These spring vibration isolators work by suspending equipment and decoupling it from the mounting surface.

The spring mechanism absorbs high-frequency vibrations, while the elastomeric material dampens lower-frequency movements, providing comprehensive isolation.

This dual-action system ensures maximum reduction in noise and structural resonance, leading to a cleaner audio experience.

Key Features and Specifications

This pack includes two elastomeric hangers, each measuring 100mm x 50mm x 50mm (approximately 4 x 2 x 2 inches).

Constructed from durable elastomeric materials, these hangers are built to withstand consistent use and effectively absorb vibrations.

The model number for these shock absorbers is 'shock absorbers', and they are designed for ceiling suspended mounting applications.

Specifications:

• Size: 100mm x 50mm x 50mm (4" x 2" x 2")
• Model Number: shock absorbers
• Brand Name: FGHGF

Frequently Asked Questions:

What is the primary function of these elastomeric hangers?

These hangers are designed to isolate and reduce vibration transmission, providing a more stable and quieter environment for studios and home theaters.

What are the dimensions of each hanger?

Each hanger measures 100mm x 50mm x 50mm, which is approximately 4 inches by 2 inches by 2 inches.

How many hangers are included in this pack?

This product comes as a 2-pack, providing two elastomeric vibration isolator hangers.

What type of mounting is recommended for these isolators?

These isolators are specifically designed for ceiling suspended mounting applications to effectively decouple equipment from structural vibrations.