Rubber Vibration Isolator Mount (1" Diameter x 3/4" Height) 5/16-18 x 3/8" Long Stud

Product Overview

Dimensions & Specifications

• Rubber Diameter: 1"
• Rubber Height: 3/4"
• Threaded Stud Length: 3/8"
• Thread Size (Male Stud): 5/16"-18
• Threaded Female Insert: 5/16"-18
• Material Composition: Industrial-grade, high-resilience rubber for long-lasting performance

Key Performance Benefits

• Superior Vibration Dampening: Effectively absorbs shocks and reduces vibrations in machinery, appliances, and equipment.
• Enhanced Noise Suppression: Minimizes operational noise, creating a quieter environment in industrial and residential settings.
• Heavy-Duty Durability: Engineered for long-term use, resistant to wear, moisture, oils, and extreme temperatures.
• Versatile Applications: Ideal for use in HVAC systems, compressors, generators, automotive engines, workbenches, and more.

Features & Advantages

• Industrial-Strength Rubber: High-performance elastomer ensures resilience, flexibility, and long service life.
• Optimized Stud Design: 5/16"-18 threaded male stud for secure, reliable attachment in high-vibration environments.
• Threaded Female Insert: 5/16"-18 internal thread allows for easy attachment to various mounting surfaces.
• Multi-Purpose Use: Suitable for heavy machinery, electronic devices, furniture, and custom fabrication projects.
• Shock Absorber Technology: Reduces mechanical stress and prevents premature wear on equipment.

Easy Installation Guide

How to Install a Rubber Vibration Isolator Mount

1. Prepare the Surface: Clean the installation area, removing dust, grease, or debris.
2. Align the Mount: Position the isolator in the designated location for proper weight distribution.
3. Secure the Stud: Use a socket wrench or appropriate tool to fasten the 5/16"-18 threaded male stud securely.
4. Attach to Female Insert: If using the female insert, thread the bolt securely into the 5/16"-18 internal thread.
5. Check for Alignment: Ensure the mount is correctly aligned to maximize vibration absorption and stability.
6. Test the Load: Apply pressure gradually to confirm proper installation and performance.
7. Routine Inspection: Periodically check for wear, ensuring continued efficiency and longevity.