Taica Cylindrical M10 Anti-Vibration Mount Male Buffer Foot 880 N Compression 85 mm OD 64 mm H SF-50 SUS

Taica SF-50 SUS Cylindrical M10 Anti-Vibration Mount Male Buffer Foot SF-50 SUS offers robust vibration damping with a compression load rating of 880 N. Its 85 mm outside diameter and 64 mm overall height provide a sturdy buffer foot ideal for industrial applications requiring sensitive shock absorption.

This anti-vibration mount features a silicone gel material that dampens vibrations to lower frequencies than traditional rubber or neoprene mounts. It also provides notable shock absorption and noise reduction, increasing equipment longevity and operator comfort.

The mount is equipped with a base stand type and uses a male M10 threaded stud for secure fixing, making it suitable for a wide range of mounting requirements. Its operating temperature span of -20°C to 90°C allows usage in diverse environments including outdoor installations.

Designed for compression-only use, these mounts feature a cylindrical foot shape and use stainless steel materials for durability and corrosion resistance. The stainless steel versions, including the SF-50 SUS, are excellent choices for outdoor and harsh environments.

Applications include vacuum pumps, precision equipment, measuring devices, on-board computers, and other sensitive electronic equipment that require stable vibration isolation and shock protection. Note that these mounts are not suitable for uneven, angular, twisting, tensile, or shearing loads.

Features high-performance vibration damping with a compression capacity of 880 N. Constructed with durable silicone gel and stainless steel for outdoor use. Designed for stability and easy installation with M10 male thread and base mount.

Wide operating temperature range supports various industrial and environmental conditions. Suitable for precision instruments, electronic equipment, and industrial machinery isolation.

This product is made in Japan, ensuring quality and reliability in demanding industrial contexts. Its design supports the reduction of noise and vibration-induced equipment wear, contributing to longer system life and better performance.

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