Nu-Tech Engineering Stainless Steel M16 Thread 100 mm Diameter Adjustable Foot 2000 kg Static Load Capacity 10 ° A195/004

Nu-Tech Engineering A195/004 Adjustable Foot offers durable and reliable support for industrial machinery with an emphasis on stability and vibration control. This adjustable foot features an M16 thread size and a substantial 100 mm diameter stainless steel base capable of supporting a static load of 2000 kg. The design incorporates a 10-degree tilt angle, allowing it to compensate for uneven floors and provide secure leveling.

The foot assembly includes a 200 mm thread length that facilitates easy adjustment and installation in various mounting scenarios. The overall height of 245 mm provides flexibility in machine positioning. Both the stud and base materials are made from high-quality stainless steel, specifically type 303 stainless steel with a glass-filled polyamide base, ensuring excellent resistance to corrosion and wear.

This product is ideal for applications in mechanical, industrial, and manufacturing sectors where machinery stability is critical. Its robust construction and precise engineering guarantee long-lasting performance even in demanding environments.

The adjustable foot features a stainless steel base for corrosion resistance. Equipped with a 10-degree tilt angle to accommodate uneven surfaces. Thread length of 200 mm ensures secure fitting and adjustment. Overall height measures 245 mm for versatile mounting applications.

Suitable for industrial and mechanical applications requiring stable machine mounting. Stud material is stainless steel, matching the robust base construction. Base made of type 303 stainless steel with glass-filled polyamide foot for durability and grip.

Manufactured in the United Kingdom ensuring high quality standards.

Choose this high-quality adjustable foot from Nu-Tech Engineering for enhanced durability and precision in machine leveling. Explore more machine mounts and industrial components in the Adjustable Foot category on EnvMart for comprehensive solutions.