Revolutionize Deck Mounting with Weld Mount Stainless Standoffs

Step into the future of marine hardware installation with the Weld Mount .75" Tall Stainless Standoff Through Thread. This innovative solution is designed for versatile and robust deck applications, featuring a through-thread that allows for mounting from either side of the base. Unlike traditional SOB standoffs with a blind thread, the SOT series standoffs ensure ease of installation and flexibility. Manufactured in premium 316 stainless steel, these standoffs are perfect for any marine environment, offering superior corrosion resistance and strength. The .75" tall standoff, combined with a 5/16" x 8 thread, is friction-welded to its base for unparalleled durability, supporting through-deck mounting of hardware or any application requiring a fixed female thread.

Standout Features for Unmatched Performance

• Through-thread design for dual-sided mounting flexibility
• Made from 316 stainless steel for exceptional corrosion resistance
• Inertial (friction) welded base for enhanced strength and reliability
• 1.25" diameter base for stable and secure installation

Robust Technical Specifications

• Material: High-grade 316 stainless steel, ideal for marine applications
• Thread: 5/16" x 8, through-thread for versatile installation
• Height: .75" tall, providing a compact yet effective standoff for mounting
• Base Diameter: 1.25", ensuring a robust mounting point

Application Versatility

• Ideal for through-deck mounting of hardware, offering a secure fixed female thread
• Perfect for any marine application requiring reliable and corrosion-resistant mounting solutions

Choose Your Ideal Variant

• 51618122 5/16" x 8: The original model, perfect for a wide range of applications requiring the 5/16" x 8 thread size
• 1024122 10 x 24: A variant for those needing a different thread size, offering the same durability and flexibility with a 10 x 24 thread

With the Weld Mount .75" Tall Stainless Standoff Through Thread, secure mounting on your vessel has never been easier or more reliable. This range of standoffs not only simplifies the