T&S S000965-20 Hex Locknut, Stainless Steel

The T&S S000965-20 Hex Locknut is a high-performance, commercial-grade component designed to secure sink assemblies and other kitchen equipment with unmatched durability. Crafted from premium stainless steel, this locknut is built to withstand daily wear in fast-paced restaurant environments, handling water temperatures from 40°F to 140°F and pressure up to 125 PSI. Its 1 1⁄2-inch diameter and 1 1⁄8-18 UNEF female thread ensure a perfect fit with corresponding bolts, making it an essential part for professional kitchens. Part of the EverSteel series, this locknut is backed by a 1-year limited warranty, offering restaurant owners peace of mind. Whether you're assembling new equipment or replacing worn components, this hex locknut provides the reliability and precision needed to keep operations running smoothly. Commercial kitchens demand parts that can endure rigorous use without compromising performance. The T&S S000965-20 delivers exactly that—engineered for strength, corrosion resistance, and longevity. Its 5⁄16-inch thickness and stainless steel construction prevent stripping or loosening, even under high-pressure conditions, which is critical for maintaining hygiene and functionality in restaurant settings. Buying from a trusted brand like T&S ensures compatibility with a wide range of commercial kitchen equipment, reducing the risk of mismatched parts. With its easy installation and long-lasting durability, this hex locknut is a cost-effective solution for professional kitchens looking to upgrade or maintain their equipment. For restaurant managers, chefs, and equipment suppliers, the T&S S000965-20 Hex Locknut is a must-have for maintaining the integrity of sink systems and other faucet components. Its compatibility with 1 1⁄8-18 UNEF threads makes it versatile for various commercial applications, from under-mount to drop-in sinks. Don’t let worn or failing locknuts disrupt your kitchen operations—order this high-quality, stainless steel hex locknut today and experience the difference in strength and reliability.