Ives SB1640-TL US10B Standard Duty Surface Bolt offers a robust solution for securing doors in commercial settings. This 8-inch steel surface bolt is designed with universal strikes, ensuring compatibility with various door types and configurations. Its locking mechanism provides an extra layer of security, making it an essential component for high-traffic areas. Crafted from durable bronze material and finished in a rich oil-rubbed bronze (613/US10B), the Ives SB1640-TL not only enhances the aesthetic appeal of your doors but also withstands the rigors of daily use. The dark bronze finish offers a sophisticated touch, seamlessly integrating with a variety of architectural styles. This surface bolt is part of Ives’ extensive range of premium-quality hardware accessories, designed to deliver both flexibility and superior value. The installation process is straightforward, tailored specifically for commercial applications, making it an ideal choice for building professionals and knowledgeable homeowners alike. Whether you are looking to upgrade security or ensure the longevity of your door hardware, the Ives SB1640-TL Standard Duty Surface Bolt is built to meet your needs with reliability and style. With each unit sold individually, it’s a practical addition to any security hardware arsenal.
Standard Duty Surface Bolt
8" Steel Surface Bolt, Universal Strikes, Locking, Oil Rubbed Bronze
A full line of premium-quality building hardware and accessories that delivers application flexibility and superior value.
Ives has produced a full line of premium-quality hardware accessories that deliver flexibility and value. The expansive portfolio includes hinges, pivots, flush bolts, strikes, door trim, pulls, protection plates, lock guards and many other hardware accessories.
Base Material: Bronze
Commercial Residential: Commercial
Finish: 613/US10B
Finish Family: Dark Bronze
Installation: Commercial
Pack Qty: 1
Series: Ives Architectural Hardware
Subtype: Latches, Catches and Bolts
Type: Hinges and Pivots
Unit of Measure: Each
