C.R. Laurence GRL107HMBL Matte Black 90 Degree Horizontal Corner for 11 Gauge Low Profile Cap Railings offers a sleek solution for creating seamless glass assemblies in your architectural projects. Designed for 3/4" (19 mm) thick glass, these corners provide the perfect finish for your railing systems, ensuring hairline joint assemblies that enhance the overall aesthetic. Constructed from durable stainless steel, the GRL107HMBL corner pieces are welded and finished for a clean and professional appearance. Available in a striking matte black finish, they complement a variety of design styles and settings. With three finishes to choose from, these corners allow for versatile integration into your projects. Installation is straightforward, as each corner comes ready-to-install, significantly reducing labor time. To achieve a secure and lasting bond, pair the corners with CRL's Cat. No. 32629 Metal Contact Cement, and remember that two connector sleeves are required for each corner. Whether you're working on a residential or commercial project, the C.R. Laurence GRL107HMBL provides the durability and elegance needed for modern railing systems. With no shipping limitations and compliant with safety standards, these corners are an excellent choice for building professionals seeking reliability and style.
Matte Black 90 Degree Horizontal Corner for 11 Gauge Low Profile Cap Railings
Most shipping weights are approximate and have not been verified. If the exact weight is needed in order to determine shipping costs, and shipping costs are required in order for you to complete your order, please request this prior to submitting your order by contacting CRL Customer Service. Product images shown are of the actual product or a close representation. Colors can vary depending on your computer's video card and on how your monitor's color is adjusted.
Angle: 90
Compliance and Restrictions: Warning Reproductive Harm - www.p65warnings.ca.gov
Finish/ Color:: Matte Black
Glazing Thickness: 3/4 in. (19 mm)
Material: Stainless Steel
Shipping Limitations: None