CRL DJ970 - U.S. Aluminum Drill Jig for Vertical Mullions, BW3250 Series Curtain Wall is expertly crafted for use with the U.S. Aluminum BW3250 Series blast-resistant curtain wall extrusions. This precision-engineered steel jig seamlessly fits onto the vertical extrusions, serving as an essential template for accurately drilling holes in both vertical and horizontal members for shear blocks. Designed with the demands of building professionals in mind, this drill jig enhances installation efficiency by ensuring perfect alignment and placement of fasteners. The robust construction guarantees durability, making it an invaluable tool for any glazing project involving the BW3250 series. With its straightforward design, users can expect a hassle-free drilling process, reducing the risk of errors and maximizing productivity. The jig is finished in a mill color, ensuring compatibility with a range of architectural designs. Additionally, there are no shipping limitations, allowing for easy delivery to job sites. Please note that compliance information related to reproductive harm can be found at www.p65warnings.ca.gov. Whether you're a seasoned contractor or a knowledgeable homeowner, the CRL DJ970 Drill Jig is a reliable choice for achieving precise results in your curtain wall applications. Optimize your workflow and ensure professional-grade installations with this essential tool.
-U.S. Aluminum Drill Jig for Vertical Mullions, BW3250 Series Curtain Wall
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.
Compliance and Restrictions: Warning Reproductive Harm - www.p65warnings.ca.gov
Finish/ Color:: Mill
Shipping Limitations: None