Product Description
Manufacturer Part Number: ACSB26BS-P
Design Options Including Signage, Furniture and Retail Display Constructed of Aluminum and Cladded in 316 Stainless For Interior Use Available in Several Standard Lengths Threaded Completely Through
CRL's 2" (51 mm) Diameter Clad Aluminum Standoff Bases are perfect for attaching heavy glass, granite, and marble to the top of cabinetry. They have 3/8"-16 threads - 1" and 1-1/2" (25 and 38 mm) lengths are drilled and tapped through while the 2" (51 mm) to 6" (152.4 mm) lengths have 1" (25 mm) deep threads at both ends. They can be mounted using 3/8"-16 threaded Allen screws, threaded rods, or hanger bolts. Five standard lengths from 1" to 6" (25.4 to 152.4 mm). Cap Assemblies must be ordered separately.
The Standoff System incorporates a complete range of Mounting Accessories that you can order in any quantity required to complete the job, with no unused "leftover" components.
Due to the diversity of applications, weight limitations for Standoff Systems are dependent upon wall or substrate anchoring and material strengths.
CRL's 2" (51 mm) Diameter Clad Aluminum Standoff Bases are perfect for attaching heavy glass, granite, and marble to the top of cabinetry. They have 3/8"-16 threads - 1" and 1-1/2" (25 and 38 mm) lengths are drilled and tapped through while the 2" (51 mm) to 6" (152.4 mm) lengths have 1" (25 mm) deep threads at both ends. They can be mounted using 3/8"-16 threaded Allen screws, threaded rods, or hanger bolts. Five standard lengths from 1" to 6" (25.4 to 152.4 mm). Cap Assemblies must be ordered separately.
Catalog Number: | ACSB26BS |
Color: | Brushed Stainless |
Diameter: | 2" (51 mm) |
Length: | 6" (152.4 mm) |
Thread: | 3/8"-16 |
Ship Via: | Can Ship UPS |
Shipping Weight: | 1.5 lb (680g) |
Minimum Order: | 1 Each |
The Standoff System incorporates a complete range of Mounting Accessories that you can order in any quantity required to complete the job, with no unused "leftover" components.
Due to the diversity of applications, weight limitations for Standoff Systems are dependent upon wall or substrate anchoring and material strengths.
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