9BL Series Mill 118-1/8" Square Base Shoe Drilled for 27/32" Glass

Roll over image to zoom in

CRL 9BL21D 9BL Series Mill 118-1/8" Square Base Shoe Drilled for 27/32" Glass

Item #: 9BL21D by CR Laurence

See reviews See reviews

In Stock $864.61 /each

SAVE UP TO 86.46

Buying in bulk

QUICK SHIPPING*Usually ships in 1 business day
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

  • For 27/32" (21.52 mm) Laminated Tempered Glass (10 x 1.52 x 10 mm)
  • Designed and Engineered for 2015 IBC Code Changes
  • 30% Lighter Than Industry Standard Base Shoe
  • Meets and Exceeds 200lb Load With a 4x Safety Factor
  • CRL Recommends Consulting with the Glass Fabricator Prior to Wet Setting Laminated Tempered Glass
  • CRL Glass Railing Systems Meets NBC Load Requirements When Installed in Accordance to ICC-3842

Height

4-3/4

Length

118-1/8

Width

3-3/16

Finish

Mill

Material

Aluminum

Glazing Thickness

27/32

Profile

Drilled

Glazing Type

Laminated

Drilling Center to Center

11-13/16

Finish/Color

Mill


This CRL 9BL21D Series Square Base Shoe is the same profile as our standard L21S Series, but it is 30% lighter, which means it is more price competitive, environmentally friendly, and will reduce your shipping costs. Designed to work with CRL's patented TAPER-LOC® System, 9BL can be easily cut to the required length using a chop saw with a minimum 10" (254 mm) diameter blade for aluminum cutting.
Product Warning:
CRL does not recommend direct powder coating of this base shoe extrusion. Powder coated cladding applied over the base shoe is the recommended method.
All pre-drilled CRL Base Shoes have a +1/8 (3 mm)/-1/16 (1.5 mm) tolerance between each hole drilled in the base. Before drilling installation holes in the concrete or steel substrate it is recommended that the installer place the base shoe into the planned final position, then mark the position of the holes to be drilled into the substrate.

.