Branch: Fitch Lumber Company, Carrboro
309 N. Greensboro St.Carrboro, NC 27510

 Mon-Fri: 8am-5pm Sat: Closed Sun: Closed

"Built the RIGHT Way since 1907"

ABU88HDG POST BASE 8 X 8 ADJ

Category Joist Hangers
ABU88HDG POST BASE 8 X 8 ADJ
Call for price
Starting from
$59.99 / EA
/
- +
We're sorry, we have no stock available at this branch. Please select a different branch.
Pick this item up from: Fitch Lumber Company, Carrboro

ABU88HDG POST BASE 8 X 8 ADJ

Item Code: 2477
The Post bases are designed to provide a standoff for the post and are slotted for adjustability. This post base features a galvanized finish for added corrosion resistance and requires the use of hot-dip galvanized fasteners.
  • The ABU88HDG adjustable post base is approved to be installed with the specified nails, Strong-Drive SD connector screws or specified machine bolts. 
  • Reduces the potential for decay at the post and column ends
  • Increased capacity to resist uplift loads
Category Joist Hangers

Specifications

Width

1

Length

1

Depth

1

Brand

Own Brand

Category

Joist Hangers

The Post bases are designed to provide a standoff for the post and are slotted for adjustability. This post base features a galvanized finish for added corrosion resistance and requires the use of hot-dip galvanized fasteners.
  • The ABU88HDG adjustable post base is approved to be installed with the specified nails, Strong-Drive SD connector screws or specified machine bolts. 
  • Reduces the potential for decay at the post and column ends
  • Increased capacity to resist uplift loads

Specifications

Width

1

Length

1

Depth

1

Brand

Own Brand

Category

Joist Hangers

The Post bases are designed to provide a standoff for the post and are slotted for adjustability. This post base features a galvanized finish for added corrosion resistance and requires the use of hot-dip galvanized fasteners.
  • The ABU88HDG adjustable post base is approved to be installed with the specified nails, Strong-Drive SD connector screws or specified machine bolts. 
  • Reduces the potential for decay at the post and column ends
  • Increased capacity to resist uplift loads
SEARCH ×