
Hangers
Simpson Strong-Tie HTT5KT HTT 16-in. Heavy Tension Tie for 5/8-in. Anchor with Bearing Plate and Screws
SKU: HTT5KT
Available to Order — Add to Quote
Madison Township Lumber • Matawan, NJ
Product Description
The Simpson Strong-Tie® HTT is designed to resist medium tension loads that are fastened with #10 screws. This single-piece formed heavy tension tie has a four-ply formed seat, is designed without rivets and does not require washers. This tension tie provides high-strength, post-pour, concrete-to-steel connections.
Available Sizes & Options
Product Details
Key Features
- Optimized nailing pattern for better performance and less deflection
- Ideal for retrofit or new construction projects
- HTT5KT holdown is sold as a kit with the bearing plate, washer and Strong-Drive SD Connector screws
- Four-fold seat to reduce deflection
Material
- HTT: 11 gauge; HTTH6.5: 10 gauge
Finish
- Galvanized. May be ordered HDG.
Installation
- See Holdown and Tension Tie General Notes.
- For information about marriage strap at panelized roof applications, see MSTD.
- HTT5KT requires BP 5/8-2 bearing plate and #10 x 2 1/2" SD Strong-Drive Connector screws (included in kit).
- The HTT4 and HTT5 feature an optimized nailing pattern which results in better performance with less deflection.
- The HTT5-3/4 is designed to use a 3/4"-diameter anchor bolt.
- When using with unreinforced concrete masonry, 3/4" post-installed anchor bolts are commonly used.
- When installing over wood structural panel sheathing, use a 2 1/2"-long fastener minimum.
- The HTTH6.5 requires one standard 3/4" cut washer (not included).
- The HTTH6.5 is engineered with a 0.185" fastener hole diameter, making it compatible with both nails in standard pneumatic nail gun sizes and SD Connector screws.
Related Links
Buy Simpson Strong-Tie HTT5KT HTT 16-in. Heavy Tension Tie for 5/8-in. Anchor with Bearing Plate and Screws in Central New Jersey
Madison Township Lumber & Supply has been serving Matawan, East Brunswick, Sayreville, and all of Middlesex County since 1962.