H6 Hurricane Tie Framing Connectors - 316 Stainless Steel

316 Stainless Steel H6 Rafter & Hurricane Ties

316 Stainless Steel Framing Connectors for Rafters, Trusses, and Joists


  • H6 Hurricane Ties are installed across two different pieces of wood: the top plate or wall plate and a stud
  • H6 ties are installed by connecting the two pieces of lumber, securing them together
  • 316 Stainless Steel: ideal for applications in severe, harsh, or marine/saltwater environments
  • Install 316 hurricane ties with only 316 stainless steel joist nails to maintain the manufacturer's warranty

An H6 Hurricane Tie is used for deck or roof framing to secure rafters, trusses, or joists to the wood framework. This is done to resist uplift and lateral forces, such as those that come from a hurricane or severe storm.

NOTE: Depending on pitch, birds-mouth notching may be required with some models to enable installers to fill all nail holes.

Caution: Do not install Hurricane ties into both sides of a given truss, rafter, or joist. Doing so may cause damages in the wood and risks collision of the nails. Instead, install them diagonally across from each other.

Hurricane Tie: H6
Manufacturer Part Number: RT8A-SS
Simpson Part Number: H8SS
Uplift Load (Lbs.): 650
Lateral Load (Lbs.): 180
Steel Gauge: 18
Material: 316 Stainless Steel

Note: All allowable loads listed are for S-P-F (Spruce-Pine-Fir).

Made in the USA
Select Products Below See Product Specifications

NA = "Not Sold In Single Quantity"

Size
Select Package Quantity
SubTotal
Hurricane Tie Framing Connectors 316 SS - H6
SKU #6110-012-0002
Hurricane Tie Framing Connectors 316 SS - H6
SKU #6110-012-0002
1
$12.59 (12.59/ea)
2
$22.70 (11.35/ea)
10
$109.50 (10.95/ea)
Subtotal: $0.00 /



FREQUENTLY USED WITH

1
NA
25
$9.50 (0.38/ea)
100
$31.00 (0.31/ea)
1000
$250.00 (0.25/ea)
Subtotal: $0.00 /

Product Specifications
Corrosion Resistant
Yes
Grade
316
Marine Grade
Yes
Material
Stainless Steel
System of Measurement (Unit)
Inch
Tolerance (IFI)
Actual measurements may vary slightly +/- depending on production run within IFI Tolerances