Simpson SDWS22600DB Strong-Tie Exterior Timber Screw T40 Tan Double-Barrier Coating (500 Pack)
Simpson SDWS22600DB Description The Simpson Strong-Tie Strong-Drive SDWS Timber screw offers a high-strength, easy-to-install alternative to traditional lag screws and through-bolting. Featuring a double-barrier coating for superior corrosion resistance, t
Simpson SDWS22600DB Description
The Simpson Strong-Tie Strong-Drive SDWS Timber screw offers a high-strength, easy-to-install alternative to traditional lag screws and through-bolting. Featuring a double-barrier coating for superior corrosion resistance, this screw is ideal for exterior and preservative-treated wood applications, meeting code requirements for most wood framing projects.
Simpson SDWS22600DB Includes
- (500) Strong-Drive SDWS Timber Screws
- (2) T40 6-Lobe Driver Bits
Simpson SDWS22600DB Features
- SawTooth point enables fast starts and reduces installation torque
- No predrilling required in most applications
- Bold thread design for superior holding power
- Underhead nibs allow flush driving with reduced splintering
- Large low-profile washer head for maximum bearing area (0.760-in. diameter)
- Size identification on screw heads
- 6-lobe T40 drive for positive engagement and improved bit life
- Double-barrier coating for corrosion resistance equivalent to hot-dip galvanization
- Tan color for exterior use
- 6 in. length for deep fastening
Simpson SDWS22600DB Applications
- Wood-to-wood fastening in framing and construction
- Crating and heavy-duty wood assemblies
- Exterior projects requiring corrosion resistance
- Preservative-treated wood applications
- General contractor and DIY wood projects
Simpson SDWS22600DB Installation Overview
- Use a low-speed 1/2-in. drill with the included T40 driver bit
- Align screw with fastening point in wood
- Drive screw until the washer head is flush with the surface
- No predrilling required for most wood types
Simpson SDWS22600DB Specifications
NOTE: For optimal performance, use the correct fasteners and install them in the specified positions to achieve published load values.

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