#8 x 1-5/8" Phillips Modified Truss (R/W) Head Screws 305 Stainless Steel 5lb 600/Box | X90MSSV
Details
Strong-Point #8 x 1-5/8" Phillips Modified Truss (R/W) Head Screws 305 Stainless Steel
Strong-Point #8 x 1-5/8" Phillips Modified Truss (R/W) Head Screws are designed for attaching wood or light gauge metal to wood. The Type 17 point provides superior penetration through a variety of woods while reducing wood splitting during installation. Manufactured from 305 stainless steel for exceptional corrosion resistance and long-term durability in demanding outdoor environments.
Features:
- 305 stainless steel
- Designed for attaching wood or light gauge metal to wood
- Type 17 point provides superior penetration through a variety of woods while reducing wood splitting
- Modified Truss (R/W) head provides a broad bearing surface
- Phillips drive reduces cam-out during installation
- Excellent corrosion resistance
Details:
- Head Type: Modified Truss (R/W) Head
- Head Size: 0.42" Diameter
- Drive Type: Phillips
- Thread Diameter: #8
- Length: 1-5/8"
- Point Type: Type 17
- Quantity: 600 pcs
- Weight: 5lb [approx.]
Material Application:
- Attaches wood or light gauge metal to wood
Specifications:
- 305 stainless steel
- Type 17 wood screw point
- Modified Truss (R/W) head design
- Superior penetration through a variety of woods while reducing wood splitting
305 Stainless Steel is a nickel-chromium stainless steel with high corrosion resistance. Ideal for outdoor applications including decks, ACQ treated wood, patios, and fencing applications that require a high degree of corrosion resistance. While 305 stainless steel offers excellent weather resistance, it is not recommended for salt water or direct coastal marine environments.
Material Details:
- Material: 305 Stainless Steel
- Application: Outdoor High Corrosive Environments
- ACQ Compatible: Yes
- Ideal for decks, ACQ treated lumber, patios, and fencing applications
- Nickel-chromium stainless steel with high corrosion resistance
- Not recommended for salt water or direct coastal marine environments