8 x 2 Lath Self-Drilling Screws
Categories: Self-Piercing Lath Screws
- Finish: Zinc
- Material: Steel
- Color: Silver
- Brand: BuildRight
- Length: 2"
- Diameter: #8
- Head Type: Modified Truss
- Drive Size: #2 Phillips
- Drive Type: Phillips
- Package Type: 1lb Tub
Product Description:
BuildRight® Self-piercing lath screws are designed to make your construction projects faster, stronger, and more reliable. Featuring a self-piercing tip, these screws quickly bite into light gauge metals, eliminating the need for pre-drilling and significantly reducing installation time. The large washer head provides maximum holding power on thin materials like metal, lathe, or mesh, ensuring a secure and stable attachment every time.
With a low-profile head, these screws deliver a flush finish, perfect for applications where aesthetics and smooth surfaces are important. Ideal for attaching metal to metal, they offer versatility for a wide range of construction tasks. Additionally, the tapping threads create a high-strength connection, providing superior grip and durability. Choose BuildRight® self-piercing lath screws for your next project and experience the ultimate combination of speed, strength, and reliability.
Features:
- Crafted from durable steel with a sleek zinc finish, this screw delivers reliable strength and corrosion resistance, making it the perfect choice for secure, long-lasting fastening in any project.
- Engineered with a modified truss head and Phillips drive, this screw offers enhanced grip and durability, perfect for versatile fastening needs in both professional and DIY projects.
- Offers a versatile silver finish that complements any project, combining style with strength for a professional look and dependable performance every time.
- Ideal for a wide range of fastening applications, this screw ensures secure and dependable connections across various projects, making it a versatile essential for professionals and DIY enthusiasts alike.
- Designed for precision fastening, this screw delivers reliable strength in tight spaces, making it ideal for detailed assembly tasks where accuracy is paramount.
