Lath Tek-Point Screws (½”~1½”)

Lath Tek-Point Self-Drilling Screws ½” to 1½”

Lath Tek-Point Screws – Low Profile, Fast Self-Drilling Fasteners for Thin Metal Substrates

These Lath Tek-Point Self-Drilling Screws are essential fasteners for efficiently working with light-gauge metal, available in common short lengths from 1/2 inch to 1 1/2 inches. The design is optimized for speed: the Self-Drilling (Tek) Point eliminates the need for pre-drilling through materials like metal lath, flashing, or light steel studs, significantly accelerating installation time.

The screws feature a low-profile pan/wafer head (with a Phillips drive) that provides a wide bearing surface for a secure hold on thin material while ensuring minimal protrusion. The short length range is ideal for metal-to-metal overlap (stitching) and securely fastening metal lath to light-gauge steel framing. The plated steel finish ensures durability and protection against corrosion in interior and mild exterior environments.

Key Benefits

• Self-Drilling Efficiency: Tek tip drills its own pilot hole through light-gauge metal, accelerating installation (no pre-drilling).

• Low Profile Head: Pan/Wafer head provides a wide, flat bearing surface for thin materials and minimizes protrusion for finishing.

• Ideal Lengths: Short range (1/2″ to 1 1/2″) is perfect for fastening lath, thin sheet metal, and small overlaps.

• Corrosion Resistance: Plated finish protects the steel from moisture and rust.

• Secure Hold: Fine/Medium threads provide excellent grip in thin metal and steel studs.

Technical Specifications

• Product Type: Lath Tek-Point Screw / Stitch Screw

• Lengths Available: 1/2 inch to 1 1/2 inches

• Head Type: Low Profile Pan/Wafer Head (Phillips Drive)

• Thread Type: Fine/Medium Thread (Optimized for light-gauge steel)

• Point Type: Self-Drilling (Tek) Point

• Finish: Plated Steel (Dark Grey/Black Visible)

• Grade: Construction/Metal Fabrication

Perfect For

• Securing metal lath or wire mesh to metal studs for plaster/stucco application.

• HVAC technicians assembling or repairing sheet metal ductwork and flashing.

• Stitching thin metal panels together (overlap connections) in roofing or siding.

• Securing metal trim or light fixtures to thin steel framing.

Application Instructions

• Driving: Use a variable speed drill or screw gun with a Phillips driver bit.

• Setting: Drive the screw straight until the head is seated flush with the surface of the lath/metal. Do not over-drive and strip the threads, especially in thin steel.

• Safety: Wear safety glasses during installation, as the self-drilling tip produces metal shavings.

• Caution: Ensure the screw length is appropriate for the thickness of the material being joined, with minimal tip protrusion.

Pro Tips

• Use a magnetic bit holder to simplify driving and prevent dropping small screws.

• For stitching thin metal, space screws closely together (e.g., every 2-3 inches) for maximum joint integrity.

• The Tek tip performs best when driven at a relatively high RPM.

• Ensure the driver bit is the correct size to prevent stripping the Phillips recess.

Keywords: Lath Tek-Point screws, self-drilling metal screws, stitch screws, wafer head screws, metal lath fasteners, fine thread screws, Tek tip screws, thin metal fastening, construction hardware, hardwarett.com

” Range)

Lath Tek-Point Screws – Low Profile, Fast Self-Drilling Fasteners for Thin Metal Substrates

These Lath Tek-Point Self-Drilling Screws are essential fasteners for efficiently working with light-gauge metal, available in common short lengths from 1/2 inch to 1 1/2 inches. The design is optimized for speed: the Self-Drilling (Tek) Point eliminates the need for pre-drilling through materials like metal lath, flashing, or light steel studs, significantly accelerating installation time.

The screws feature a low-profile pan/wafer head (with a Phillips drive) that provides a wide bearing surface for a secure hold on thin material while ensuring minimal protrusion. The short length range is ideal for metal-to-metal overlap (stitching) and securely fastening metal lath to light-gauge steel framing. The plated steel finish ensures durability and protection against corrosion in interior and mild exterior environments.

Key Benefits

• Self-Drilling Efficiency: Tek tip drills its own pilot hole through light-gauge metal, accelerating installation (no pre-drilling).

• Low Profile Head: Pan/Wafer head provides a wide, flat bearing surface for thin materials and minimizes protrusion for finishing.

• Ideal Lengths: Short range (1/2″ to 1 1/2″) is perfect for fastening lath, thin sheet metal, and small overlaps.

• Corrosion Resistance: Plated finish protects the steel from moisture and rust.

• Secure Hold: Fine/Medium threads provide excellent grip in thin metal and steel studs.

Technical Specifications

• Part Number: (Implied Lath Screw Model)

• Product Type: Lath Tek-Point Screw / Stitch Screw

• Lengths Available: 1/2 inch to 1 1/2 inches

• Head Type: Low Profile Pan/Wafer Head (Phillips Drive)

• Thread Type: Fine/Medium Thread (Optimized for light-gauge steel)

• Point Type: Self-Drilling (Tek) Point

• Finish: Plated Steel (Dark Grey/Black Visible)

• Grade: Construction/Metal Fabrication

Perfect For

• Securing metal lath or wire mesh to metal studs for plaster/stucco application.

• HVAC technicians assembling or repairing sheet metal ductwork and flashing.

• Stitching thin metal panels together (overlap connections) in roofing or siding.

• Securing metal trim or light fixtures to thin steel framing.

Application Instructions

• Driving: Use a variable speed drill or screw gun with a Phillips driver bit.

• Setting: Drive the screw straight until the head is seated flush with the surface of the lath/metal. Do not over-drive and strip the threads, especially in thin steel.

• Safety: Wear safety glasses during installation, as the self-drilling tip produces metal shavings.

• Caution: Ensure the screw length is appropriate for the thickness of the material being joined, with minimal tip protrusion.

Pro Tips

• Use a magnetic bit holder to simplify driving and prevent dropping small screws.

• For stitching thin metal, space screws closely together (e.g., every 2-3 inches) for maximum joint integrity.

• The Tek tip performs best when driven at a relatively high RPM.

• Ensure the driver bit is the correct size to prevent stripping the Phillips recess.

Keywords: Lath Tek-Point screws, self-drilling metal screws, stitch screws, wafer head screws, metal lath fasteners, fine thread screws, Tek tip screws, thin metal fastening, construction hardware, hardwarett.com