#6 x 2-1/4" Phillips Bugle Head Fine Thread Drywall Screws Phosphate Coated 3,000ct | 624

(0)No Reviews yet
$92.95
SKU: 624
PACKAGING QTY: 3,000 count

Details

Strong-Point #6 x 2-1/4" Phillips Bugle Head Fine Thread Drywall Screws Phosphate Coated



Strong-Point #6 x 2-1/4" Phillips Bugle Head Fine Thread Drywall Screws are designed for attaching gypsum board to light gauge steel studs. The bugle head seats flush without tearing the paper surface, while the fine thread design provides excellent holding power in thin steel framing. The Type S point penetrates light gauge steel quickly for fast, efficient installation. Phosphate coating is a conversion coating used to add mild corrosion resistance and surface lubricity during installation.


Features:
  • Fine thread design for fastening gypsum board to steel studs
  • Bugle head provides a smooth, flush drywall finish
  • Type S point for light gauge steel applications
  • Phillips drive for reliable installation
  • Designed for attaching gypsum board to steel framing
  • Phosphate coated for mild corrosion resistance and lubricity

Details:
  • Head Type: Bugle Head
  • Drive Type: Phillips
  • Thread Style: Fine Thread
  • Thread Diameter: #6
  • Length: 2-1/4"
  • Point Type: Type S
  • Quantity: 3,000 pcs
  • Weight: 18lb

Material Application:
  • Attaches gypsum board to light gauge steel studs
  • Light gauge steel framing applications

Specifications:
  • Meets ASTM A510 for carbon steel manufacturing
  • Meets ASTM C1002 for attaching gypsum board to steel studs
  • Type S point for fastening gypsum to light gauge steel
  • Phosphate Coated

Phosphate coating is a conversion coating used to add mild corrosion resistance and surface lubricity. Corrosion resistance is limited and intended for dry, non-corrosive environments.

Coating Details:
  • Coating: Black Phosphate
  • Salt Spray: 48 hrs.
  • Kesternich: N/A
  • Application: Used indoors for dry, non-corrosive environments
  • Black phosphate is a conversion coating used to add mild corrosion resistance and lubricity.

Ratings & Reviews

No reviews available

Be the first to Write a Review