Photographs are representational and may not be size accurate.
OneSource
#8-18 x 1/2 Inch Black Oxide Steel #3 Point Phillips Pan Head Self-Drilling Tek Screw
Item B25.8.12
Couldn't load pickup availability
Free Shipping On All Orders Over $15
We Stand Behind Our Products
with our 100% quality assurance guarantee.
Quality Assurance Guarantee
OneSource warrants that products delivered by OneSource to customers will be free from defects in material or workmanship under normal use for a period of ninety (90) days from the date of delivery. It is the responsibility of the customer to return defective products within the warranty period. If OneSource determines that the products returned for warranty refund are not defective within the terms of the warranty, the purchaser shall be responsible for all handling and transportation costs.
If an item is returned as defective and it is determined that the product is not, a restocking fee may be charged. Refunds will be issued in the form of an account credit or back to the original payment method.
Description
Description
Square Drive Pan head self drilling screws have a self driller cutting (TEK) point to pierce through 20 to 14 gauge metals. The heads use a square bit #1 through #3 driver depending on the size of the screw. These screws are used in the exterior elements. Square Drive screws are preferred by some over traditional Phillips Drives because the Square Drive allows for a higher torque installation reduces cam out and reduces screw stripping when compared to Phillips.
- Plating : Black Oxide
- Material : Heat Treated Steel
- SAE J78Diameter: #8
- Drive Size: #2
- Drive Type: Phillips
- Finish: Black Oxide
- Head Diameter: 0.306 - 0.322 Inch
- Head Height: 0.105 - 0.115 Inch
- Head Style: Pan
- Industry Standard: ASME/ANSI B18.6.4 SAE J78
- Item: Self-Drilling TEK Screw
- Length: 1/2 Inch
- Material: Steel
- Measurement: Inch
- Point Type: #3
- Recess Diameter: 0.175 Inch
- Recess Penetration Gaging Depth: 0.071 - 0.097 Inch
- Threads Per Inch: 18
Photographs are representational and may not be size accurate.
