PICTURES ARE REPRESENTATIVE OF ITEM, BUT ARE NOT OF THE ACTUAL ITEM. Product dimensions, finish, head markings, thread length, stamping shape or forging shape, etc., may differ from picture. Products are guaranteed to meet the specifications to which they are manufactured. Specifications allow for tolerances in dimension and shape, which can vary from lot to lot.

#6-20 x 3/8" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Black Zinc Plated

Price Per Piece: $0.0495

Part #:: 0000-210594
Minimum Purchase:: 10000 pieces

PRODUCT SPECIFICATIONS (Part # 0000-210594)
Fastener Type:	Self Drilling Screw Phillips Pan Head #2 Point
Size Description:	#6-20 x 3/8" (FT)
Diameter/Nominal Size:	#6
Length:	3/8"
Wrench Size/Across Flats:	PH#2
Head Diameter:	0.256-0.270"
Head Height:	0.087-0.097"
Point Length:	0.190"
Thread Pitch:	20
Thread Direction:	Right
Thread Coverage:	Full
System of Measurement:	Inch
Material:	Low Carbon Steel
Finish:	Black Zinc Plated
Head Type:	Pan
Drive Type:	Phillips
Point Type:	#2
Average Piece Weight:	0.0016250 lbs.

Self-Drilling Screws (sometimes incorrectly referred to as self-tapping screws) enable drilling without first creating a pilot hole. Self-drilling screws or (SDS's) are usually used to join materials like sheet metal to other materials, such as metal or wood.

Product Reviews

Write a Review

#6-20 x 3/8" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Black Zinc Plated

Price Per Piece:

Total Quantity:

Total Price:

Product Reviews

Recommended Products

#6-20 x 3/4" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Black Zinc Plated

#6-20 x 1" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Black Zinc Plated

#2 x 3/8" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Zinc Plated

#6-20 x 1/2" (FT) Self Drilling Screw Phillips Pan Head #2 Point Low Carbon Steel Black Zinc Plated

#6-20 x 3/8" (FT) Self Drilling Screw Combo (Phillips/Slotted) Pan Head #2 Point Low Carbon Steel Zinc Plated