#8-15 Slotted Oval Head Wood Screws Brass

#8-15 Brass Slotted Oval Head Wood Screws

Diameter - Thread Pitch: #8-15


#8 Brass slotted drive oval head wood screws are designed to hold two pieces of wood together tightly and efficiently.

  • Partially threaded with a shoulder
  • Designed to slide through top piece of wood and provide a strong hold
  • Features a countersunk and undercut head
  • Slotted Drive Style
  • Very corrosion resistant but also very soft material
  • Not suitable for all applications
  • Used in marine, saltwater, high heat, and other harsh environments
NOTE: Color and sheen may vary for brass and silicon bronze fasteners.


Wood Screws are usually threaded about 2/3 of length; short lengths may be full thread.

Sizes Listed As:
Diameter x Length from Top of Head

Select Products Below See Product Specifications

NA = "Not Sold In Single Quantity"

Size
Select Package Quantity
SubTotal
Slotted Oval Head Wood Screws Brass - #8 x 1"
SKU #4300-002-0002
Slotted Oval Head Wood Screws Brass - #8 x 1"
SKU #4300-002-0002
1
$0.39 (0.39/ea)
100
$26.00 (0.26/ea)
1000
$240.00 (0.24/ea)
Subtotal: $0.00 /
Slotted Oval Head Wood Screws Brass - #8 x 1-1/4"
SKU #4300-002-0012
Slotted Oval Head Wood Screws Brass - #8 x 1-1/4"
SKU #4300-002-0012
1
$0.43 (0.43/ea)
100
$29.00 (0.29/ea)
1000
$270.00 (0.27/ea)
Subtotal: $0.00 /



FREQUENTLY USED WITH

1
$1.06 (1.06/ea)
10
$9.90 (0.99/ea)
50
$44.50 (0.89/ea)
Subtotal: $0.00 /
1
$1.06 (1.06/ea)
10
$9.90 (0.99/ea)
50
$44.50 (0.89/ea)
Subtotal: $0.00 /
1
$0.10 (0.1/ea)
100
$6.00 (0.06/ea)
1000
$60.00 (0.06/ea)
Subtotal: $0.00 /

Product Specifications
Color
Yellow
Color May Vary
Color and sheen may vary
Corrosion Resistant
Yes
Diameter
#8
Drive Style
Slotted
Head Diameter
Max 0.332
Head Style
Oval
Material
Brass
Product Type
Wood Screws
System of Measurement (Unit)
Inch
Thread Diameter
(#8) Max 0.168 - Min 0.145
Thread Direction
Right Hand
Thread Pitch (Count)
15 Per Inch
Thread Standard
UNC
Thread Type
Coarse
Tolerance (IFI)
Actual measurements may vary slightly +/- depending on production run within IFI Tolerances