3000 count per box. 15 Degrees Collated. For ROOF SHEATHING, general construction, framing, sub-flooring, deck and fence building, pallets, boxes, and crating. Choose between Smooth Shank, Ring Shank, Brite Coating, and Hot Dipped Galvanized Coating.
Definition of RING SHANK is: Small directional rings on the shank prevent the nail from working back out once driven in. They also provide superior holding power over smooth shank nails because the wood fills in the crevasse of the rings and provides friction to help prevent the nail from backing out over time. Often used in softer types of wood where splitting isn't an issue.
Definition of SMOOTH SHANK is: Most common and often used for framing and general construction applications. They offer enough holding power for most everyday use.
Full List of 15 Degrees Compatible Wire Coil Nailers:
BOSTITCH
N75C/N75C-1/N70CB
N80C/N80CB/
N80CB1
N100C
N64P
N86C/89C-1
DEWALT
D51855/DWF83C
FASCO
F58/F6 CN15W
GRIP-RITE
GRTCN 90/GRTC
S250
HITACHI
NV 65AC
NV83A
NV83A2
NV83A3
NV75AN
NV83A5
NV90AG(S)
MAKITA
AN901/AN 611/AN 621
MAX
CN80F
CN100
CN565S
CN565D
CN890/890S
PASLODE
4275/CN70
3225/CN55
F275C/F325C
P275C
P235C
5325/CN80
P350C
PORTER CABLE COIL
250
350
SENCO
SCN56/SCN60 XP/
SCN65 XP
SCN300
SPOTNAILS
YCN 83
ELECTRO GALVANIZED: Zinc plating process in which a layer of zinc is bonded to steel to protect against corrosion; smooth, shiny finish, which is generally used in areas where minimal corrosion protection is needed.
GALVANIZED: Coated with a protective layer of zinc for corrosion resistance and weather exposure.
HOT DIPPED GALVANIZED: Most common method of galvanization where iron, steel or aluminum are coated with a thin zinc layer, by passing the metal through a molten bath of zinc that results in very high corrosion resistance suitable for some acidic and treated lumber; will corrode over time as the coating wears, but generally good for the lifetime of the application; typically used in outdoor applications—meets ASTM A153.
STAINLESS STEEL: Used where both the properties of steel and corrosion resistance are required; although stainless steel does not readily corrode, it isn’t fully stain proof—certain conditions can and do affect it such as low oxygen, high salinity, or poor circulation environments; 300 series stainless makes up 70% of all stainless used, and is the most corrosion resistant, ductile, and weldable type of stainless steel; these alloys are subject to crevice corrosion and pitting corrosion.
304 / 305 grade alloys are the most versatile and widely used of stainless steels contains 18% chromium and 8% nickel; recommended for exterior applications where a higher level of corrosion resistance is desired.
316 (also called marine grade) has superior corrosion resistance versus other chromium-nickel steels when exposed to chemical corrodents such as sea water; slightly more nickel and the addition of 2% molybdenum is what makes 316 considerably more resistant to corrosion than the 304 family; recommended for marine environments.