3 Paslode Framing Nails

Nails

3 Paslode Framing Nails Size

Paslode 3 1/2 framing nails

SL Series 21 Degree Framing; CS Series Intermediate Coil Nails; Wire Weld Series; LCN L-Cleat Series; GC20 Series Corrugated Fasteners; Nails for Paslode. 18 Gauge Brad Nails; 16 Gauge Straight Finish Nails; 16 Gauge Angled Finish Nails; 30-34° Framing Nails; Positive Placement style Metal Connector Nails; GC20 Series Corrugated Fasteners. Paslode B31250T 2500-Pack 75mm x 3.06mm Hot Dipped Galvanised RounDrive Strip Nails with 2 Fuel Cells Set W W Paslode B31250T 2500-Pack 75mm x 3.06mm Hot Dip $ 181 13 FREE SHIPPING. Paslode, Framing Nails, 650604, 30 Degree RounDrive Brite, 2 3/8 inch x.113 Gauge, Smooth, 2,000 per Box 4.8 out of 5 stars 23. Paslode, Framing Nails, 650385, HDG 30 Degree Round Head, 3 inch.

3 Paslode Framing Nails Harbor Freight

FinishOther NamesDescriptionClass
BrightBright SteelUn-plated, bright iron with no corrosion protective coating.1
CopperCopper FlashThin copper coating generally used for the protection of bright steel staples.1
Electro GalvanisedE/Galv

Electromagnetic Galvanising uses electrolysis to draw zinc and chromate onto the surface of bright steel. The result is a thin galvanised layer with a smooth finish, typically up to 10μm (microns).

2
Mechanical GalvanisedM/Galv

Nails are coated with zinc by peening powdered forms of the desired coating onto the surface of the nails.

2
Galvanised -

Similar to Hot Dipped Galvanising, the zinc coating is applied by immersing a solid continuous wire feed in molten zinc.

3
Armor Galv -

A corrosion resistant zinc/iron alloy coating with a uniform thickness of 40μm microns. Armor Galv nails are suitable for exterior applications where a traditional HDG or M/Galv fastener is specified.

Hot Dipped GalvanisedHDG

Nails are dipped into hot melted zinc until a surface layer of minimum 50μm of zinc has been created. The thickness of the zinc layer varies from minimum 50μm to typically around 80μm.

3
Polymer CoatedDip Coated

A functional resin or glue coating is applied to the nail shank to reduce the required nailing power and also to increase the withdrawal resistance of the nail.-

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