3 Paslode Framing Nails
This item: Paslode, Framing Nails, 650836, 30 Degree RounDrive Brite, 3 inch x.120 Gauge, Smooth, 2,500 per $43.98 Paslode, Spare Orange Framing Fuel, 816008, For Paslode Cordless Framing Nailers $11.58 Paslode, Framing Nails, 650604, 30 Degree RounDrive Brite, 2 3/8 inch x.113 Gauge, Smooth, 2,000 per $33.94 ($0.02 / 1 Count). Paslode Hot Dipped Galvanized 30° Framing Nails are designed and manufactured to match the specs of Paslode framing nailers so your nailer will run smooth, with fewer jams and misfires. Nails drive flush even into the harder woods and LVL's. Plus, the Paslode adds a polymer coating around the shanks and heads to reduce staining, streaking and nail.
Paslode 3 1/2 Framing Nails
| Finish | Other Names | Description | Class |
|---|---|---|---|
| Bright | Bright Steel | Un-plated, bright iron with no corrosion protective coating. | 1 |
| Copper | Copper Flash | Thin copper coating generally used for the protection of bright steel staples. | 1 |
| Electro Galvanised | E/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 Galvanised | M/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 Galvanised | HDG | 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 Coated | Dip 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.- | - |