# Simpson Strong-Tie Strong-Drive 2-1/2 in. x 0.148 in. 33-degree SCN Smooth-Shank HDG Collated Connector Nail (500-Qty)

**Brand:** [Simpson Strong-Tie](https://shop.coreranger.com/brands/Simpson%20Strong-Tie)
**SKU:** N10DHDGPT500
**Price:** $38.98 · in stock
**URL:** https://shop.coreranger.com/product/simpson-strong-tie-strong-drive-2-1-2-in-x-0-148-in-33-degree-scn-smooth-shank-hdg-collated-connecto-203252681

## Specifications

| Spec | Value |
|---|---|
| Model # | N10DHDGPT500 |
| Nail Type | Metal Connector Nail |
| Internet # | 203252681 |
| Nail Angle | 33 degree |
| Nail Gauge | 9 gauge |
| Returnable | 90-Day |
| Shank Type | Smooth Shank |
| Store SKU # | 324815 |
| Loading type | Strip |
| Nail Coating | Hot Galvanized |
| Fastener Type | Collated Framing Nail |
| Nail Head Style | Round Head |
| Package Quantity | 500 |
| Fastener Material | Steel |
| Interior/Exterior | Exterior,Interior |
| Nail Length (In.) | 2 1/2 in. |
| Collation Material | Paper |
| Nail Penny Size (d) | 10d |
| Product Weight (lb.) | 6.35 lb |
| Fastener Length (in.) | 2.50 |
| Manufacturer Warranty | Limited Warranty |

## Description

Designed to offer installers a pneumatic-driven alternative to hand-driven nails, the Simpson Strong-Tie structural-connector nail has been tested and approved for use in many popular Simpson Strong-Tie products. Pneumatic nailers that feature a hole-locating mechanism are often more convenient and efficient than hand driving, and the Simpson Strong-Tie structural-connector nail line replaces 8d, 10d and 16d common nails in a variety of Simpson Strong-Tie connector applications. The Simpson Strong-Tie 33-degree collated nail features 25-nail paper collated strips, compatible with a wide variety of popular pneumatic nailers, and an HDG coating that makes them suitable for ZMAX and G90 metal connectors from Simpson Strong-Tie.

• Collated connector nails for fast, efficient framing work
• Hot-dip galvanized steel resists rust and corrosion
• Smooth shank design for strong holding power and durability