Simpson Strong-Tie S11N175RNJ (1-3/4") 11 Gauge 15 Degree Wire Coil Full Round Head Smooth-Shank Roofing Nail (2400 Pack)
Couldn't load pickup availability
                    
                      
Bulk Pricing Available
                      
                    
                  
                  Bulk Pricing Available
Need to place a large order? Request a quote
Key Specifications
                        
                          Description
                          
                        
                      
                      Description
Simpson Strong-Tie S11N175RNJ Description
The 1-3/4" 11 Gauge 15 Degree Wire Coil Full Round Head Smooth-Shank Roofing Nail is designed for efficient fastening and long-term durability, ideal for asphalt and synthetic slate roofing.
Simpson Strong-Tie S11N175RNJ Includes
- (2400) 1-3/4" 11 Gauge 15 Degree Wire Coil Full Round Head Smooth-Shank Roofing Nail
Simpson Strong-Tie S11N175RNJ Features
- 304 Stainless Steel construction for corrosion resistance
- Smooth-shank design for fast driving
- Full round head for secure fastening
- Compatible with major pneumatic tools
- Ideal for asphalt and synthetic slate roofing
Simpson Strong-Tie S11N175RNJ Applications
- Roofing: Suitable for asphalt and synthetic slate roofing
- Construction: Used in projects requiring durable and efficient fastening
Simpson Strong-Tie S11N175RNJ Installation Overview
- Ensure compatibility with your pneumatic tool
- Load the nails into the tool as per the manufacturer's instructions
- Position the tool and drive the nails into the material
Simpson Strong-Tie S11N175RNJ Specifications
| Diameter | 0.12 | 
| Finish | 304 Stainless Steel | 
| Length | 1-3/4" | 
| Material | Stainless Steel | 
| Penny Size | 5d | 
| Head type | Full Round Head | 
| Manufacturer name | Simpson Strong-Tie | 
| Quantity | 2400 | 
| Thickness | 11 Gauge | 
Payment & Security
Payment methods
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
 
            
 
      
 
       
         
 
 
 
 
 
 
 
 
