Briv®, Chobert®, NeoSpeed®, and Rivscrew®
Speed rivets are designed for rapid and efficient fastening in various industrial applications. Each of these Speed Rivet models offers unique features and advantages, ensuring you have the right fastening solution for your specific needs. Whether you require a fast and secure connection for automotive, construction, or general manufacturing projects, our range of Speed Rivets delivers reliable performance and time-saving installation.
Main Features
Our Speed Rivet models - Briv®, Chobert®, NeoSpeed®, and Rivscrew® - share several essential features:
- Quick Installation: Designed for rapid and straightforward installation, reducing assembly time and improving productivity.
- Efficient Fastening: Provides secure and reliable fastening without the need for specialized tools or complex processes.
- High Strength: Creates robust joints, ensuring long-lasting and dependable connections.
- Corrosion Resistance: Made from materials that offer excellent resistance to corrosion for enhanced durability.
- Versatility: Suitable for a wide range of applications, including automotive, construction, and manufacturing.
- Cost-Effective: Streamlines assembly processes, leading to cost savings in production.
Product Specifications
Below are brief specifications of our Speed Rivet models:
| Model | Head Style | Material | Grip Range | Application |
|---|---|---|---|---|
| Briv® | Dome Head | Aluminum | Various | Automotive, Electronics |
| Chobert® | Countersunk Head | Steel | Various | Construction, Metal Fabrication |
| NeoSpeed® | Large Flange Head | Stainless Steel | Various | Marine, Outdoor Applications |
| Rivscrew® | Hexagonal Head | Steel | Various | Furniture, Woodworking |
Contact Us
If you have any questions or need assistance in selecting the right Speed Rivets - Briv®, Chobert®, NeoSpeed®, or Rivscrew® - for your specific application, our knowledgeable customer support team is here to help. Feel free to contact us for expert advice and personalized solutions tailored to your requirements.
