Skip to product information
1 of 2

MT-1 Threaded Mechanical Branch Tee

MT-1 Threaded Mechanical Branch Tee

Regular price $62.54 USD
Regular price $75.81 USD Sale price $62.54 USD
Sale Sold out
Shipping calculated at checkout.
Finish Material
Size

The Viking MT-1 Threaded Mechanical Branch Tee is a rugged, high-performance fitting designed specifically for fire protection systems. Ideal for contractors and facility managers, this branch tee ensures secure, reliable connections in both wet and dry fire sprinkler installations.

  • Material: Crafted from high-strength ductile iron for exceptional durability and resistance to pressure and heat common in fire protection environments.
  • Threaded Connection: Offers straightforward installation and compatibility with a wide range of existing piping setups, simplifying integration into complex sprinkler systems.
  • Certification: UL Listed and FM Approved, demonstrating compliance with rigorous safety standards and guaranteeing dependable performance in critical fire suppression applications.
  • Compliance: Meets NFPA standards, ensuring adherence to nationally recognized fire protection codes and regulatory requirements.
  • Versatility: Suitable for commercial, industrial, and institutional settings, supporting various wet and dry fire sprinkler systems for broad application use.
  • Design: Mechanical branch tee configuration that offers secure joining with easy maintenance access, helping reduce downtime during inspections or repairs.

By using the Viking MT-1 Threaded Mechanical Branch Tee, fire protection professionals can enhance system reliability and safety with a component engineered for endurance and certified quality. Its robust construction and certified standards help minimize risk during fire events, supporting system integrity and compliance across multiple fire sprinkler system types. This product effectively addresses installation challenges with its threaded design, cutting down installation time and ensuring a tight, leak-resistant fit that maintains performance under demanding conditions.

View full details