90° female thread Steel Sprinkler elbow - 35 Rp1" 1511068002

Elbow for irrigation systems – reliability and durability

The 90° GW Steel Sprinkler elbow is a key element in the construction of efficient irrigation systems, both in home gardens and on larger cultivated areas. Made of galvanized steel, it provides long-lasting protection against corrosion and mechanical damage. This is a solid solution for professionals and demanding users who value reliability and precision.

Design and application

This elbow with a BSPT-Rc (tapered) internal thread is designed to connect pipes with a nominal diameter of 1 inch (25 mm). Its construction based on a clamping sleeve guarantees a tight connection, and the 90° angle allows for flexible installation routing. The elbow is compatible with KAN-therm Steel press systems, which simplifies installation and ensures reliable operation. Additionally, it has an O-ring seal, increasing tightness and minimizing the risk of leaks.

Advantages for installers and users

• Durability and resistance: Galvanized steel provides high resistance to corrosion, which translates into a long service life of the elbow even in harsh weather conditions.
• Tightness: Press connection with an O-ring seal guarantees a tight connection, eliminating the risk of water leaks and pressure loss.
• Easy installation: Compatibility with the KAN-therm Steel system simplifies and speeds up the installation process.
• Versatility: BSPT-Rc internal thread allows connection of various irrigation system components.
• LBP controlled leakage function: Provides the possibility of visual control of connection tightness during installation, which minimizes the risk of errors and later problems.
• Solid construction: The durable construction of the elbow ensures installation stability and resistance to mechanical loads.

This elbow is not just a pipe connecting element – it is an investment in a reliable irrigation system that will last for years. Thanks to the high quality of workmanship and thoughtful design, installation is efficient, and the final effect is always satisfactory.