Female thread Steel connector - 28 Rp1/2" 1509044015

Steel fitting for KAN-therm Steel installation

This GW Steel fitting with a diameter of 28 mm and a Rp1/2" thread is a key element of the KAN-therm Steel system, designed to create durable and safe internal installations. Made of carbon steel RSt 34-2, coated with a layer of zinc, it provides excellent protection against corrosion and high mechanical strength. It is ideal for central heating, chilled water, technological heat, and solar installations.

Construction and application

The fitting has a clamping sleeve for connection to pipes and an internal tapered BSPT-Rc gas thread (ISO 7-1 / EN 10226-1), allowing for easy and tight connection with other installation elements. Its simple construction facilitates assembly, and the use of crimping technology eliminates the need for welding or screwing, saving time and costs. Additionally, the fitting is equipped with an O-ring seal, which guarantees a reliable connection.

Advantages and benefits

• Durability and corrosion resistance: Carbon steel with a zinc coating provides long-term protection against external factors.
• Quick and reliable installation: "Press" technology allows for quick connections without the use of open flame, which is particularly important during the modernization of existing installations.
• Safety: LBP (Leak Before Press) function indicates un-crimped connections, minimizing the risk of leaks.
• Versatility: The ability to connect with KAN-therm Press and Push plastic systems expands the range of applications.
• Resistance to high parameters: The KAN-therm Steel system withstands pressure up to 25 bar and temperature up to 200°C (when using appropriate crimping tools).
• Aesthetic appearance: Installations made in the KAN-therm Steel system are characterized by an aesthetic appearance and do not require additional paint coatings.

Thanks to these features, the GW Steel fitting is a reliable solution for both professional installers and end-users looking for a durable and safe heating system.