Tee 18 mm - thin-walled galvanized carbon steel, press-fit PC5130 0181818
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Tee 18 mm - thin-walled galvanized carbon steel, press-fit PC5130 0181818
Application and design of the steel tee for press-fit systems
This component from the press-fit fitting series has been specifically designed for installations requiring durability and corrosion resistance. Made of galvanized carbon steel, it serves as a solid link in distribution systems where it is necessary to connect three pipe sections with a diameter of 18 mm. Thanks to the use of press technology, installation is carried out without the need for welding or threaded connections, which significantly accelerates work on-site and eliminates the risk of errors resulting from imperfect thermal connections.
A key design aspect is the press sleeve directly integrated with the fitting. Each of the three arms of the tee is equipped with a support flange, which ensures precise positioning of the pipe before the pressing operation. This construction guarantees that the seal will be pressed evenly on both sides of the connection. The material—galvanized alloy steel—not only increases mechanical strength but also protects against rusting in environments with moderate humidity, which is standard in modern sanitary and industrial installations.
Operating parameters and exploitation conditions
The technical values of this tee indicate its purpose for systems operating under pressure. The maximum working pressure is 16 bar at a temperature of 20°C, making it suitable for most water, compressed air, or low-pressure technological media installations. The absence of certifications such as UL or FM suggests that this product is not intended for specific explosion-hazard zones requiring additional international homologations, but it meets standard European norms for steel fittings.
For the installer, the information regarding the absence of additional "O-ring" sealing elements inside the body itself (in the context of mechanical sealing as the primary element) is important, which in the case of steel often means relying on the precision of surface machining and metal-to-metal contact or the use of a seal built into the press head (depending on the pressing system). In this model, we are dealing with a "press sleeve" connection on all three ends, which simplifies logistics—there is no need to select different types of ends for individual arms of the tee.
The manufacturing material is carbon (alloy) steel protected by a galvanized or electrolytic zinc coating. The product shape is an equal tee without diameter reduction—all three arms accommodate pipes with an outer diameter of 18 mm. The connections are of the press sleeve (Press) type, and the presence of a support flange ensures stability during pressing. The entire unit is adapted for operation under a working pressure of up to 16 bar at a temperature of 20°C.
Benefits of using press technology
Choosing this tee brings measurable benefits both during installation and in the long-term operation of the installation. Above all, it eliminates the need for heat sources on-site—there is no risk of burns or damage to the thermal insulation of pipes adjacent to the welded element. The joining process is repeatable: regardless of whether the installation is performed by an experienced plumber or a person with less experience (provided the appropriate tool is used), the result will be the same—a leak-proof connection approved by the system manufacturer.
Additionally, galvanization provides a protective layer where the steel is most exposed to contact with atmospheric moisture or condensate. Compared to black steel fittings, this model requires lower anti-corrosion maintenance efforts after installation. The absence of reducing elements means full capacity in all flow directions—there are no constrictions that could cause turbulence or pressure drops at the installation branch point. This is a universal solution for heating, water supply, and compressed air systems in production halls and public utility buildings.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Aprobata techniczna
The declaration of performance

