HAKAN PLASTIK PPRC Reducer Ø63 mm – Ø40 mm
Reliable, leak-proof diameter transition for hot, cold and process water lines.
HAKAN PLASTIK PPRC Reducer Ø63 mm – Ø40 mm delivers a sealed and durable transition between different pipe diameters. In addition, its polypropylene random copolymer material provides superior resistance to corrosion and chemicals. Moreover, it is a hygienic solution for potable water and hot-cold water lines.
The design does not narrow at the weld points, therefore it maximizes flow efficiency. This transition piece operates smoothly between -5°C and +95°C and conforms up to PN20 pressure class. Its smooth, glossy inner surface does not retain deposits, consequently contributing to long system life. The white body provides heat and sound insulation while not propagating flame.
HAKAN PLASTIK PPRC Reducer Ø63 mm — Technical Specifications
It provides diameter transitions especially in hot and cold water installations of buildings. Furthermore, it is used safely in chemical transfer lines in industrial facilities. In this context, it is ideal for pipe connections in heating and cooling systems. In addition, it offers leak-proof connections in agricultural irrigation and potable water networks.
Key Advantages
- Fast assembly with a welding machine significantly reduces labor time
- Corrosion and chemical resistant structure provides long service life
- Fully leak-proof welded connection completely eliminates the risk of leakage
Applications
- Diameter transition in hot and cold water installations of buildings
- Chemical transfer lines in industrial facilities
- Pipe connections in heating and cooling systems
As a result, HAKAN PLASTIK PPRC Reducer Ø63 mm – Ø40 mm provides a reliable solution for your piping projects. ORFA Industrial has supplied this product as an authorized distributor since 1985. ORFA Industrial supplies worldwide and provides technical support.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies
Reviews
There are no reviews yet.