Reducing Tee 63x40mm EG PPRc

Description

Reducing Tee 63x40mm

 

EG , PPRc, Food graded third generation Poly propylene Random with Co-polymer materials. Sizes ranging from 25mm to 110mm diameter. Contact 0321-2248975

 

What is Reducing Tee 63x40mm EG PPRc ?

 

A Reducing Tee 63×40 mm EG PPRc PN 25 is a three-way pipe fitting made of PPRc (Polypropylene Random Copolymer) that connects two main pipeline outlets of 63 mm diameter with a branch outlet of 40 mm diameter. The “reducing” part means one outlet is smaller than the other two, allowing you to divert fluid from a larger line into a smaller branch.

• Material: PPRc – Polypropylene Random Copolymer (high-grade, food-safe, durable plastic)

• Sizes: 63 mm main run × 40 mm branch outlet

• Pressure Class: PN 25 (nominally rated up to 25 bar working pressure at room temp)

• Color: Typically green (with possible color codes for hot/cold lines)

• Origin: Can be imported (e.g., EG/brand parts from Saudi Arabia, UAE, or similar) with food-grade quality.

This fitting lets you branch water or fluid from a large supply line into a smaller pipe without reducing the main line first then teeing — making installations cleaner and more efficient.

---

📏 2. Material & Key Features

🧰 PPRc Material (Polypropylene Random Copolymer)

• Heat resistant: Good for hot and cold fluids — typically up to ~95 °C operating temperature (derates with pressure).

• High pressure capacity: PN 25 means reliable performance up to about 25 bar at normal temperature.

• Non-toxic & food grade: Safe for potable water distribution without affecting flavor, odor, or hygiene.

• Chemical and corrosion resistant: Won’t rust, scale, or corrode like metal.

• Lightweight yet durable: Easier to handle and install compared with metal fittings.

🧩 Shape & Function

A reducing tee looks like this:

The main pipeline continues through the two 63 mm ends, while a smaller 40 mm branch line splits off for distribution.

---

📌 3. Specifications Reducing Tee 63x40mm EG PPRc

---

🛠️ 4. Installation Guide

🔹 A. Preparation & Tools

• Use a suitable pipe cutter for clean, square ends on PPR pipes.

• Mark insertion depths on each pipe end.

• Make sure the pipe and fitting sockets are clean and dry before welding.

🔹 B. Socket Heat Fusion Welding

1. Heat the fusion tool to the correct temperature (usually around 240–260 °C).

2. Heat both pipe and fitting socket simultaneously until slightly softened.

3. Insert the pipe into the fitting fully to the insertion mark — hold until it cools and bonds.

4. Allow to cool naturally — don’t twist or pull while hot.

Note: Heat fusion creates a homogeneous, leak-proof joint where the pipe and fitting become one solid piece.

🔹 C. Support & Alignment

• Use pipe hangers/clamps to support horizontal runs.

• Ensure alignment before fusion — repositioning after welding isn’t feasible.

🔹 D. Testing

• After installation, perform a pressure test according to local plumbing standards (e.g., hydrostatic test).

• Check all joints for leaks before commissioning.

---

💦 5. Typical Usage & Applications

✅ Water Supply Systems

• Potable water distribution in residential, commercial, and institutional buildings.

• Branching from a main supply pipe (63 mm) to smaller secondary lines (40 mm).

❄️ HVAC (Heating, Ventilation & Air Conditioning)

• Used in chilled water loops, hydronic heating systems, or HVAC water distribution where different line sizes are required.

• Good for hot and cold fluid circulation systems due to high temperature tolerance.

🧰 Plumbing & Mechanical Systems

• Custom plumbing designs where you need to feed a smaller line from a bigger one.

• Useful in mechanical rooms, plant areas, and secondary distribution loops.

🏭 Commercial & Industrial

• Suitable for high-pressure systems up to PN 25 level.

• Often used in industrial water supply, HVAC installations, and process water loops.

---

⭐ 6. Advantages

✅ Reliable, leak-proof joints when welded properly.
✅ High temperature & pressure rated — suitable for hot water distribution. 
✅ Corrosion and chemical resistance: Longer service life than metals. 
✅ Smooth inner surface: Reduces pressure loss and minimizes scaling. 
✅ Lightweight & easy to install: Reduces labor and handling costs.

⚠️ Considerations:

• Must be installed with proper fusion equipment and trained personnel — poor fusion leads to leaks.

• Long-term exposure to UV light without protection can degrade plastic.