Female Socket 110×4″ EG PPRc

Description

Female Socket 110×4″

 

Brass Female Adaptor (threaded) local ,. Food grade pprc pn 25 for HVAC and hot and cold water supply female adaptor 110×4″ dealer contact 0321-2248975

 

What is Female Socket 110×4″ EG PPRc ?

 

A Female Socket 110×4″ EG PPR-C PN25 is a pipe fitting made from PPR-C (Polypropylene Random Copolymer) designed to connect a 110 mm PPR pipe to a 4-inch threaded male connection (typically BSP or national pipe thread) — often on valves, equipment, or metal fittings.

• PPR-C is a robust plastic material commonly used for pressure pipe systems.

• EG often means it includes a reinforced or embedded threaded insert to improve strength on the threaded side.

• PN25 indicates a nominal pressure rating of 25 bar, suitable for high-pressure hot & cold water systems and HVAC applications.

This type of fitting bridges plastic piping and threaded system components (valves, pumps, manifolds) without compromising pressure capabilities.

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📊 Specifications Female Socket 110×4″ EG PPRc

🏭 Material

• PPR-C (Polypropylene Random Copolymer): A thermoplastic polymer with excellent strength and thermal stability for hot and cold water.

• Threaded Insert: Usually metal (brass or steel) embedded within the PPR body to strengthen the 4″ female threaded connection.

📐 Typical Specifications

📌 Notes

• The 110 mm size makes this fitting suitable for major distribution lines in buildings and HVAC systems.

• PN25 rating means the fitting can handle high pressures, ideal where pressure spikes may occur (e.g., multistory buildings).

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🔧 How It Works

This fitting gives you two connection types:

1. Socket Side (110 mm):

   • The PPR pipe end fuses to the fitting using heat fusion (heat welding), creating a permanent, leak-proof joint.

2. Threaded Side (4″ Female):

   • A male threaded component (valve, pump inlet, flange, etc.) is screwed into the female thread and sealed using PTFE/Teflon tape or thread sealant.

This combination lets you integrate plastic PPR piping with threaded metal or plastic elements in the system.

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🔨 Installation Guide

🛠 Tools Required

• PPR cutter or pipe saw

• Socket/heat fusion welding machine with appropriate-sized heating tool

• Marker

• Thread sealant (PTFE tape)

🧰 Steps

1. Prepare the Pipe

   • Cut the 110 mm PPR pipe squarely and remove burrs.

   • Mark the insertion depth on the pipe.

2. Heat Fusion Welding

   • Heat both the pipe end and the fitting’s socket interior with the fusion machine.

   • Insert the pipe into the socket and hold steady for a few seconds until the plastic cools sufficiently.

3. Thread Prep

   • Wrap the male threaded part with PTFE tape (clockwise).

   • Screw it into the 4″ female threaded end until snug — do not overtighten, to avoid damaging threads.

4. Test the System

   • Once all connections are made, pressurize the system (hydrostatic test) to check for leaks.

🪛 Best Practices

• Allow joint cooling before applying full system pressure.

• Inspect threads before connection — any damage can lead to leaks.

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💡 Usage & Applications

HVAC Systems

• Connecting PPR distribution lines to HVAC units, heat pumps, boilers, or manifold systems.

• Useful in hydronic heating loops or chilled water distribution.

Hot & Cold Water Supply

• Primary service lines in residential and commercial buildings.

• Bridges PPR piping with metal valves, pumps, and fixtures.

Industrial & Commercial Plumbing

• Boilers, hot water storage tanks, and other equipment requiring robust threaded connections.

• Distribution systems with mixed pipe materials (plastic to metal).

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👍 Advantages

✔ Strong, permanent joints: Heat fusion ensures a leak-proof connection on the PPR side. 
✔ Corrosion resistance: PPR resists scaling, rust, and chemical wear — ideal for long life. 
✔ High pressure capacity: PN25 rating suitable for high-pressure systems.
✔ Safe for potable water: PPR is non-toxic and meets potable water standards when certified. 
✔ Versatile interfacing: Female thread end lets you easily attach valves, pumps, and threaded components.