Euro Gulf upvc Elbow 6″ 45*

Description

upvc Elbow 6″ 45*

 

Euro Gulf local Manufacturer Suppliers in Karachi Contact 0321-2248975 ASTM uPvc Sch-40 Pressure Fittings, Drain sewer ventilation

 

What is Euro Gulf upvc Elbow 6″ 45* ?

 

A 6-inch, 45° uPVC elbow Schedule 40 is a pipe fitting that changes the direction of flow between two pipes by 45 degrees. It is made from rigid un plasticized polyvinyl chloride (uPVC) — a durable plastic commonly used in water systems.

Key basics:

• 📏 Size: 6″ nominal diameter

• 🔁 Angle: 45° turn

• 🧱 Schedule: SCH 40 (standard wall thickness, pressure-rated)

• 🔗 Connection: Socket ends for solvent/solvent-cement joining

• 🎨 Material: uPVC (white or grey)

• ⚖️ Material class: Un plasticized PVC — rigid and strong

• 🔥 Max temp: ~60 °C (140 °F) (typical for SCH 40 uPVC)

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📊 Material & Specs

Material:

• uPVC (Un plasticized Polyvinyl Chloride):

  • Rigid thermoplastic with high strength

  • Excellent corrosion and chemical resistance

  • Low weight and smooth internal surface → efficient flow

  • Non-toxic for potable water systems

Standard & Pressure:

• Sold as Schedule 40 fitting — meaning predictable wall thickness and performance for moderate pressure water systems.

• Many SCH 40 PVC systems follow ASTM D2466 / ASTM D1785 standards in manufacturing and dimensions.

• Typical service conditions include cold and warm water under pressure; uPVC systems are not designed for sustained high temperatures above ~60 °C.

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🏗️ Applications Euro Gulf upvc Elbow 6″ 45*

This elbow fitting is used where you need a direction change in a piping network — most commonly:

💧 Water Supply Systems

• Cold potable water distribution

• Warm domestic water where temperature stays within uPVC limits

• Service and feed lines in buildings

❄️ HVAC (Heating, Ventilation & Air Conditioning)

• Drain lines, condensate lines in HVAC units

• Non-pressurized water distribution loops

• Cooling water return paths (not primary high-temperature boiler loops)

🧑‍🔧 General Plumbing & Industrial

• General plumbing redirection points

• Irrigation systems & outdoor networks

• Drainage or waste lines when combined with other PVC fittings

What it’s not ideal for:

• Very hot water systems over ~60 °C

• High-pressure boiler water loops or steam

• Main HVAC hot water distribution without alternative material like CPVC

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🔧 Installation Guide (Typical for SCH 40 uPVC)

1. Prepare Pipes:

   • Cut pipe ends squarely, deburr, and clean both pipe and elbow sockets.

2. Dry Fit:

   • Test-fit pipe into elbows to check proper alignment and depth.

3. Apply Solvent Cement:

   • Apply an appropriate uPVC solvent cement inside the elbow socket and around the pipe end.

4. Assemble:

   • Insert pipe fully into fitting with a slight twist; hold for a few seconds to tack.

5. Cure Time:

   • Allow recommended cure time per cement instructions before pressurizing.

6. Testing:

   • Once cured, test with water at low pressure to check for leaks before full operation.
     — This standard solvent-weld system forms a permanent, leak-resistant joint.

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✅ Advantages

• Corrosion & Chemical Resistance: Doesn’t rust, scale, or corrode in typical water environments.

• Lightweight & Durable: Easier to handle and install than metal alternatives.

• Smooth Interior: Reduces friction loss; less buildup and clogging.

• Non-toxic: Safe for potable water when installed correctly.

• Cost-Effective: Cheaper than metal fittings and offers long service life.

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⚠️ Limitations & Considerations

👉 Temperature:
uPVC has temperature limits. For hot water supply approaching or exceeding ~60 °C, CPVC or other high-temperature materials are recommended.

👉 UV Exposure:
Direct sunlight can degrade uPVC over long periods unless UV-stabilized.

👉 Pressure Rating:
Pressure rating decreases as temperature rises; verify with manufacturer’s datasheet if operating near design limits.

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📌 Usage Tips

• Always match pipe and fitting Schedule (SCH 40) for proper joint compatibility.

• Use proper solvent cement and primer for secure solvent welding.

• Ensure piping layout accounts for expansion/contraction with temperature changes.

• For HVAC hot water loops, confirm allowable temperatures before final selection.