IFAN PVC

IFAN--Your Professional PVC Pipe and PVC Fittings Supplier

30⁺Years of experience
in piping industry

IFAN factory, founded in 1993 and officially established in 2001, includes six Company. We are a modern company focused on R&D, manufacturing, sales, and service. With 610 employees and 120,000+ square meters of Building, we've dedicated nearly 30 years to our mission: IFAN Protect Health And Safety. Our products meet International standards, providing safe plumbing solutions to millions of families.

 

IFAN can design and produce all plumbing pipe and fittings include PVC PPR PPSU HDPE PEXA PEXB PERT pipe and fittings, brass fittings, brass ball valve,heating system, gas system, sanitary faucets and hose.

 

30+

Production experience

200+

Production Lines

610

professional staff

20
+

certifacates

How PPR pipe / PPR Fitting is made?

 

Raw material screening

We select high-quality raw materiels from the world's leading suppliers to ensure the stability and durability of the product.

Precision proportioning

We strictly control the proportion of rew materlais and use advanced technology to ensure that each IFAN PVC Pipe PVC Fitting has consistent quality and performance.

Extrusion molding

Advanced extrusion molding technology is used to ensure that the wall thickness of the pipe is uniform and smooth inside and outside. This manufacturing process not only improves the physical properties of the product, but also ensures the overall strength and stability of the pipe.

cooling and cutting

After extrusion molding, IFAN PVC Pipe enters the cooling and cutting stage. In this step, we use advanced cooling technology to ensure the structural stability of the pipes, and use precise cutting processes to ensure that each pipe has a standard size and flat cross-section.

Injection Molding

All-plastic PVC Fittings: The stirred raw materials are fed into the injection molding machine and injection molded through high temperature and high pressure. The design of all-plastic parts is usually relatively simple to ensure the sealing and stability of the product.

PVC Fittings with inserts: Feed the mixed raw materials into the injection molding machine, and at the same time insert the precisely made Brass inserts into the injection mold. Through injection molding, the PVC material is tightly combined with the copper insert.

Quality Control

Each fitting is carefully examined for surface defects, color inconsistencies, and any signs of deformation.

 

Tools like calipers and micrometers are used to measure dimensions including diameter, wall thickness, and overall length.

 

Fittings may be subjected to water pressure to ensure they don't leak or burst at their rated pressure.

 

Some samples might undergo prolonged testing under pressure to simulate long-term use.

Transform Your Plumbing Solutions with IFAN PVC Fittings!

Durability and Strength: IFAN PVC fittings are designed to withstand the rigors of West Africa's diverse climates, ensuring long-lasting performance in both residential and industrial applications.

Corrosion and Chemical Resistance: Our PVC fittings resist corrosion and are ideal for handling a variety of chemicals, making them suitable for agricultural and industrial uses.

Easy Installation: Lightweight and easy to handle, IFAN PVC fittings simplify installation processes, reducing labor costs and project timelines.

Versatile Applications: Perfect for water supply, irrigation, drainage, and sewage systems, our fittings meet the needs of various industries across West Africa.

Cost-Effective Solution: With their low maintenance requirements and durability, IFAN PVC fittings provide an economical choice for long-term plumbing solutions.

What are the common applications of the IFAN PVC Piping system?

The IFAN PVC piping system has diverse applications across several sectors, including:

1. Water Supply: Reliable for potable and non-potable water distribution due to its durability and resistance to corrosion.

2. Irrigation: Ideal for agricultural systems, ensuring efficient water flow and chemical resistance.

3. Drainage and Waste Management: Effective in handling wastewater and drainage due to its smooth interior and resistance to clogging.

4. Industrial Use: Suitable for various chemicals and industrial fluids, thanks to its high resistance to chemical corrosion.

These versatile applications make IFAN PVC piping systems suitable for residential, commercial, and industrial projects.

What range or standard of PVC products does IFAN manufacture?

PVC Pipe: CPVC Pipe, UPVC Pipe

PVC Fittings: CPVC Socket, CPVC Reduce Socket, CPVC Female Socket, CPVC Male Socket

CPVC Elbow, CPVC Reduce Elbow, CPVC Double Elbow, CPVC Female Elbow, CPVC Male Elbow

CPVC Tee, CPVC Reduce Tee, CPVC Female Tee, CPVC Male Tee

CPVC Union, CPVC Female Union, CPVC Male Union, CPVC End Cap, CPVC Crossover, CPVC Pipe Clip, CPVC Plug

UPVC Socket, UPVC Reduce Socket, UPVC Female Socket, UPVC Male Socket

UPVC Elbow, UPVC Reduce Elbow, UPVC Double Elbow, UPVC Female Elbow, UPVC Male Elbow

UPVC Tee, UPVC Reduce Tee, UPVC Female Tee, UPVC Male Tee

UPVC Union, UPVC Female Union, UPVC Male Union, UPVC End Cap, UPVC Crossover, UPVC Pipe Clip, UPVC Plug

PVC Valve: CPVC Ball Valve, CPVC Bibcock Valve, UPVC Ball Valve, UPVC Bibcock Valve

Color: White, Grey, Black, Green, Customized colors.

Standard: 

Water Supply: 501 CPVC ASTM2846, 502 CPVC DIN, 503 CPVC SCH80 (ASTM F439), 504 CPVC NDI, 505 CPVC-C

801 PVC BSPT, 802 PVC SCH40 (ASTM D2466), 803 PVC SCH80 (ASTM D2467), 804 PVC DIN (NBR5648), 805 PVC GB PN10, 806 PVC GB PN16

Drainage: 901 UPVC GB (BS1329/BS1401), 902 UPVC (DIN), 903 UPVC DWV (ASTM D2665), 904 UPVC EN1401

Features and Benefits of IFAN CPVC Pipes

1. High Temperature Resistance: IFAN CPVC pipes are designed to withstand temperatures up to 93°C (200°F), making them ideal for hot water applications in residential and industrial settings.

2. Corrosion Resistance: These pipes resist corrosion from a wide range of chemicals, including acids and salts, ensuring longevity in diverse environments.

3. Easy Installation: Lightweight and compatible with standard solvent welding, IFAN CPVC pipes simplify installation, saving on time and labor costs.

4. Low Thermal Conductivity: CPVC minimizes heat loss, which improves energy efficiency in hot water systems.

5. Safe for Potable Water: Certified for drinking water applications, IFAN CPVC pipes maintain water quality by resisting biofilm formation and microbial growth.

6. Cost-Effective and Durable: With a long lifespan and minimal maintenance needs, IFAN CPVC pipes are an economical choice for long-term plumbing solutions.

Features and Benefits of IFAN UPVC Pipes

1. Chemical Resistance: IFAN UPVC pipes resist a wide range of chemicals, making them ideal for sewage, drainage, and industrial applications where exposure to aggressive substances is common.

2. Non-Toxic: Safe for potable water, UPVC pipes don't corrode or degrade over time, maintaining water quality and hygiene.

3. Durability and Strength: Known for their rigidity, UPVC pipes are highly durable, resistant to wear, and maintain structural integrity even in extreme conditions.

4. Low Maintenance: With minimal maintenance requirements, IFAN UPVC pipes offer long-term, cost-effective plumbing solutions across applications.

Key Differences Between IFAN UPVC and CPVC Pipes

1. Temperature Tolerance: CPVC (Chlorinated PVC) pipes are designed for hot water applications and can handle temperatures up to 93°C (200°F). UPVC (Unplasticized PVC) pipes, however, are suited for cold water use only, as they soften under heat.

2. Application: CPVC is widely used in hot water systems and industrial piping. UPVC is preferred for cold water supply, sewage, and drainage due to its rigidity and chemical resistance.

3. Flexibility: CPVC is slightly more flexible, while UPVC is rigid and brittle, enhancing its strength and resistance to physical impact.

4. Cost: UPVC is generally less expensive than CPVC, making it a budget-friendly choice for projects without hot water requirements.

10 Do's for PVC Pipe Installation

1. Use Proper Tools: Always use PVC-specific cutting tools and pipe deburring tools for clean cuts.

2. Clean the Pipe Ends: Ensure all pipe ends are free from debris and burrs before joining.

3. Test for Leaks: Conduct a pressure test after installation to check for any leaks.

4. Allow Solvent Cement to Cure: Follow the manufacturer's guidelines for curing time before pressurizing the system.

5. Ensure Proper Pipe Support: Use adequate pipe hangers or brackets to support the PVC piping system.

6. Follow Manufacturer's Specifications: Always adhere to the recommended installation guidelines and pressure ratings.

7. Use Primer for Stronger Bonds: For pressure systems, use PVC primer before applying solvent cement.

8. Check Compatibility: Ensure fittings, pipes, and solvent cements are compatible for a secure installation.

9. Account for Expansion/Contraction: Use expansion joints where necessary to account for temperature-related changes.

10. Use Appropriate Pipe for the Application: Select the correct PVC grade (e.g., Schedule 40 or Schedule 80) based on pressure and load requirements.

10 Don'ts for PVC Pipe Installation

1. Don't Skip Cleaning: Never join dirty pipes, as debris can weaken the bond.

2. Avoid Over-Tightening Joints: Over-tightening threaded connections can cause cracks or leaks.

3. Don't Use PVC for Hot Water: PVC is not suitable for hot water; use CPVC instead for high-temperature applications.

4. Avoid Direct Sunlight without Protection: Prolonged UV exposure can degrade PVC; use UV-resistant coatings if necessary.

5. Do Not Use Wrong Solvent Cement: Always use cement rated for the specific PVC type (e.g., pressure or non-pressure applications).

6. Don't Use PVC for Compressed Air: PVC is not designed for compressed air systems due to the risk of rupture.

7. Avoid Quick Pressure Testing: Don't pressure test the system before the cement has fully cured.

8. Don't Mix Different Pipe Materials: Avoid mixing PVC with incompatible materials like metals without proper adapters.

9. Don't Install Without Slope in Drainage: Ensure proper sloping in drainage systems to prevent water pooling.

10. Avoid Excessive Bending: Do not attempt to bend PVC pipes excessively; use appropriate fittings for changes in direction.

For more information on our PVC fittings and how we can meet your specific requirements, please visit the IFAN website at IFAN. We are dedicated to providing superior solutions for all your plumbing needs.

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