Standard Products: DN16-DN160 PPR straight pipes, elbows, tees, etc.
Special Orders: Reducers, angled elbows (30°/45°/60°), flange fittings
Case Study: Customized 95℃ high-temperature PPR pipes for Middle Eastern desert projects

2. Material & Performance Parameters

Customization	Options	Advantages
Pressure Rating	PN1.0-PN2.5MPa	High-rise building & industrial applications
Temperature Range	5℃-95℃	Solar/underfloor heating systems
Color Options	White/gray/custom colors	Compliant with EU RAL color standards
Oxygen Barrier	EVOH composite layer	Algae prevention for longer system life

3. Certification Compliance

Meets ISO 9001/14001, EN 12201, GB/T 18742 standards
Customizable CE, NSF, AS/NZS 4130 certifications available
Case Study: DIN 8058-compliant PPR fittings for German clients

4. Customization Process

Requirement Analysis: Submit CAD drawings or samples
Design Phase: 3D modeling + pressure simulation testing
Tooling Development: 7-15 days rapid prototyping (low MOQ)
Production & Delivery: Mixed container shipping + logistics tracking

5. Industry Applications

Construction: UV-resistant exposed pipes
Manufacturing: Chemical-resistant PPR composites
Municipal Projects: Large-diameter drainage fittings
Green Energy: Recyclable eco-friendly pipelines

6. IFAN Customization Advantages

20 years of expertise in ODM/OEM solutions
Free system design & pressure test reports
Fast delivery: Stock items ship within 48 hours
10-year warranty on all customized products

7. How to Start Customization?

Visit ifanultra.com/customization to submit requests
Technical advisors respond within 24 hours
30% deposit secures production slot
Final payment & delivery after quality inspection

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Knowledge

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I once watched a seemingly perfect stainless steel pipe connection fail, not from a major impact, but from a tiny, hidden gap I had overlooked. Crevice corrosion is a localized form of corrosion that attacks stainless steel and other passive metals within tight gaps or shielded areas. It occurs when oxygen is depleted in a

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I remember the first time I was responsible for a hydrostatic test. The pressure gauge was climbing, and my heart was racing. A single mistake could mean a costly, dangerous failure. To perform a hydrostatic pressure test, you fill the piping system with water, pressurize it to 1.5 times its design pressure, hold it for

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