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Enhanced MC Nylon Piping Systems: Technical Specifications & Chemical Resistance
2026-04-30
Our company specializes in high-performance piping solutions, featuring two flagship series: Pure Nylon Pipes and Nylon-Steel Composite Pipes. Engineered for the most demanding industrial environments, our products offer a unique combination of structural integrity and chemical inertness.
Key Performance Highlights
Superior Durability: High mechanical strength and exceptional wear resistance.
Broad Temperature Range: Stable performance from -36°C to 160°C.
Extreme Chemical Resistance: Expertly handles weak acids, strong bases, and complex organic solvents.
Safety First: Non-toxic and eco-friendly, suitable for sensitive applications.
High-Pressure Capabilities: Available in pressure ratings from 1.0 to 4.0 MPa.
Large-Scale Engineering: Specialized manufacturing capacity for ultra-large diameters up to DN2000mm+.
Easy Installation: Standardized flange connections for rapid deployment and reduced maintenance costs.
Core Industry Applications
Our specialized piping systems are widely utilized in:
Energy & Mining: Oil & Gas fields, mineral processing.
Chemical Processing: Chlor-alkali industry, soda ash production, salt and phosphorus chemicals.
Infrastructure: Municipal water supply and drainage, power plants.
Specialty Projects: Seawater desalination and heavy-duty urban construction.
Technical Data: Chemical Compatibility & Corrosion Resistance Chart
This chart serves as a technical guide for engineers to evaluate the suitability of Enhanced MC Nylon in various chemical environments.
Rating Legend:
● = Excellent (Long-term use): Highly recommended for continuous exposure.
○ = Good (Suitable): Recommended for standard operating conditions.
▲ = Limited (Intermittent use): Suitable for brief contact or low-frequency exposure.
× = Not Recommended: Material degradation may occur.
- = No Data: Contact our technical team for testing.
|
Chemical Medium
|
Conc. (%)
|
25°C
|
60°C
|
100°C
|
|
Acids
|
||||
|
Hydrochloric Acid (HCl)
|
<10
|
○
|
×
|
-
|
|
Sulfuric Acid (H2SO4)
|
<20
|
●
|
○
|
▲
|
|
Phosphoric Acid (H3PO4)
|
<30
|
●
|
○
|
▲
|
|
Formic Acid (HCOOH)
|
10
|
○
|
▲
|
×
|
|
Acetic Acid (CH3COOH)
|
10
|
○
|
▲
|
×
|
|
Lactic Acid
|
90
|
●
|
○
|
▲
|
|
Oxalic Acid
|
10
|
●
|
○
|
▲
|
|
Bases / Alkalies
|
||||
|
Sodium Hydroxide (NaOH)
|
50
|
●
|
●
|
●
|
|
Potassium Hydroxide (KOH)
|
40
|
●
|
●
|
●
|
|
Ammonia (NH3)
|
100
|
●
|
●
|
●
|
|
Sodium Carbonate (Na2CO3)
|
25
|
●
|
○
|
▲
|
|
Salts & Solutions
|
||||
|
Sodium Chloride (NaCl)
|
10
|
●
|
○
|
▲
|
|
Potassium Chloride (KCl)
|
10
|
●
|
●
|
○
|
|
Sodium Hypochlorite (NaOCl)
|
5
|
●
|
○
|
▲
|
|
Sea Water
|
-
|
●
|
●
|
○
|
|
Solvents & Alcohols
|
||||
|
Methanol
|
100
|
●
|
○
|
▲
|
|
Ethanol
|
100
|
●
|
○
|
▲
|
|
Ethylene Glycol
|
100
|
●
|
●
|
○
|
|
Acetone
|
100
|
●
|
●
|
○
|
|
Benzene / Toluene
|
100
|
●
|
○
|
▲
|
|
Carbon Tetrachloride (CCl4)
|
100
|
●
|
●
|
○
|
|
Oils & Fuels
|
||||
|
Gasoline / Diesel
|
100
|
●
|
●
|
○
|
|
Lubricating Oil
|
100
|
●
|
●
|
○
|
|
Mineral Oil
|
100
|
●
|
●
|
○
|
|
Silicone Oil
|
100
|
●
|
●
|
○
|
|
Other Fluids
|
||||
|
Water (H2O)
|
-
|
●
|
●
|
●
|
|
Hydrogen Peroxide (H2O2)
|
30
|
●
|
●
|
○
|
|
Fruit Juices / Beverages
|
100
|
●
|
○
|
▲
|
Engineering Support & Customization
Technical Disclaimer: The data above is based on laboratory testing and is intended for general reference. Actual performance may vary based on flow rates, pressure fluctuations, and chemical mixtures. For critical applications, we recommend project-specific testing.
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Product Technical Specifications: Nylon & Composite Pipes
