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PPH Pipeline High Temperature Resistant Fireproof Flame Retardant Acid Corrosion Resistant Plastic Tubes for Chemical Industry

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Resistance: Designed to withstand extreme temperatures, enabling safe use in chemical processing, industrial heating systems, and high-temperature fluid transport.
  • Corrosion and Fire Protection: Resists acid corrosion, chemical erosion, and flames, ensuring durability in hazardous environments and compliance with safety standards.

Key features

  • 1. Material Technology: High-Temperature Resistant PP Plastic

  • With corrosion-resistant PP material, you can ensure durability in harsh chemical environments, outperforming traditional PVC tubes by resisting acid erosion and maintaining structural integrity*.

  • 2. Interactive Design: Nested Modular Construction

  • With a nested design, you can streamline installation and save storage space compared to rigid piping systems, adapting to diverse project requirements with ease*.

  • 3. Performance Parameters: Customizable Thickness & Length

  • With customizable thickness options (1-8.3mm) and lengths (including 4m standard), you can optimize pressure resistance and fit complex industrial layouts with precision*.

  • 4. Scenario Solutions: Industrial Fire Safety Compliance

  • With built-in flame-retardant properties, you can safeguard against fire risks in high-temperature chemical processing or commercial facilities, ensuring uninterrupted operations*.

  • 5. Certification Standards: Industrial Safety Compliance

  • With compliance to fire safety and chemical resistance standards (e.g., UL 94, ASTM D), you can meet regulatory requirements for industrial applications, ensuring reliability and safety*.

Product details

PPH Pipeline High Temperature Resistant Fireproof Flame Retardant Acid Corrosion Resistant Plastic Tubes for Chemical Industry

The PPH Pipeline High Temperature Resistant Fireproof Flame Retardant Acid Corrosion Resistant Plastic Tubes are engineered for industrial applications requiring durability in extreme conditions. Made of PP (polypropylene) plastic, these tubes offer heat resistance up to 110°C, acid/alkali corrosion protection, and a nested design for space optimization. Their smooth cylindrical shape and customizable dimensions (thickness: 1–8.3mm, length: up to 4m) ensure versatility in plumbing, electrical, and chemical infrastructure projects.

Technical specifications

FeatureSpecificationBenefit
MaterialPP PlasticLightweight, corrosion-resistant, durable
Temperature ResistanceUp to 110°C (Pro Model)Safe operation in high-heat environments
Corrosion ResistanceAcid/alkali resistant (meets ASTM D543)Long service life in harsh chemical settings
Nested DesignInterlocking cylindrical tubesSpace-saving installation, easy storage
Thickness Options1–5mm, 5–8.3mmCustom fit for varying pressure needs
LengthCustomizable up to 4mTailored to specific project requirements

Customization guide

Adjustable parameters include diameter, length, and wall thickness to meet specialized needs such as:

  • Chemical Resistance: Thicker walls (5–8.3mm) for aggressive chemical environments.
  • Pressure Requirements: Custom diameters (10–40mm) to handle high-pressure systems.
  • Installation Efficiency: Nested design allows modular assembly for tight spaces.

Get inspired

With flame-retardant properties, you can ensure safety in environments prone to fire hazards. The 110°C heat resistance of the Pro Model enables use in extreme industrial processes, while the nested design reduces storage space by 40% compared to non-interlocking alternatives.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature90°C95°C110°C (+22%*)
Corrosion ResistanceAcid/alkaliStrong acidsMilitary-grade (+30%*)
Pressure Rating5 bar8 bar12 bar (+140%*)
Flame RetardancyUL94 HBUL94 V-0Self-extinguishing
Diameter Range10–20mm10–30mm10–40mm

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 110°C resistance exceeds industry standards by 22%, enabling use in high-temperature chemical reactors.
    • Military-grade corrosion resistance in the Pro Model triples the lifespan in harsh chemical baths.
    • The nested design reduces installation time by 30% compared to rigid piping systems.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard chemical labs or light industrial use where temperatures stay below 90°C.
    • Advanced Model: Suitable for mid-scale plants needing resistance to strong acids (e.g., sulfuric acid) and moderate pressure (up to 8 bar).
    • Pro Model: Required for extreme applications like petrochemical refineries, where tripled corrosion resistance and 12 bar pressure tolerance ensure safety and longevity.

*Comparisons based on industry benchmarks (ASTM D1243, ISO 17024).

Frequently asked questions

  • Which high temperature resistant plastic tubes are best for chemical plants?

  • How do I clean and maintain fireproof acid-resistant plastic tubes?

  • PP vs PVC: Which material suits industrial piping better?

  • Can PPH plastic tubes be customized for specific chemical installations?

  • Are these plastic tubes certified for fire safety in industrial settings?

  • What makes PPH tubes suitable for acid-corrosion prone environments?

  • How easy are nested PPH plastic tubes to install in plumbing systems?

  • Do these tubes withstand continuous high-temperature exposure in chemical reactors?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Standard Industrial Plastic TubesGeneral industrial applications- Material: PVC/LDPE
- Temp Resistance: 60°C (ISO 1749)
- Corrosion: Resists basic chemicals (ASTM D543)
- Thickness: Fixed 3mm
Cost-effective, widely available, lightweight.Limited to mild environments, poor heat/corrosion resistance beyond basic needs.
PPH Base ModelChemical plants, moderate chemical use- Material: PP (Polypropylene)
- Temp Resistance: 80°C (▲20°C vs Standard)
- Corrosion: Withstands 30+ chemicals (ASTM F739)
- Thickness: 1–5mm (ISO 3801)
Enhanced chemical/heat resistance vs. standard, customizable lengths (up to 4m).Lower max temp than Advanced tier, thinner walls may limit structural use.
PPH Advanced ModelHigh-temperature chemical processing- Material: PP + Flame Retardant
- Temp Resistance: 120°C (▲40°C vs Base)
- Corrosion: Resists 50+ chemicals (▲20 chemicals vs Base)
- Thickness: 5–8.3mm (▲3.3mm)
Highest temp/corrosion resistance, structural durability for heavy-duty use.Higher cost, heavier, less flexible than Base tier.
Fire-Resistant PVC PipesAreas requiring fire safety- Material: PVC + Fire Retardant
- Temp Resistance: 70°C (ASTM E84)
- Flame Spread: ≤25 (Class A)
- Thickness: 2–4mm
Fire safety compliance, cost-effective for non-extreme chemical use.Limited chemical resistance, lower heat tolerance than PPH tiers.
Metal Corrosion-Resistant PipesHarsh chemical environments- Material: Stainless Steel 316
- Temp Resistance: 200°C (ISO 13712)
- Corrosion: Resists 90+ chemicals (ASTM A240)
Extreme durability, unmatched chemical/heat resistance.Heavy, expensive, rigid (difficult to install in complex layouts).
Flexible High-Temperature SleevingCable protection in industrial settings- Material: Silicone
- Temp Resistance: 250°C (▲130°C vs PPH Advanced)
- Flexibility: Bend radius ≤50mm (IEC 60332)
Exceptional flexibility and heat resistance for cable management.No structural integrity, minimal chemical resistance, non-customizable lengths.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.