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Pipeline Insulation Pipe Shell Cold Insulation Material Phenolic Foam Pipe Anti-condensation PF Pipe

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Pipeline Insulation & Anti-Condensation: Designed to insulate pipelines, prevent heat loss, and reduce condensation in cold environments using phenolic foam, which offers superior thermal resistance.
  • Fireproof Protection: Meets BS476 fire safety certification, ensuring compliance with safety standards in high-risk environments.

Key features

  • 1. Material Technology: Phenolic Foam with Fireproof Properties

  • With phenolic foam material and BS476 fireproof certification, ensure superior thermal insulation and anti-condensation while resisting flames. ~30% lower heat transfer compared to standard foam insulation*.

  • 2. Interactive Design: Customizable and Easy-to-Install

  • With customizable lengths and pre-drilled central holes, easily adapt to diverse pipeline configurations and simplify installation, saving up to 20% time compared to rigid insulation materials*.

  • 3. Performance Parameters: Versatile Dimension Options

  • Customizable length and thickness options guarantee compatibility with various pipeline diameters and project requirements, outperforming fixed-size alternatives*.

  • 4. Scenario Solutions: Dual-Use for Farmhouse & Industrial Settings

  • Ideal for farmhouse and commercial pipeline systems, maintaining temperature stability and reducing energy loss in both residential and industrial environments.

  • 5. Certification Standards: BS476 Fire Safety Compliance

  • BS476 certification ensures strict fire resistance standards, offering enhanced safety compared to non-certified insulation materials in high-risk applications.

Product details

Pipeline Insulation Pipe Shell Cold Insulation Material Phenolic Foam Pipe Anti-condensation PF Pipe

The Pipeline Insulation Pipe Shell Cold Insulation Material Phenolic Foam Pipe Anti-condensation PF Pipe is designed for thermal and fire-resistant insulation in pipelines and farmhouse applications. Crafted from phenolic foam with customizable lengths and BS476 fireproof certification, it prevents heat loss, condensation, and fire hazards. The material’s versatility and durability make it ideal for harsh environments, while its reflective metallic coatings (available in select models) enhance thermal efficiency.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPhenolic foam with aluminum foil outer layer (Advanced/Pro models)Industrial pipelines, HVAC systems, farmhouse insulation
CertificationBS476 fire resistance standardCompliance-driven projects (e.g., commercial buildings)
Thermal ResistanceR-value 5.0 (Base), R-value 5.8 (Advanced), R-value 6.5 (Pro)Reducing heat transfer in cold storage or outdoor pipelines
LengthCustomizable (min. 1m, max. 100m)Tailored for long-distance pipeline runs

Customization guide

Adjustable length and thickness parameters to meet project-specific requirements. For extreme thermal challenges, opt for the Pro model’s reinforced aluminum foil outer layer.

Get inspired

With phenolic foam’s anti-condensation properties, maintain dry environments in farmhouse piping systems. Pair the Pro model’s high R-value with its fireproof rating to safeguard industrial facilities against heat and flames.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal ResistanceR-value 5.0+15% (R-value 5.8)+30% (R-value 6.5)*
Fire ResistanceBS476 compliantSame as BaseSame as Base
Outer LayerPlain phenolic foamAluminum foilReinforced aluminum foil
WeightLight (~10kg/m)Standard (~12kg/m)Heavy-duty (~15kg/m)

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum Foil Coating: Reflects 90% radiant heat (Advanced/Pro models), reducing energy loss by 25% vs. standard foam.
    • BS476 Certification: Ensures fire integrity up to 60 minutes, exceeding most industry benchmarks.
    • Customizable Lengths: Reduces on-site cutting waste by 40%, lowering labor costs.
  2. Optimal Version Selection:

    • Base Model: Ideal for general farmhouse or low-temperature pipelines (e.g., residential systems).
    • Advanced Model: Suitable for commercial HVAC or industrial settings needing moderate thermal control.
    • Pro Model: Required for extreme environments (e.g., oil refineries) where high thermal resistance and durability are critical.

*Pro Model’s R-value outperforms industry standards by 20%.

Frequently asked questions

  • Which phenolic foam pipe insulation is best suited for farmhouse pipelines?

  • How do I maintain phenolic foam pipe insulation to prevent moisture buildup?

  • What are the advantages of phenolic foam over fiberglass insulation for fireproof pipelines?

  • Can I customize the length of phenolic foam pipe insulation for irregular pipeline layouts?

  • Is phenolic foam pipe insulation BS476 fire-rated for commercial use?

  • Does phenolic foam insulation prevent condensation on cold pipelines in humid environments?

  • What makes phenolic foam the best choice for insulating outdoor pipelines?

  • Can phenolic foam pipe insulation be used in both residential and industrial pipelines?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Phenolic Foam Insulation (Advanced)Industrial pipelines, farmhouse insulation, fire-prone areasFire Resistance ▲▲▲ (BS476 Class 0), Thermal Conductivity 0.02 W/m·K (blocks 90% heat)Highest fire safety, minimal heat loss, durable for long-term useHigher cost, requires protective coating in corrosive environments
Phenolic Foam Insulation (Base)General pipelines, moderate environmentsFire Resistance ▲▲ (BS476 Class 1), Thermal Conductivity 0.025 W/m·K (blocks 85% heat)Cost-effective, adequate thermal performance, customizable lengths (min. 1m–100m)Lower fire rating, less moisture resistance (ASTM C739)
Fiberglass InsulationResidential HVAC, general industrialFire Resistance ▲ (Class B), Thermal Conductivity 0.04 W/m·K (blocks 70% heat)Lightweight, affordable, easy installationPoor fire rating, higher thermal loss, prone to moisture damage
Polyurethane Foam InsulationRefrigeration systems, cold storageFire Resistance ▲ (Class 1), Thermal Conductivity 0.022 W/m·K (blocks 88% heat)Superior thermal performance, moisture-resistant (ASTM C739)Flammable without additives, higher cost than fiberglass
Aluminum Foil InsulationSolar panels, radiant barrier applicationsFire Resistance ▲ (Class 1), Reflectivity ▲▲▲ (97% radiant heat reflection)Lightweight, excellent radiant heat reflection, low thermal conductivityRequires additional insulation layers, poor durability in harsh weather
Cellular Glass InsulationChemical plants, high-temperature zonesFire Resistance ▲▲▲ (Class A), Chemical Resistance ▲▲▲ (ASTM C1617)Non-combustible, withstands extreme chemicals and temperaturesBrittle material, high cost, limited flexibility for customization

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