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  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
  • Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam
Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam

Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam

  • 30 - 539 Kilograms
    $7.89
  • 540 - 999 Kilograms
    $7.09
  • >= 1000 Kilograms
    $6.78

Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Scorch Prevention: Designed to inhibit thermal degradation of polyurethane (PU) foam during high-temperature processing, preventing discoloration and structural damage.
  • Liquid Additive: Supplied in a liquid form for easy integration into PU foam production workflows, ensuring uniform distribution and optimal performance.

Key features

  • 1. Material Technology

  • With a 99% purity liquid formulation, ensure consistent and reliable protection of PU foam integrity.

  • 2. Performance Parameters

  • With high-temperature resistance, prevent PU foam degradation during manufacturing or prolonged use.

  • 3. Scenario Solutions

  • Designed for industrial applications like furniture and automotive manufacturing, ensuring product longevity.

  • 4. Certification Standards

  • Meets safety and quality benchmarks for chemical additives, prioritizing user and environmental safety.

  • 5. Application Efficiency

  • Liquid form enables seamless integration into PU foam production processes.

Product details

Anti Scorching Agent Is Designed to Prevent Degradation of PU Foam

The Anti Scorching Agent is a liquid chemical auxiliary designed to prevent thermal degradation in PU foam during manufacturing. Its 99% purity ensures consistent performance, while its liquid form facilitates easy integration into production processes.

Technical specifications

FeatureSpecificationBenefit
MaterialLiquid formulationEasy application and compatibility
Purity99%Minimizes impurities for reliable results
Temperature RangeUp to 200°CPrevents discoloration and foam breakdown
CompatibilityAll PU foam typesUniversal use across production lines

Customization guide

Adjustable concentration levels (5-15% by volume) to meet specific PU foam formulations. Customize viscosity for spray or dip-coating applications.

Get inspired

With its 99% purity, this agent ensures uniform protection across PU foam layers. Ideal for automotive seating, insulation materials, or upholstery where heat resistance is critical.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Resistance200°C+15% (230°C)+30% (260°C)*
Purity99%99.5%99.9%
Viscosity (mPa·s)500-800400-600300-500

Supplier's note

  1. Technical Breakthroughs:

    • Pro Model’s 260°C resistance: Enables use in high-temperature industrial ovens, tripling the service life of automotive foam components.
    • Advanced Model’s 99.5% purity: Reduces batch inconsistencies by 40% in mass production.
    • Base Model’s universal compatibility: Works seamlessly with recycled PU foam, supporting sustainable manufacturing.
  2. Version Selection Guide:

    • Base Model: Ideal for standard PU foam production (e.g., furniture cushioning) where cost-efficiency is prioritized.
    • Advanced Model: Suited for aerospace or HVAC insulation requiring moderate heat resistance and purity.
    • Pro Model: Essential for automotive and aerospace applications where extreme temperatures (e.g., engine bay insulation) demand peak performance.

Pro Model’s temperature rating exceeds industry benchmarks by 30%, enabling safe use in high-temperature curing processes. Combined with low viscosity, it ensures even distribution across complex foam geometries, reducing waste and downtime.

Frequently asked questions

  • Q: Which anti-scorching agent suits PU foam in high-temperature industrial applications?

  • Q: How to store anti-scorching agents to maintain their effectiveness?

  • Q: What’s the advantage of liquid anti-scorching agents over solid forms?

  • Q: Can this anti-scorching agent be customized for specific PU foam formulations?

  • Q: Is this anti-scorching agent compliant with industry safety standards?

  • Q: Where is this anti-scorching agent commonly used in PU foam manufacturing?

  • Q: What safety precautions are needed when handling this chemical?

  • Q: How does this anti-scorching agent reduce production waste?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Anti-Scorching Agent (Base Version)General PU foam production (e.g., furniture, basic insulation)Temperature Resistance: 180°C (▲ vs Industry 160°C, ASTM D5428)
Purity: 98% (▲ vs Industry 95%)
Scorch Prevention: 85% (▲ vs Industry 75%)
Cost-effective, reliable for standard applications.Limited at extreme temps (>180°C), requires frequent reapplication.
Anti-Scorching Agent (Advanced Version)High-temperature PU foam (e.g., automotive, industrial parts)▲▲ Temperature Resistance: 200°C (▲▲ vs Industry 160°C)
▲▲ Purity: 99% (▲▲ vs Industry 95%)
▲▲ Scorch Prevention: 90% (▲▲ vs Industry 75%)
Superior performance at high temps, long-lasting protection.Higher cost, requires specialized handling.
Catalyst for PU FoamAccelerating curing in mass productionCure Time: 5–10 mins (Industry Standard: 15 mins, ASTM D3336)Dramatically reduces production time.Overuse may cause brittleness or uneven curing.
Surfactant for PU FoamFoam stability and cell structure controlSurface Tension Reduction: 25 mN/m (▲ vs Industry 30 mN/m, ASTM D737)Ensures uniform foam texture and minimal defects.May weaken mechanical strength of the final product.
Flame Retardant AdditiveFire safety in critical applications (e.g., building materials)Flame Resistance: Passes ASTM E84 Class A (▲ vs Industry Class B)Meets stringent fire safety regulations.Reduces flexibility, increasing brittleness of PU foam.
Stabilizer for PU FoamLong-term storage and durabilityShelf Life: 12 months (▲▲ vs Industry 6 months, ISO 11801)Extends product longevity and reduces waste.May delay initial curing, requiring adjusted production timelines.

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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.