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Hexagonal Plate Magnesium Hydroxide – Advanced Flame Retardant Solution

Release time:2026-03-27 Visits:0

Hexagonal Plate Magnesium Hydroxide (MDH) is a high-performance, eco-friendly inorganic flame retardant featuring a unique lamellar (plate-like) crystal structure. Compared with conventional MDH, its hexagonal plate morphology provides superior dispersion, enhanced barrier effects, and improved mechanical properties in polymer systems.

Key Advantages

  • Excellent Flame Retardancy
    Decomposes endothermically, releasing water to dilute combustible gases and suppress smoke generation.

  • Unique Plate Structure
    The hexagonal flakes create a barrier effect, slowing heat transfer and improving char formation.

  • Low Smoke & Non-Toxic
    Halogen-free and environmentally friendly, meeting stringent safety requirements.

  • Enhanced Mechanical Performance
    Better compatibility with polymers, maintaining tensile strength and elongation.

  • Good Processability
    Smooth particle surface and controlled particle size distribution enable easier compounding.


Applications

Hexagonal plate MDH is widely used in:

  • Wire & Cable Compounds (LSZH)
    Improving flame resistance while reducing smoke emission.

  • Rubber & Elastomers
    Suitable for EPDM, NBR, and other rubber systems requiring flame retardancy.

  • Engineering Plastics
    Applied in PP, PE, EVA, and other thermoplastics.

  • Construction Materials
    Used in insulation boards, coatings, and fire-resistant panels.


Why Choose Our Product?

  • Advanced synthesis technology ensuring uniform hexagonal morphology

  • High purity and stable quality for consistent performance

  • Customizable particle size and surface treatment options

  • Reliable global supply and professional technical support


Conclusion

With its unique structure and multifunctional performance, Hexagonal Plate Magnesium Hydroxide offers a new level of efficiency in flame retardant applications. It is the ideal choice for manufacturers seeking safer, cleaner, and higher-performance materials.