Synthetic Magnesium Hydroxide D5 for Flame-Retardant Formulations

D5 is a synthetic magnesium hydroxide grade described as an ultrafine powder with hexagonal platelet morphology. It is intended for flame-retardant and smoke-suppression formulation development.

Beschrijving

D5 is a synthetic magnesium hydroxide grade described as an ultrafine powder with hexagonal platelet morphology. It is intended for flame-retardant and smoke-suppression formulation development.

Toepassingen

  • Mineral flame-retardant formulations.
  • Smoke-suppression compound development.

Technical Reference Data

Eigendom Reference Value
Particle morphology Hexagonal platelets
Loss on ignition at 800 °C ≥29.6%
Iron-ion content ≤0,005%
Chloride (Cl⁻) ≤0,05%
Surface moisture ≤0.5%
Particle size D50 1.4–1.8 µm
Witheid ≥97%
Bulkdichtheid 0.3–0.4 g/cm³

Formulation and Qualification Notes

D5 and D6 are separate grades even though the listed reference parameters overlap. Confirm grade-specific treatment and compatibility requirements before substitution. Establish loading through trials in the intended compound.

The values shown are reference data for grade selection, not a finished-product performance guarantee. Confirm the current TDS, SDS and batch COA before qualification. Select the addition level through formulation trials and evaluate dispersion, processing and the required end-use properties.

Request a Sample or Technical Information

Contact Longchang Chemical with the grade, base material, intended application and required specification to discuss samples, technical documentation and a quotation.

For pricing, sample availability and current documentation, use the inquiry form below or email info@longchangchemical.com.

Explore Magnesium Hydroxide

Extra informatie

Model

D5

Product Family

Magnesium Hydroxide

Particle morphology

Hexagonal platelets

Loss on ignition at 800 °C

≥29.6%

Iron-ion content

≤0,005%

Chloride (Cl⁻)

≤0,05%

Surface moisture

≤0.5%

Particle size D50

1.4–1.8 µm

Witheid

≥97%

Bulkdichtheid

0.3–0.4 g/cm³

Contact

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