Description
Chemical Synthetic Magnesium Hydroxide is used for flame-retardant compounds, resin systems, cable materials, catalyst carriers and wastewater treatment. The grade helps buyers choose a material that fits the actual process instead of selecting only by product family name.
Product Parameters
| Grade | Magnesium Hydroxide Mg(OH)₂ | Calcium Oxide CaO | Iron Fe₂O₃ | Particle Size D50 | Loss On Ignition LOI | Appearance |
|
QQ-99 |
99 |
0.01 |
0.01 |
1-2 |
31 |
White |
|
QQ-99 |
99 |
0.01 |
0.01 |
3-5 |
31 |
White |
|
QQ-99 |
99 |
0.01 |
0.01 |
5-7 |
31 |
White |
|
QQ-99 |
99 |
0.01 |
0.01 |
30-40 |
31 |
White |
Product Advantages
01.
Chemical Synthetic Magnesium Hydroxide is matched to its own specification range, so the buyer can judge whether it fits the intended formula.
02.
03.
The material helps users control flame-retardant performance in polymer systems.
Main Applications
Suitable application areas include flame-retardant compounds, resin systems, cable materials, catalyst carriers and wastewater treatment.
Components
The synthetic powder is prepared for uniform blending in flame-retardant compounds.
FAQ
Q1: What does the synthetic route improve?
A1: Chemical Synthetic Magnesium Hydroxide gives better control over purity, D50 and impurity limits.
Q2: Can it replace modified material?
A2: No. Modified grades may be required where polymer compatibility is critical.
Q3: What should compound users check?
A3: Test dispersion, flame-retardant loading and mechanical property retention.
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