Shandong Taixing Advanced Material Co., Ltd.
Shandong Taixing Advanced Material Co., Ltd.
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Magnesium Hydroxide MDH-III-10
  • Magnesium Hydroxide MDH-III-10Magnesium Hydroxide MDH-III-10
  • Magnesium Hydroxide MDH-III-10Magnesium Hydroxide MDH-III-10
  • Magnesium Hydroxide MDH-III-10Magnesium Hydroxide MDH-III-10
  • Magnesium Hydroxide MDH-III-10Magnesium Hydroxide MDH-III-10

Magnesium Hydroxide MDH-III-10

Welcome to purchase Magnesium Hydroxide MDH-III-10 from Tai xing Factory. This is our recommended halogen-free, environmentally friendly filler flame retardant material. Its decomposition produces water vapor and magnesium oxide, which dilute the concentration of oxygen and combustible gases and form a protective layer, inhibiting combustion.
CAS Number: 1309-42-8

Magnesium Hydroxide MDH-III-10 can be modified by stearic acid and silane.Through precise control of particle size distribution (D50: 0.8-1.2 μ m) and optimized surface modification technology, MDH-III-10 maintains excellent flame retardancy while perfectly balancing processing performance, mechanical performance improvement, and production cost.

MDH-III-10 is particularly suitable for application scenarios that require high material performance but also need to consider the feasibility of large-scale production. Its unique particle size design ensures the functionality of the product while avoiding the special requirements for processing and dispersion of nanomaterials.


What Aspects Should Be Considered Before Purchasing MDH-III-10?

Taixing can offer free samples, but we still recommend considering the following aspects before purchasing to determine if this flame retardant is suitable for your needs. Alternatively, we can recommend other types of flame retardants.

First, determine the particle size you need. Some applications recommend using ultrafine particles, if you are not sure about this, contact us without hesitation and get our support.

Secondly, it's important to confirm the surface modifier, as this can affect the compatibility between MDH and the substrate. Let's take an example, stearic acid modification can improve its compatibility with nonpolar plastics and enhance its flowability, while silane coupling agent treatment can improve interfacial adhesion with engineering plastics. As the effects are different, these two types of surface modifier are suitable for different application. There are also treatments such as titanate/zirconate esters or mixed treatments; please determine the appropriate treatment based on your specific needs.

To avoid affecting the product's appearance and coloring, please confirm the whiteness. Below you can see our products' specifications, our MDH III-3 and MDH III-10 have different whiteness levels. Please consider your needs comprehensively or contact us for further discussion or to determine a customized solution.


Physical and Chemical Properties

Items Unit MDH III-3 MDH III-10
Mg(OH)2 % ≥88 ≥88
CaO % ≤3.0 ≤3.0
Fe % ≤0.3 ≤0.3
PH % 9-11 9-11
Loss on ignition % ≥26 ≥28
PH % 9-11 9-11
Whiteness % ≥89 ≥86
Average particle size D50 µm ≤3 ≤10
Sieve analysis % ≤0.1 (325mesh) 0 (200mesh)


Core Advantages

● Excellent granularity distribution control

● Excellent processing fluidity

● Enhanced mechanical performance retention rate

● Superior flame retardant efficiency


Application: MDH-III-10 is widely used in the following fields with high requirements: wires & cables, CCL, composite insulators, heat insulation material, etc.

Packaging: Net weight 25kg/bag

Storage: Keep in dry, room temperature and moisture proof condition, avoid the heating


Magnesium Hydroxide MDH-III-10 Magnesium Hydroxide MDH-III-10 Magnesium Hydroxide MDH-III-10


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