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Metaphosphate Series

≥99% Magnesium Metaphosphate Mg(PO₃)₂ CAS 13573-62-1 for Specialty Ceramics, Glass Materials, and High-Purity Phosphate Applications

≥99% Magnesium Metaphosphate Mg(PO₃)₂ CAS 13573-62-1 for Specialty Ceramics, Glass Materials, and High-Purity Phosphate Applications
Product Summary

1. Product Overview Magnesium Metaphosphate (Mg(PO₃)₂) is an important high-purity phosphate material. ≥99% magnesium metaphosphate features high purity, good thermal stability, and good chemical stability. As a functional inorganic phosphate material, it is mainly used in specialty ceramics, ...

Specifications
Product Description

1. Product Overview

Magnesium Metaphosphate (Mg(PO)) is an important high-purity phosphate material.

99% magnesium metaphosphate features high purity, good thermal stability, and good chemical stability. As a functional inorganic phosphate material, it is mainly used in specialty ceramics, phosphate glasses, high-temperature resistant materials, and specialty inorganic material systems.

Compared with ordinary magnesium salt products, high-purity magnesium metaphosphate places greater emphasis on purity, metal impurity control, material consistency, and high-temperature application performance.

For the Russian market, this product is mainly targeted at specialty ceramic enterprises, glass material companies, high-temperature material producers, research institutions, and traders of high-purity inorganic materials.

 

2. Specifications

Product Name: Magnesium Metaphosphate

Russian Name: Метафосфат магния

Chemical Formula: Mg(PO)

Purity: 99%

Appearance: White powder

Product Category: High-purity phosphate material

Packaging: 25 kg bags, bulk bags, or customized packaging

Storage: Store in a dry, moisture-proof environment in sealed containers

 

3. Main Application Areas

Specialty Ceramics and Functional Materials

Magnesium metaphosphate can be used in phosphate ceramics, inorganic functional materials, and specialty formulation systems, providing good thermal stability and material bonding properties.

Phosphate Glass Materials

Used in specialty phosphate glass systems, it can improve glass structural stability, suitable for functional glass and specialty industrial glass manufacturing.

High-Temperature and Refractory Materials

Due to its good thermal stability, it can be used in high-temperature material systems, refractory binders, and specialty inorganic materials.

High-Purity Phosphate Research and Development

Serves as a magnesium-based phosphate raw material for functional material development and specialty chemical production.

 

4. Key Purchasing Criteria in the Russian Market

When sourcing 99% magnesium metaphosphate, Russian customers typically focus on:

-Mg(PO)content;

-Magnesium and phosphorus element ratio;

-Metal impurities: Fe, Na, Ca, Al, etc.;

-Particle size distribution;

-Moisture content;

-High-temperature stability performance;

-Technical documentation including COA, TDS, and SDS.

 

5. Product Advantages

-99% high purity;

-Good thermal and chemical stability;

-Suitable for specialty ceramics and phosphate glass applications;

-Stable batch-to-batch supply and quality control;

-Compliant with international trade technical documentation requirements.

 

6. Packaging and Storage

Magnesium metaphosphate should be packaged in moisture-proof, sealed packaging to prevent moisture absorption and contamination.

It is recommended to store in a dry, well-ventilated environment and to keep packaging intact to ensure product performance stability.

 

7. Frequently Asked Questions (FAQ)

Q: Which industries primarily use 99% magnesium metaphosphate?

A: It is mainly used in specialty ceramics, phosphate glasses, high-temperature materials, functional inorganic materials, and high-purity phosphate systems.

Q: Why is higher purity required for magnesium metaphosphate?

A: High purity minimizes the impact of impurities such as Fe, Na, Ca, and Al on material performance, improving product suitability for ceramics, glass, and high-temperature material applications.

Q: What is the difference between magnesium metaphosphate and ordinary magnesium salts?

A: Magnesium metaphosphate has a polyphosphate structure, offering advantages in high-temperature stability, glass formation, and inorganic material bonding; ordinary magnesium salts are mainly used for conventional industrial applications.

Q: What is the difference between magnesium metaphosphate, aluminum metaphosphate, and calcium metaphosphate?

A: Magnesium metaphosphate is mainly used in functional ceramics, high-temperature materials, and specialty glass systems; aluminum metaphosphate is more focused on refractories and inorganic bonding systems; calcium metaphosphate is more commonly used in phosphate glass and ceramic materials.

Q: What documents are required for purchasing magnesium metaphosphate in Russia?

A: Typically, COA, TDS, SDS, certificate of origin, and packaging information are required.

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