HA9021 Dimagnesium Phosphate Powder

Dimagnesium Phosphate Description

Dimagnesium Phosphate is a white crystalline powder known for its stability, low toxicity, and excellent flow characteristics. This compound, also referred to as magnesium hydrogen phosphate, serves as a valuable source of magnesium in multiple industries. From its role as a leavening agent and stabiliser in food applications to its function as a buffering component in pharmaceuticals, Dimagnesium Phosphate consistently delivers reliable performance. Its well-controlled particle size and purity help ensure predictable results, making it a staple in various manufacturing processes.

Produced under stringent quality control measures, our Dimagnesium Phosphate meets international standards and regulatory guidelines. Its consistent composition and rigorous testing guarantee a high-quality product designed to optimise efficiency in formulations while maintaining the utmost safety.

Dimagnesium Phosphate Applications

Dimagnesium phosphate, recognised for its stable pH buffering and moderate solubility, finds widespread use in multiple fields due to its reliable performance under varying conditions. Its ability to bind with other compounds allows for improved product stability, making it a sought-after additive. Additionally, its neutral taste profile and biocompatibility enhance its appeal for diverse commercialisation and research efforts.

1. Industrial Applications

·        Acts as a flame retardant when incorporated into certain polymer blends, helping improve fire resistance.

·        Serves as a buffering agent in manufacturing processes, maintaining optimal pH levels for consistent product quality.

2. Research Applications

·        Used as a controlled-release agent in advanced drug delivery systems, exploiting its gradual solubility.

·        Investigated for its role in creating novel ceramic materials with enhanced thermal stability.

3. Commercial Applications

·        Commonly added to food products as a mineral supplement, boosting magnesium levels without altering flavour.

·        Utilised in personal care formulations where its mild aqueous solubility helps stabilise active ingredients.

Dimagnesium Phosphate Packaging

Dimagnesium Phosphate is packaged using multi-layered protective polymer bags to block moisture and contamination. Each bag is sealed in a corrugated fibreboard carton or drum for safe transport and storage. The product should be stored in a cool, dry environment, away from direct sunlight. To prevent cross-contamination, tamper-evident seals are integral. Customised packaging sizes and labelling options are available upon request, ensuring optimal handling and customer-specific needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Dimagnesium Phosphate FAQs

Q1: What are the key material properties of Dimagnesium Phosphate?

A1: Dimagnesium Phosphate (DMP) is a white, odourless crystalline or granular powder known for its moderate solubility in water and neutral to slightly alkaline pH. It has a molecular formula of MgHPO4, containing approximately 21% magnesium by weight. DMP is thermally stable under typical processing conditions and reacts minimally with other ingredients, making it valuable for applications in food, pharmaceuticals, and personal care products.

Q2: How should this product be handled and stored?

A2: Dimagnesium Phosphate should be handled with care to prevent dust generation and inhalation, using appropriate personal protective equipment such as gloves, goggles, and respirators when necessary. It should be stored in sealed containers in a cool, dry area away from moisture and incompatible chemicals. Regularly inspect packaging for damage or leaks, and follow local regulations for disposal and spill management.

Q3: Which quality standards and certifications apply to Dimagnesium Phosphate?

A3: Dimagnesium Phosphate is typically produced according to standards set by food-grade and pharmaceutical regulatory bodies, such as the Food Chemicals Codex (FCC) and current Good Manufacturing Practices (cGMP). Manufacturers may also comply with ISO certifications, including ISO 9001 for quality management systems. Additional certifications, such as Halal, Kosher, or NSF, can be obtained depending on the intended application and regional requirements, ensuring product consistency and safety.

Related Information

1. Material Properties and Advantages

Dimagnesium phosphate is recognised for its noteworthy stability and reliable performance under a range of conditions. It features a balanced ratio of magnesium and phosphate ions, which contributes to its excellent solubility while maintaining structural integrity. In many applications, this stability ensures consistent results when used as a buffering agent or when included within various formulations. Furthermore, the compound demonstrates moderate hygroscopic tendencies, making it suitable for processes where controlled absorption of moisture is essential.

This compound also stands out due to its relatively mild reactivity profile, which permits its incorporation into blends without causing unwanted side reactions. Because of its inert behaviour and adequate pH buffering capabilities, it is frequently employed in nutritional and pharmaceutical contexts. The interaction between its chemical balance and low toxicity elevates dimagnesium phosphate as an invaluable component in products designed to support overall health and longevity.

2. Applications in Advanced Industries

Among various industrial sectors, dimagnesium phosphate has found a growing range of specialised uses due to its multifunctional properties. Manufacturers of ceramic components, for instance, leverage the compound’s capacity to contribute to stable crystalline structures during firing processes. Its role as a binding agent in certain metal coatings also underscores its versatility, adding to its prominence in surface treatment applications for high-performance equipment and machinery.

Reliable performance has further broadened the appeal of dimagnesium phosphate in biotechnology. In these contexts, it may serve as a precise reagent or catalyst, facilitating delicate chemical reactions while maintaining strict purity standards. From sensors and diagnostic devices to specialised filtration materials, the compound’s predictable behaviour and minimal impurity levels enable advanced industries to enhance both product safety and operational efficiency.