Cas Number 7758 29 4 96% Sodium Tripolyphosphate For Generating Station

Industrial Grade 96% Cas. 7758-29-4 STPP For Generating Station

• Molecular formula: Na5P3O10
• Molecular weight: 367.86
• Industrial grade CAS 7758-29-4
• Industrial grade products & COA meets GB/T 9983-2004 standard

• Chemical Formula: Na₅P₃O₁₀
• Molecular Weight: 367.86 g/mol
• Appearance: White crystalline or powdery solid
• Form: Typically exists as an anhydrous compound (Na₅P₃O₁₀) or a hexahydrate (Na₅P₃O₁₀*6H₂O)
• Water Solubility: Highly soluble in water, with solubility increasing with temperature
• Other Solvent: Insoluble in organic solvents (e.g., ethanol)
• Aqueous Solution pH: The pH of a 1% aqueous solution is approximately 9.5-10.5, making it alkaline
• Decomposition Temperature: Decomposes at high temperatures (around 622°C) into sodium pyrophosphate (Na₄P₂O₇) and sodium metaphosphate (NaPO₃)
• Hydrate Stability: The hexahydrate tends to effloresce in dry air, losing its water of crystallization
• Property: Strong hygroscopicity; easily absorbs moisture from the air and may form clumps
• Property: STPP has strong chelating ability, forming stable soluble complexes with metal ions such as calcium, magnesium, and iron in water
• Application: This property makes it highly valuable in water treatment, detergents, and food processing

The growth prospects of sodium tripolyphosphate (STPP) in Mexico are influenced by a number of factors, the following are the key points:

• Economic growth: The Mexican economy continues to grow, driving the development of the detergent, food processing and water treatment industries, which is positive for the STPP market
• Industrialization process: Accelerating industrialization in Mexico and increasing demand for industrial detergents and water treatment chemicals are further driving the STPP market

• Detergent industry: With the acceleration of economic growth and urbanization in Mexico, the demand for detergents continues to rise, and STPP, as the main component, has great market potential
• Food processing: The Mexican food processing industry is gradually developing, and the application demand of STPP as a food additive in the processing of meat and aquatic products is expected to increase
• Water treatment: With the shortage of water resources in Mexico, the demand for water treatment is rising, and the application prospect of STPP in water treatment is broad

• Environmental awareness: Mexico's environmental awareness is gradually increasing, and a phosphorus restriction policy may be introduced, affecting the application of STPP in detergents
• Alternative development: Environmental regulations may encourage companies to develop alternatives to STPP, affecting their market prospects

• Production process improvements: Technological advances may reduce STPP production costs and increase competitiveness
• Environmentally friendly technologies: The development of more environmentally friendly production technologies helps to reduce environmental pressure and extend the market life of STPP

• Local production: The gradual increase in localized production in Mexico may reduce STPP import dependence and improve market competitiveness
• International competition: The entry of international players into the Mexican market and increased competition may affect STPP's market share

• Logistics and Supply chain: The gradual improvement of infrastructure in Mexico and the improvement of logistics and supply chain efficiency will help STPP's market expansion
• Power supply: Improved power supply, improve industrial production efficiency, and benefit the production and application of STPP

• Short-term: Increased demand for STPP, especially in the detergent and food processing sectors
• Long-term: STPP's market share may be challenged as environmental regulations tighten and alternative technologies advance

The application of sodium tripolyphosphate (STPP) in the clothing industry is relatively limited, but it still has a certain role in some specific links, the following are its main uses:

• Dye aid: STPP is used as a dye aid in the textile printing and dyeing process to help dye uniform distribution, improve dyeing effect and color fastness
• Dispersant: STPP can prevent dye aggregation, ensure uniform dyeing, reduce color difference

• Detergent ingredients: STPP is an important component of industrial detergents used to clean textiles and help remove oil, stains and other impurities
• Water softener: STPP softens water quality during washing, prevents scale deposition on textiles, and improves cleaning effect

• Antistatic agent: STPP can be used for textile post-treatment to reduce static accumulation and improve wearing comfort
• Softener auxiliary: STPP is used as an auxiliary ingredient in some softener formulations to help improve the softness of textiles

• Wastewater treatment agent: In the textile printing and dyeing process, STPP can be used to treat wastewater to help remove heavy metal ions and other pollutants and reduce environmental pollution

• Fiber processing: STPP is used as an additive in the processing of some synthetic fibers to improve the properties of the fibers
• Textile finishing: STPP can be used in the finishing process of textiles to help improve the quality and appearance of products

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