Premium High Purity Sodium Tungstate Dihydrate: Key for Textile Dyeing, Catalysts & Industrial Uses

Unlock superior performance with our high-grade Sodium Tungstate Dihydrate, engineered for critical applications in textile, catalysis, and advanced chemical processes.

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Unlocking Superior Performance: Key Advantages of Our Product

Unmatched Purity & Solubility

Our Sodium Tungstate Dihydrate boasts high purity, ensuring minimal impurities and maximum effectiveness. Its 100% water soluble nature allows for easy integration into various liquid formulations, simplifying process management.

Exceptional Catalytic Efficiency

As a versatile catalyst, it drives a wide range of organic synthesis reactions, offering high yields and improved reaction kinetics. This makes it an ideal chemical catalyst for complex chemical transformations.

Environmental & Industrial Versatility

This compound acts as a powerful heavy metal removal agent, contributing significantly to industrial water treatment. Beyond this, its role as a stable crystalline solid makes it reliable for critical applications in diverse industries.

Key Applications

Textile & Fabric Processing

Primarily utilized as a dyeing auxiliary, it significantly improves colorfastness and acts as a fixing agent for various fabrics. It is also invaluable in textile printing auxiliary applications, ensuring vibrant and lasting results.

Advanced Catalysis

It is a highly effective chemical catalyst in organic synthesis, including critical epoxidation reactions and the oxidation of alcohols, leading to cleaner and more efficient chemical processes.

Water Treatment Solutions

A crucial water treatment chemical, Sodium Tungstate Dihydrate efficiently removes heavy metal ions from industrial wastewater, contributing to environmental protection and regulatory compliance.

Pigments & Materials Science

As a pigment precursor, it is integral to producing tungsten-based pigments used in durable coatings and plastics, offering excellent coloring effects. It also finds use in analytical chemistry as a sensitive reagent.