Lohtragon® Zinc Acetate

High-Purity Zinc Sources for Reliable Industrial Performance

Zinc Acetates combine high chemical purity with excellent solubility in water and alcohols, making them a versatile zinc source for demanding industrial processes. Their controlled thermal decomposition and reactivity supports applications in catalysis, chemical synthesis, polymer additives, and surface treatments, among others. Whether used as a precursor, corrosion inhibitor, or functional additive, Zinc Acetates enable stable process conditions, enhanced material performance, and efficient zinc delivery. As a trusted German manufacturer, we ensure consistent product quality, reliable supply, and optimized handling for a wide range of technical applications.

Properties of Zinc Acetate

Zinc Acetate is an inorganic salt with formula Zn(CH₃COO)₂, frequently encountered as the dihydrate Zn(CH₃COO)₂·2H₂O. It consists of Zinc cations (Zn²⁺) and Acetate anions (CH₃COO⁻). In its pure (anhydrous) form it appears as a white crystalline solid; the hydrated form is also colorless to white. The compound is essentially odorless, though it can exhibit a faint vinegar/acetic odor due to residual acetic acid or hydrolysis. Zinc Acetate is soluble in water and also soluble in alcohol. In aqueous solution it dissociates into Zn²⁺ and Acetate ions.

What are Zinc Acetates?

Zinc Acetates are inorganic salts of acetic acid and zinc, most commonly encountered as the dihydrate Zn(CH₃COO)₂·2H₂O. They are white crystalline solids, odorless to faintly vinegar-like due to residual acetic acid, and are readily soluble in water and alcohol. In solution, they dissociate into Zn²⁺ and acetate ions, making them an efficient and versatile zinc source.

What are Zinc Acetates used for and why?

• Catalysts: accelerate transesterification and esterification reactions, valued for high activity and recyclability.
• Polymer additives: improve foam stability, thermal resistance, and clarity in plastics and elastomers.
• Surface treatment: act as mild corrosion inhibitors by forming protective zinc-containing layers.
• Ceramics & glass: used as precursors to zinc oxide, enhancing strength, transparency, and heat resistance.
• Wood preservation: provide fungicidal and insecticidal properties, protecting wood against biological degradation.

Where are your Zinc Acetates produced?

They are produced at our manufacturing facilities in Germany.

What is special about your products?

• High-purity materials with controlled particle characteristics
• Available in both crystalline powders and liquid solutions for flexible integration
• Consistent solubility and reactivity for stable process performance
• Exclusive German production with strict process and quality control
• Full traceability and compliance with EU REACH and food-contact regulations where applicable

What do Zinc Acetates smell like?

They are generally odorless, though moist material or solutions may release a faint vinegar-like smell from traces of acetic acid.

What is the difference between liquid and solid Zinc Acetates?

• Solid powders/crystals: easy to transport and store, flexible for preparing solutions at different concentrations, and offering long shelf life.
• Liquid solutions: ready-to-use, enable precise dosing, reduce dust exposure, and are often more practical in continuous processes. Concentrations can be adjusted to customer requirements, providing maximum flexibility for process integration.
   

Food contact and special applications

Some grades can be suitable for food-related uses. Our experts assess conformity with applicable regulations for specific applications, including food-contact requirements.

What if the product I need isn’t listed?

If your required grade or specification is not shown, contact us directly. We can provide tailored solutions or guide you to the most suitable product.