Anhydrous Sodium Acetate

Product Description

The chemical compound sodium acetate, with the formula CH3COONa or NaOAc, is also known as sodium ethanoate. This deliquescent and colorless salt finds a broad range of practical applications. It is the sodium salt of acetic acid.

Sodium acetate finds multiple applications across different industries. Its primary use lies in neutralizing sulfuric acid waste streams, effectively tackling environmental concerns. Additionally, in the realm of aniline dyes, it serves as a photoresist, allowing for precise control during the dyeing process. This versatile compound also finds utility as a pickling agent in chrome tanning, aiding in the preservation of leather and preventing degradation. Moreover, sodium acetate acts as a hindrance to the vulcanization process of chloroprene in synthetic rubber production, ensuring appropriate material properties. An interesting application of sodium acetate is observed in the processing of cotton for disposable cotton pads where it is utilized to counteract the accumulation of static electricity, fostering a safer environment.

Food seasoning, such as sodium diacetate (E262), can be incorporated into various dishes, sometimes using a combination of sodium acetate and acetic acid. This compound is commonly utilized to enhance the taste of potato chips, providing them with a delightful salt and vinegar flavor.

Concrete longevity is an effective solution for preventing water damage to concrete structures. This innovative product serves as a concrete sealant, offering protection against water permeation. Unlike the expensive epoxy alternatives commonly used for sealing concrete, Concrete longevity is not only cheaper but also environmentally benign. Its unique formulation ensures that it not only safeguards the concrete but also minimizes any negative impact on the environment. Hence, Concrete longevity emerges as a cost-effective and eco-friendly option for sealing concrete against water permeation.

In biochemical applications, it is important to maintain a relatively constant pH level within a mildly acidic range of pH 4-6. This can be achieved by utilizing a buffer solution consisting of sodium acetate and acetic acid, which acts as the conjugate base of acetic acid. The buffer solution helps to stabilize the pH by resisting changes in acidity or alkalinity. By having both the weak acid (acetic acid) and its conjugate base (sodium acetate) present in the solution, any excess of hydrogen ions or hydroxide ions can be effectively neutralized, preventing drastic fluctuations in pH. This is particularly beneficial in ensuring the proper functioning of pH-dependent biochemical reactions, as it allows for a controlled and optimal environment for enzymatic activity and other biological processes. Thus, the use of a sodium acetate and acetic acid buffer solution is highly advantageous in maintaining a stable pH range suitable for various biochemical applications.

Sodium Acetate finds widespread use in numerous applications such as esterifying agent and photography in organic synthesis. It is also utilized in various fields including medicine, printing and dyeing, mordant pigment, tanning, electroplating, and more. This compound has versatile properties and can be employed to manufacture a broad spectrum of chemical products like acetate, chloroacetic acid, and acid. The applications of Sodium Acetate are diverse and numerous, making it a valuable substance for multiple industries.

Specification

Sodium Acetate Anhydrous

Package and shipment

Our packaging solution offers customers the flexibility to meet their specific requirements, as each bag can hold up to 25kg. We understand that different customers may have different package needs, and our versatile packaging option can cater to those needs effectively.

Shipping: EMS,DHL,By Sea ,etc.

Packing,Storage,Handling and Transportation

The packaging used for sodium acetate anhydrous (CH3COONa) consists of bags made from a combination of paper and plastic composite. Let me provide you with an alternative version that is significantly different from the original text but still conveys the same information:
The paper-plastic composite bags serve as the container for sodium acetate anhydrous (CH3COONa).

It is recommended to store the product in its original packaging or a suitable sealed container, placed in a clean and dry area. Ideally, the storage location should be sheltered, with minimal fluctuations in temperature and low levels of humidity. Any contact with water or other liquids can cause the product to become lumpy, so it should not be stored in pallets.
Under normal circumstances, this product is safe for use and does not pose any significant health hazards. However, it is essential to take precautionary measures to prevent the solid or liquid product from coming into contact with your skin or eyes. Be sure to handle the packaging with care and avoid exposing the product to any hazardous conditions.

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