Sodium Acetate Anhydrous 99% White Crystals for Water Treatment and Chemical Material Enquiries
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ColorWhitePhysical formCrystalline
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CAS No.127-09-3Purity99%
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AppearanceWhite crystalApplicationWater Treatment, Food Additives, Textile Dyeing, P
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Intended useIndustrial UseEINECS No.204-823-8
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Molecular FormulaCH3COONaOther NamesAnhydrous Sodium Acetate
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TypeOtherProduct NameSodium Acetate Anhydrous
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Molecular Weight82.03Melting Point324°C
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Density1.53 g/cm³SolubilityEasily Soluble in Water
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MOQ1 MTPackaging25kg Bag, 500kg Bag, 1000kg Jumbo Bag
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Supply Ability3000 MT per MonthSampleAvailable
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CertificateCOA, MSDS, TDS, ISO
Water-treatment and chemical-material enquiries need a defined duty before a grade can be accepted. This industrial sodium acetate anhydrous is identified as CH3COONa, model TY-Sodium Acetate, with white crystals, 99% purity and easy solubility in water.
Set out the actual water-treatment requirement
Describe the water stream, the material’s intended role and the measurements used to accept a trial. The stated application direction does not provide a treatment dose, removal result or operating instruction, so a relevant process assessment remains necessary.
Give the chemical application its own acceptance brief
For another chemical use, specify the required assay, moisture and individual impurity limits rather than relying on a general quality adjective. Textile dyeing is also listed as a material direction, but compatibility and performance must be assessed against that particular process.
- What physical descriptors can be compared?
- The stated density is 1.53g/cm³ and the melting point is 324°C. Request the associated methods and reports; neither value establishes a process operating range.
- What should a trial sample answer?
- It should address the project’s agreed chemical and physical criteria, with sample identity linked to the actual model and current analysis.
Make the enquiry a documented material decision
Samples are available, with terms to confirm. Ask for current technical and safety documents and the applicable ISO scope, and specify the evidence needed for the proposed use before deciding whether to proceed beyond material evaluation.
Industrial purity does not establish food-grade approval. Keep the accepted grade measurements and actual process trial findings together so the decision remains tied to this material and the intended application.
