Sodium Acetate Anhydrous TY-Sodium Acetate, 99%, for Industrial Buffering 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
An industrial buffering enquiry should define the system and the measurements used to judge acceptance. TY-Sodium Acetate is an anhydrous sodium acetate described as white crystals with stated purity of 99%. Its formula is CH3COONa.
Identify the anhydrous acetate required by the system
Request current identity and composition documents for the actual evaluation sample. Confirm the assay basis and any moisture information needed by the project. Keep the anhydrous designation attached to the records when comparing material candidates.
Define the buffering assessment before a trial
Describe the intended formulation and the acceptance measures that matter to the process. Ask for the technical evidence relevant to that actual system. The buffering-agent description does not provide a pH window, buffer capacity, addition rate or assurance of compatibility with every formulation.
Interpret the physical values as material data
- Reported melting point
- The stated value is 324°C; request the test basis and do not treat it as a processing instruction.
- Reported density
- The stated value is 1.53 g/cm³; confirm the measurement method before comparison.
- Water solubility
- The crystals are reported as easily soluble in water, without a stated dissolution time.
Water-treatment and textile-dyeing projects need separate qualification against their own criteria. Review current material and handling documents with the sample analysis, then retain the actual trial results before deciding whether this industrial material meets the intended use.
