Potassium Carbonate TY-K2CO3 Powder, 99%, for Chemical Synthesis and Processing Enquiries

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Product description
  • Color
    White
    Physical form
    Powder
  • CAS No.
    584-08-7
    Purity
    99%
  • Appearance
    White powder
    Application
    Glass Manufacturing, Fertilizer, Detergent, Food A
  • Classification
    Carbonate
    EINECS No.
    209-529-3
  • Grade Standard
    Industrial Grade
    Molecular Formula
    K2CO3
  • Other Names
    Potash Carbonate
    Type
    Potassium Carbonate, Potassium Carbonate
  • Molecular Weight
    138.21
    Density
    2.43 g/cm³
  • Solubility
    Easily Soluble in Water
    pH Value
    Strongly Alkaline
  • MOQ
    1 MT
    Packaging
    25kg Bag, 1000kg Jumbo Bag
  • Supply Ability
    5000 MT per Month
    Sample
    Available
  • Certificate
    ISO, COA, MSDS, Halal, Kosher (Food Grade)

A synthesis-material enquiry should identify the intended process and the constituent limits needed by that project. TY-K2CO3 is an industrial potassium carbonate white powder with stated purity of 99%. Its formula is K2CO3.

Define the synthesis assessment before comparing powders

Describe the actual chemical process and the acceptance measures used for the material trial. Request current purity and relevant impurity analysis on a clearly stated basis. A synthesis application label does not establish a reaction role, conversion yield or operating recipe.

Review alkalinity and water solubility without adding numbers

The powder is described as strongly alkaline and easily soluble in water. These statements do not specify a numerical pH, solubility limit or dissolution time. Ask for the appropriate technical evidence when those measurements are needed by the actual process.

Connect physical measurements to the evaluation sample

The stated density is 2.43 g/cm³. Confirm the measurement method and obtain any moisture or particle information required to compare materials consistently. The reported density is not identified as bulk density and should retain its actual test basis.

  1. Agree the process and constituent acceptance requirements.
  2. Review current identity, analysis and physical sample records.
  3. Assess controlled actual-process results before selection.

Glass-manufacturing, fertilizer-material and detergent enquiries need separate qualification. Retain the relevant technical and handling documents with the sample identity and trial observations so the final decision can be reviewed against the intended use.

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