Potassium Carbonate K2CO3 TY-K2CO3, 99%, for Specialty Glass Production 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)

Specialty glass projects need a raw-material brief that identifies the actual composition and its constituent requirements. TY-K2CO3 is an industrial potassium carbonate white powder with stated purity of 99%. Its formula is K2CO3.

Set the specialty-glass acceptance measures

Describe the intended glass formulation and the results used to judge the trial material. Request current impurity information relevant to those requirements. A specialty-glass application label does not establish an optical, thermal or finished-product property, or demonstrate a particular melting-process effect.

Link current carbonate analysis to the actual powder

Review sample-specific identity and purity reports, including the analytical basis used for comparison. Confirm any moisture and particle information required by the formulation process. Keep the actual model and sample identity attached to the documents throughout qualification.

Check the physical evidence needed by the project

The stated density is 2.43 g/cm³. Ask for the measurement method and confirm whether the process needs separate bulk-density information. The powder is described as strongly alkaline and easily soluble in water, without numerical pH, dissolution time or an addition rate.

  1. Agree the formulation and constituent acceptance criteria.
  2. Review current composition and physical sample records.
  3. Compare controlled trial results with the intended glass requirements.

Fertilizer-material and detergent enquiries require separate assessment. Obtain the applicable technical and handling documents, and retain the actual trial observations before deciding whether the powder meets the project brief.

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