Potassium Carbonate K2CO3 TY-K2CO3 Powder, 99%, for Glass-Industry Evaluation
-
ColorWhitePhysical formPowder
-
CAS No.584-08-7Purity99%
-
AppearanceWhite powderApplicationGlass Manufacturing, Fertilizer, Detergent, Food A
-
ClassificationCarbonateEINECS No.209-529-3
-
Grade StandardIndustrial GradeMolecular FormulaK2CO3
-
Other NamesPotash CarbonateTypePotassium Carbonate, Potassium Carbonate
-
Molecular Weight138.21Density2.43 g/cm³
-
SolubilityEasily Soluble in WaterpH ValueStrongly Alkaline
-
MOQ1 MTPackaging25kg Bag, 1000kg Jumbo Bag
-
Supply Ability5000 MT per MonthSampleAvailable
-
CertificateISO, COA, MSDS, Halal, Kosher (Food Grade)
A glass-industry purchase brief should connect the headline assay with the constituent requirements of the actual formulation. TY-K2CO3 is an industrial potassium carbonate white powder with stated purity of 99%. The formula is K2CO3.
Read the carbonate assay alongside constituent limits
Request current purity and impurity reports for the actual evaluation sample. Confirm the reporting basis and any moisture information needed by the project. The stated assay does not establish every constituent limit required by a glass formulation or independently qualify a special high-purity grade.
Keep glass-process acceptance tied to actual trials
Describe the intended composition and the measurements used to judge whether the sample is acceptable. Assess the powder under the project procedure before drawing a conclusion. A glass application label does not predict a finished-product property, a melting effect or universal compatibility.
Clarify the physical data used for comparison
Which density method applies?
The stated density is 2.43 g/cm³. Request the measurement method and any separate bulk-density or particle information needed by the process.
Are solution measurements quantified?
Incoming-material information characterizes this carbonate through easy water solubility and strong alkalinity, without quantified solution results. Ask which measurements the glass-project preparation procedure actually requires. Neither a numerical pH nor a dissolution time or addition rate is established by the qualitative wording.
Review current technical and handling documents together with the sample analysis and controlled trial results. Fertilizer-material and detergent enquiries require separate acceptance criteria, so keep the intended use clear throughout the material-selection review.
