Calcium Hydroxide 97% Fine White Powder for Plastic Heat Stabilizer Evaluation
-
ColorWhitePhysical formPowder
-
CAS No.1305-62-0Purity97%
-
AppearanceFine white powderApplicationSuitable for the synthesis of high-end organic che
-
ClassificationCalcium HydroxideEINECS No.215-137-3
-
Grade StandardIndustrial GradeMolecular FormulaCa(OH)2
-
Other NamesSlaked lime
For a plastic heat-stabilizer development project, this calcium hydroxide offers a specific raw-material description: 97% purity, industrial grade and fine white powder. It provides a starting candidate for laboratory comparison. The suitability of that candidate still depends on the polymer system and the complete stabilizer formulation.
Begin with the plastic formulation you need to qualify
Describe the polymer and the intended evaluation before selecting the sample. The heat-stabilizer application identifies an enquiry direction, but it does not establish a thermal result or compatibility with every plastic. Agree on the formulation tests that will decide whether this calcium hydroxide fits the project.
Ask what fine powder means for this 97% grade
The 97% assay and fine white appearance describe different aspects of the material. Neither supplies a particle-size distribution or an impurity profile. Request those measurements separately, together with a batch analysis, so that a comparison does not rest on the word fine alone.
Use the calcium hydroxide identity in the sample request
The specified material is Ca(OH)2, also called slaked lime, with supplied CAS 1305-62-0 and EINECS 215-137-3 identifiers. Keep that identity attached to the industrial-grade enquiry and the proposed sample documents. A white powder appearance should not substitute for chemical identification.
For the next discussion, bring the required assay, particle limits and polymer acceptance tests together. This makes the enquiry useful to both procurement and formulation teams. Any processing dose, thermal-stability claim or substitution decision should follow the project evidence rather than be assumed from purity.
