FT-AYB92P Talcum Powder, 1000-1250 Mesh, for Packaging and Disposable-Container Formulation Enquiries
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Particle-size designationMesh designationPhysical formPowder
FT-AYB92P identifies the talcum powder model for this packaging-material enquiry. Its stated 1000-1250 mesh designation is a starting point for discussing fineness, with the actual particle report and intended polymer requirements still needed before formulation selection.
Make the FT-AYB92P enquiry specific
Ask for technical and safety documentation linked to the model rather than relying on a broad packaging-grade name. The initial material description consists of three supported identifiers:
- Talcum powder as the named material.
- FT-AYB92P as the actual model choice.
- 1000-1250 mesh as the stated fineness designation.
Define the powder tests before a compound trial
Request the sieve standard, particle distribution and method behind the mesh description. Obtain mineral-analysis and relevant screening documentation, and confirm whether a surface treatment is present. A model suffix does not establish numerical whiteness, mineral purity or a particular dispersion response in the intended resin.
Separate packaging performance from container approval
Describe the polymer, article design and processing requirements before assessing a representative sample. Evaluate dispersion, appearance and any required thermal response using agreed conditions. No heat-resistance result, high-loading ratio or universal formulation instruction is established here.
For a disposable-container project, identify the applicable end-use requirements and obtain the relevant finished-article evidence before making a suitability claim. A packaging designation alone does not establish food-contact approval. Retain the tested model, powder reports and compound results together so a repeat enquiry refers to the same material basis and qualification scope.
