XM-BA15 Natural Barium Sulfate, 3000 Mesh Designation for Ship-Paint and Anti-Corrosion Coating Trials
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Particle-size designationMesh designation
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Model NumberXM-BA15ApplicationPaint
XM-BA15 is a natural-barium-sulfate material identified for paint, with a 3000 mesh designation and a proposed ship-paint or heavy anti-corrosion coating role. That application context should define the technical enquiry without becoming a guarantee of protective-coating performance.
Define the proposed ship-paint material role
Identify the actual coating system and the role intended for XM-BA15 before selecting a sample. A mineral named for anti-corrosion coatings still requires system-specific evidence, so agree the formulation and relevant acceptance tests rather than attributing corrosion protection directly to the sulfate ingredient.
Confirm the 3000 mesh grade and composition
Request the actual mesh basis and measured distribution needed by the paint process. Obtain the current assay, impurity limits and natural-material route documents, since a high-purity description or model designation does not supply a numerical composition specification.
- Describe the intended coating binder and XM-BA15 role.
- Agree the powder-size and composition criteria for the proposed grade.
- Specify the finish and coating-system tests needed for acceptance.
Measure the finish in the actual coating
A high-gloss description needs an agreed optical method and results from the relevant formulation. Confirm dispersion and any other processing requirements in a representative coating trial, with current product-specific technical and safety information for the material being offered.
Ship-paint and anti-corrosion projects may impose distinct system requirements, and the mineral enquiry should state which ones apply. For XM-BA15, connect a confirmed natural sulfate grade and defined fineness to the actual coating tests before approving the material, with any protective or optical claim supported by results for that system.
