JSYAPG‑S007 general‑purpose ultra‑fine water‑based polishing slurry adopts well‑classified ultra‑fine inorganic abrasive powder dispersed inside high‑purity deionized water. It is formulated with specialized wetting agents, dispersants and anti‑settling stabilizers. Multi‑stage fine filtration removes oversized grains and hard agglomerates. This polishing slurry is designed for surface finishing of metal, glass, structural ceramic and hard‑plastic components. It offers moderate material‑removal
Product Detail Page: JSYAPG‑S007 polishing slurry is produced from carefully selected ultra‑fine mineral abrasive raw materials. The abrasive powder goes through precise milling and multi‑step particle‑size classification to narrow particle‑size distribution. High‑purity deionized water is used as aqueous carrier. Functional dispersing and anti‑sedimentation additives are added, followed by high‑shear homogenization mixing and fine filtration. Each finished batch is subjected to particle‑size analysis, sedimentation stability inspection and finishing performance testing prior to shipment.
Many industrial workshops need to process a broad spectrum of workpiece materials including different grades of metal, soda‑lime glass, technical ceramics and rigid engineering plastics. Deploying a separate dedicated polishing slurry for each material type will increase inventory complexity and procurement costs. However, ordinary general‑purpose grinding fluids often contain inconsistent abrasive fractions with occasional coarse particles, which tend to create unwanted deep scratches on soft plastic and relatively brittle glass and ceramic surfaces. Excessive scratch defects lower the visual quality and functional performance of finished components.
Formulated with tightly screened ultra‑fine abrasives and effective dispersion system, JSYAPG‑S007 achieves balanced mechanical grinding action for multi‑material processing. The water‑based carrier provides excellent cooling effect during high‑speed polishing operations, effectively dissipating frictional heat and preventing thermal deformation or surface burning on heat‑sensitive plastic and soft‑metal parts. The anti‑settling additives slow down abrasive sedimentation during equipment circulation. This slurry is suitable for flat lapping machines, rotary polishing platforms and semi‑automatic finishing equipment. A series of particle‑size grades are available to support progressive finishing workflows.
In actual production, technicians can adjust the working solid‑content by diluting the concentrated slurry with deionized water. Optimize key process parameters including polishing down‑force, platen rotating speed, slurry feeding flow‑rate and polishing pad selection. For continuous circulating processing, install precision filtration units to filter out workpiece debris generated during polishing cycles.
Foreign particulate contamination, prolonged high‑temperature storage and direct sunlight exposure must be strictly avoided. High‑temperature storage may accelerate abrasive sedimentation and particle agglomeration, which will increase scratch risk in subsequent polishing.
Major application fields include precision surface finishing of carbon‑steel and non‑ferrous metal mechanical parts; lapping and fine polishing of flat glass components; surface refinement of dense structural ceramic workpieces; scratch removal and gloss finishing for rigid engineering‑plastic components.
Store the product in tightly‑sealed original plastic drums within 10‑30℃. Keep away from direct sunlight. Sufficient mechanical stirring is required before using long‑term stored batches.

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