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How a Morbi Tile Plant Reduced Wastage by 28% with Wollastonite
A 90-day technical collaboration with a Morbi-based ceramic tile manufacturer. Switching from calcium carbonate to W3 wollastonite grade — combined with body formulation and kiln curve adjustments — delivered a 28% reduction in production wastage and improved first-pass yield from 81% to 89.9%.
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Morbi Wollastonite Wastage Reduction
28% wastage reduction in a Morbi tile plant through wollastonite body optimization and on-site technical support.
Technical GuideWollastonite vs Calcium Carbonate: When to Switch
Side-by-side comparison of gas evolution, firing behavior and surface quality — with decision criteria for ceramic body formulation.
Technical GuideZircon Replacement in Ceramic Glaze: 8-Year Data
Long-term performance data from manufacturers using A30 zirconium replacement grade since 2018. Cost savings, formulation adjustments, and stability analysis.
Sanitaryware Body Optimization in Vietnam
How a Vietnamese sanitaryware manufacturer improved whiteness consistency and reduced pinhole defects using W101 wollastonite grade.
Reducing Pinhole Defects in Polished Tiles
Root-cause analysis framework for pinhole and blister defects, covering body formulation, slip preparation, drying and firing.
Feldspar in Fast-Firing Glaze Cycles
How potassium vs. sodium feldspar selection affects glaze melting behavior, surface tension and final gloss in fast-firing cycles.