Lowering the firing temperatureThe wollastonite powder has a significant effect of reducing the firing temperature in ceramic glaze materials. This is mainly due to its unique chemical composition and crystal structure. The main component of wollastonite is CaSiO3.
The production process of wollastonite powder is a meticulous and precise procedure, involving multiple key steps, each of which has a significant impact on the quality of the final product. 1. Crushing stage, 2. Grinding stage, 3. Classification stage, 4.Packaging stage.
Wollastonite powder, as a mineral powder widely used in the industrial field, has many unique properties. Its chemical formula is CaSiO3, and its structural formula is Ca3[Si3O9]. The theoretical chemical composition includes 48.25% CaO and 51.75% SiO2. In nature, pure wollastonite is relatively rar
"From Traditional Intermediates to Green Chemistry: Technological Breakthroughs of Refined Naphthalene in Dyes1. Industry driving factors• Environmental protection policy: China's "Emission Standard of Pollutants for the Dye Industry" has forced low-sulfur processes.• High-end demand: Digital print
"From Supply Chain to Process Adaptation: Three Paths for Cost Reduction of Naphthalene in Dye Factories"Core content1. Optimization of the procurement model• Contract purchase: Lock in quarterly/annual prices to avoid the risk of crude oil fluctuations (the correlation between refined naphthalene p
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