Thermal, istopreventharmto therolethatphysical strengthandimprovecorrosionand wearare applied toceramics, paints, plastics, asbestossubstitutesareas. 

TheceramicislessCO2emissionsandreduce theshrinkagephenomenonactsto increase therate of heatingto increase thestrength. Thepaintactsas anacid-basebuffer solution,and theweather resistanceincreasesandservesto increase thegloss. Theplasticincreases thetensile strength andflexural strengthandenhancesthe thermal stabilityat high temperatures.Thewollastoniteneedle-likestructurecan be applied toconventionaluse of asbestosas asubstituteforasbestosfield. 

Mineralogicalahighdegree of whitenessand chemicaldurability, highalkaline(PH 9.9),excellentneedle crystals(15-20: 1), highmelting point(1,540 ℃),excellentheat-insulating property, a lowwater contentanda lowoil absorptionpropertiesisseen. Chemicallyactivelowinsolublein water.The sintering temperatureis suitableto control thesintering temperaturein theceramicis low. Is decomposed byconcentratedhydrochloric acid.