Did you know 68% of industrial manufacturers lose $12,000/hour during chemical processing delays? Your current lime solution might be costing you more than money - it could be sabotaging your operational efficiency. Read how calcium oxide lime
innovations solve 5 critical industry pain points.
(calcium oxide lime)
When you choose high-purity calcium oxide lime (CaO), you get 94% faster reactivity than standard quicklime. Our nano-treated formula achieves complete slaking in 8.2 minutes versus industry-average 23 minutes. See how it outperforms:
Parameter | Our CaO | Competitor A | Competitor B |
---|---|---|---|
Purity Level | 99.2% | 95.4% | 93.1% |
Slaking Time | 8.2 min | 18 min | 25 min |
Whether you need slaked lime for water treatment or quicklime for steel manufacturing, our engineers create custom particle sizes from 50μm to 5mm. Choose from:
A Midwest steel plant boosted production 22% using our calcium oxide lime. Their ROI? 14 months. A municipal water plant eliminated scaling issues with our slaked lime formula. What could your operation achieve?
Order 10+ tons of calcium oxide lime before [date] and get FREE technical consultation + emergency delivery priority. Our engineers will optimize your lime-to-slurry ratio at zero extra cost.
Join 1,200+ satisfied clients who upgraded to premium calcium oxide lime systems. Call our lime specialists at 800-234-5678 or click below to schedule your free process audit!
(calcium oxide lime)
A: 氧化钙(CaO)的俗称是生石灰,两者是同一种物质。它由碳酸钙高温煅烧生成,广泛用于建筑和工业。
A: 熟石灰是氢氧化钙(Ca(OH)₂),而石灰水是其水溶液。石灰水常用于检测二氧化碳,遇气体会变浑浊。
A: 生石灰(CaO)与水反应生成熟石灰(Ca(OH)₂)。该反应剧烈放热,需谨慎操作以避免灼伤。
A: 生石灰用于干燥剂、炼钢和建筑材料;熟石灰用于调节土壤酸度、污水处理和砌筑材料。
A: 石灰水可检测二氧化碳(变浑浊),也用于验证酸性气体。此外,它可作为中和反应的试剂。
A: 反应方程式为:CaO + H₂O → Ca(OH)₂。此过程释放大量热量,生成氢氧化钙(熟石灰)。
A: 生石灰易吸收空气中的水分,与水反应生成熟石灰。长期暴露会降低其纯度并影响使用效果。
Related News