Limestone is a carbonate sedimentary rock rich in calcium carbonate, valued for its abundance and low extraction cost, which gives it a special place across many industries. Beyond its key role in producing cement and lime, limestone is widely used in the production of glass, steel, and metallurgy to enhance quality and purification processes.
Its alkaline nature makes it an effective option for neutralising acids in water and wastewater treatment. The combination of diverse applications and strong chemical stability greatly enhances its industrial value.
Limestone, formed from carbonate deposits and often containing fossils and microcrystalline structures, is ideal for use as building stone, decorative facing, and mineral aggregates. It is also widely applied as a filler in paints, plastics, and paper, while in agriculture it serves to improve soil quality by reducing salinity and acidity.
The production of quicklime and hydrated lime from limestone plays an essential role in the chemical and metallurgical industries. Its durability and recyclability add both environmental and economic advantages, further increasing its value as a versatile industrial resource.
Lime, thanks to its strong alkalinity and lower cost compared to other alkaline materials, holds a vital position across a wide range of industries. It is extensively used in steelmaking, iron smelting, and metallurgy for refining and process improvement, while in the petrochemical sector it plays an important role in purification and chemical reactions.
In the construction materials industry, lime is a key ingredient in cement, ceramics, mosaic, stone powder, and sand–lime bricks. In glassmaking, it enhances quality and helps control composition. Its neutralising power also makes it indispensable in treating drinking water, industrial water, and municipal or industrial wastewater.
Lime is further applied in the production of calcium carbide, refractory products, and even in coal mining as a softening agent for explosives. With such diverse applications, easy availability, and cost-effectiveness, lime stands as one of the essential pillars in both industrial and civil processes.
High-purity limestone with a stable carbonate structure not only resists diverse environmental conditions but also plays a vital role in ensuring stability and efficiency in industrial processes. Its resistance to unwanted chemical reactions and compositional changes provides durability and consistent performance, making it an ideal choice for the steel, cement, glass, and water treatment industries. This ensures higher product quality while reducing production costs.
Our company sources limestone from premium quarries and processes it with advanced technology to deliver a uniform, high-quality product. Backed by our expert team, we guarantee compliance with international standards. With fast delivery, specialised technical consultation, and competitive pricing, we are a trusted partner for your operations.
Our limestone is a reliable path to higher productivity and stronger economic returns.
| CaO | LOI | Fe2O3 | AL2O3 | MgO | P | S | Size |
|---|---|---|---|---|---|---|---|
| 52% min | 41% min | 0.93% max | 0.29% max | 2.47% max | 0.02% max | 0.05% max | 6-25 mm , 6-50 mm |
