从China供应商批量进口Alkaline Lining Material

This alkaline lining material is engineered for high-temperature refractory applications, offering stability in chemically aggressive environments. The product achieves a density exceeding 2.81 g/cm3, with a linear dimensional change rate of +0.09 percent, ensuring structural integrity under thermal stress. Grain size is uniform at 0 to 6 mm, providing consistent packing and performance in industrial furnaces and kilns.

Composed primarily of magnesium-based or dolomitic minerals, this material is selected for its slightly alkaline pH, which resists acidic slag and flux in metallurgical processes. Typical industry grades for similar products include MgO content above 85 percent and CaO between 5 and 15 percent, supporting high refractoriness. Refractoriness for this category commonly exceeds 1700 degrees Celsius, with premium grades reaching 2000 degrees Celsius for extreme service conditions.

Used extensively in steelmaking, glass manufacturing, and cement kilns, this lining material protects furnace walls from thermal shock and chemical erosion. Buyers typically source it in bulk for large-scale installations, with packaging in 25 kg or 1000 kg big bags as standard for the sector. Confirm bulk density, chemical analysis, and refractoriness under load with the supplier before ordering, as these define suitability for specific furnace zones.

Dashiqiao Peng Yi Mineral Company Ltd. operates from the Huzhuang Town Industry Zone in Liaoning Province, China, specialising in mineral-based refractory materials. The company is classified as an imported-tier supplier with a harbor trust tier, indicating a baseline level of verification within the supply chain.

The supplier’s profile does not state a response rate, average response time, or specific certifications, so buyers should directly confirm quality control processes, testing protocols, and compliance documentation. The focus on alkaline lining materials suggests a niche in high-temperature industrial applications, with production capabilities aligned to bulk refractory supply.