Month: December 2025

Silica Sand: Properties, Applications, Benefits & Why Starke Supplies the World’s Best Filtration-Grade Silica Sand

Silica sand is one of the most widely used materials in global industries ranging from water filtration, glass manufacturing, construction, foundry casting, sports turf, to oil & gas. Its natural purity, mechanical strength, and chemical stability make it an essential raw material across more than 50 industrial applications. For water treatment professionals, silica sand serves […]

Zeolite Granules for Water Treatment & Aquaculture: Complete Guide, Uses, Benefits & How to Identify Original Zeolite

Zeolite granules have become one of the most widely used natural filtration and purification materials across industries ranging from municipal water treatment to aquaculture, wastewater recycling, livestock care, swimming pools, and industrial processing. As the demand for natural, high-performance, and cost-effective filtration media grows worldwide, zeolite granules especially clinoptilolite-based zeolite have become the preferred choice […]

Manganese Greensand: Complete Guide, Uses, Regeneration & Filtration Performance (2025 Expert Edition)

Manganese greensand is one of the most widely used and globally trusted filtration media for removing iron, manganese, and hydrogen sulfide (H₂S) from water. Industries around the world choose it for borewell treatment, groundwater purification, municipal water treatment, and industrial filtration. Because the demand for high-performance iron-removal media is growing rapidly, engineers, EPC contractors, and […]

Coconut Shell Activated Carbon: High-Performance Filtration Media for Industrial Water and Air Treatment

In the global water and air purification industry, coconut shell activated carbon has become the gold standard for adsorption efficiency, mechanical strength, and environmental sustainability. As filtration technologies evolve, industries are increasingly choosing coconut shell-based activated carbon over traditional coal or wood-based alternatives due to its microporous structure, high surface area, and superior contaminant removal […]