Potassium Feldspar

We are well geared with the latest technologies and best quarries to offer premium range of potassium feldspar enriched with the best quality minerals which will last for decades to come. Feldspar is composed of rock forming alumina sector silicate minerals, a mixture of sodium calcium potassium or variable. Feldspar are also found in many types of sedimentary rocks. It is the single most abundant mineral found on the earth’s crust.

Feldspar is the second most important ingredient after clay, to be used in the manufacturing of ceramic products. It allows clay and Quartz to melt and with proper mixing, facilitates modulations of ceramic products.

Due to their alumina and alkali content, feldspars are most commonly used in industrial applications. Feldspars are most commonly used as a fluxing agent in ceramics and glass industry – which form the major consumers of feldspar with 95% of total consumption. We produce customised sizes as per clients needs. You can request sample before placing an order with us for product quality assurance.

Scope of usage

• Tiles, • Paints,
• Glazes, • Rubber,
• Insulators, • Plastic,
• Sanitary Ware, • Glasses,
• Dental Ceramics, • Ceramics,
• Adhesive Industries,
• Porcelain, China and Earthenware,
• Bonding agents for abrasives, Wheels, Discs and other shapes.
• Tiles,
• Paints,
• Glazes,
• Plastic,
• Rubber,
• Glasses,
• Ceramics,
• Insulators,
• Sanitary Ware,
• Dental Ceramics,
• Adhesive Industries,
• Porcelain, China and Earthenware,
• Bonding agents for abrasives, Wheels, Discs and other shapes.

Technical specifications

Grade : PF-01 & PF-02

Physical Properties

- Firing Result (1175°C-1225°C) : Milk white

- Visual Appearance : White & Light Pink


CHEMICAL COMPOSITION PF-01 PF-02
POTASSIUM OXIDE (K2O) 12% (±1%) 10% (±1%)
SODIUM OXIDE (Na2O) 1.5% (±1%) 2% (±1%)
ALUMINA (AI2O3) 18% (±1%) 17% (±0.50%)
TITANIUM OXIDE (TiO2) NIL NIL
MAGNESIUM OXIDE (MgO) NIL NIL
SILICA (SiO2) 66% (±1%) 70% (±2%)
FERRIC OXIDE (Fe2O3) 0.03% (±0.01%) 0.03% (±0.01%)
CALCIUM OXIDE (CaO) NIL NIL
LOSS ON IGNITION (LOI) 0.10% 0.20%