Ceramic Industry

Ceramic manufacturing
Applications / Ceramics

Mineral Raw Materials for Ceramic Manufacturing

QTM Groups supplies high-purity mineral raw materials that form the backbone of ceramic manufacturing — from everyday tiles to precision sanitaryware and fine porcelain.

Our mineral grades are precisely processed to deliver the consistency, whiteness, and plasticity that modern ceramic producers demand. With deep expertise in kaolin, ball clay, quartz, and feldspar, we serve manufacturers across India and globally.

Explore Our Minerals

Ceramic Applications

Tiles

  • Wall Tiles
  • Floor Tiles
  • Vitrified Tiles
  • Porcelain
  • Glazed Tiles
  • Outdoor Tiles

Structural Ceramics

  • Ceramic Bodies
  • Technical Ceramics
  • Industrial Ceramics
  • Bio Ceramics
  • Nano Ceramics
  • Refractory Ceramics

Sanitarywares and Speciality Ceramics

  • Sanitarywares
  • Tablewares
  • Porcelain Dinnerwares
  • Electrical Insulators
  • Decorative Ceramics
  • Artwares
  • Wall & Floor Tiles
  • Vitrified Tiles
  • Ceramic Filters

Our Special Minerals

China Clay / Kaolin

China Clay / Kaolin

Primary forming material for ceramic bodies. Delivers whiteness, plasticity, and controlled firing behavior.

Ball Clay

Ball Clay

Provides plasticity and green strength to ceramic mixes, enabling complex shaping and reduced cracking during drying.

Quartz / Silica

Quartz / Silica

Structural component controlling shrinkage and thermal expansion in fired ceramic bodies.

Feldspar

Feldspar

Flux material reducing vitrification temperature, enabling energy-efficient kiln firing and improved product density.

Featured Product

QTM CeramElite™
Premium Washed Kaolin for Ceramic Applications
Technical Data Sheet Washed Kaolin

QTM CeramElite™ is a premium-quality washed kaolin developed for the ceramic industry. Processed through advanced beneficiation and quality control systems, it provides high whiteness, excellent plasticity, low impurity levels, and consistent firing performance, making it suitable for premium ceramic manufacturing.

Chemical Composition (Typical)
ParameterTypical Value
Silicon Dioxide (SiO₂)46–48 %
Aluminium Oxide (Al₂O₃)36–39 %
Iron Oxide (Fe₂O₃)≤ 0.40 %
Titanium Dioxide (TiO₂)≤ 0.60 %
Calcium Oxide (CaO)≤ 0.20 %
Magnesium Oxide (MgO)≤ 0.20 %
Loss on Ignition (LOI)13–15 %
Physical Properties (Typical)
PropertyTypical Value
Brightness88–91 %
Whiteness90–93 %
Moisture< 1.0 %
pH6.0–7.5
+325 Mesh Residue< 0.5 %
Median Particle Size (D50)3–5 µm
Product Advantages
High firing whiteness Excellent plasticity Superior green strength Low iron impurities Uniform particle size distribution Stable kiln performance Consistent batch quality Excellent dimensional stability
Recommended Applications
Wall & Floor Tiles Sanitaryware Porcelain Tableware Ceramic Bodies Electrical Insulators Glazed Ceramic Products
* The values presented are typical laboratory results and are provided for guidance only. Customers are advised to validate product suitability for their intended application.

Grade Selection

Five calibrated grades — from roofing tiles to bone china. Choose the right kaolin for your process.

Kaolin Grade Portfolio — Ceramic Industry
5 grades from roofing tiles to bone china & premium ceramics
Industry Grade Sheet
Product Grade Brightness (%) Whiteness (%) Fe₂O₃ (%) D50 (µm) Primary Application
QTM-CG 100
85–87%
87–89%
≤0.80 6–8 Roofing Tiles
QTM-CG 200
87–89%
89–91%
≤0.60 5–6 Wall & Floor Tiles
QTM-CG 300
89–91%
91–92%
≤0.45 4–5 Sanitaryware
QTM-CG 400
91–92%
92–94%
≤0.30 3–4 Porcelain
QTM-CG 500
92–94%
94–96%
≤0.20 2–3 Bone China & Premium Ceramics
Key Performance Benefits High Plasticity Excellent Green Strength Low Iron Content Uniform Particle Size Superior Firing Whiteness
* Typical values are provided for guidance only. Customized grades can be developed to meet specific customer process and product requirements.

Our Various Applications

Seeking the Right Ceramic Mineral Mix?

Our technical team can help you identify the optimal mineral combination for your specific ceramic application, body composition, and firing parameters.

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