What Makes Our Amorphous Silica Stand Out?

• High-purity, amorphous form of SiO₂ obtained from selected mineral sources
• Ultra-fine particle size with high surface area – ideal for reactive filler applications
• Improves mechanical strength, thermal stability and chemical resistance in composites
• Low impurity levels (Fe₂O₃, TiO₂, alkalis) – suitable for technical ceramics and high-performance materials
• Enhances packing density, reduces shrinkage and increases durability of final products
• Excellent performance as a functional filler in polymers, paints, coatings and sealants
• Available in multiple grades and particle sizes for tailored performance
• Supplied in bags and big bags (containerized) for international shipments

 

AMORPHOUS SILICA vs. CRYSTALLINE SILICA

Property	Amorphous Silica	Crystalline Silica (Quartz)
Structure	Non-crystalline, high surface reactivity	Crystalline lattice, lower reactivity
Applications	High-performance fillers, ceramics, polymers	Glass, basic fillers, construction materials
Health & Safety	Non-crystalline form — reduced concern	Can pose health risks when inhaled (dust)
Thermal Stability	Excellent for high-temperature applications	Good but less suitable for reactive systems

 

TECHNICAL BENEFITS AT A GLANCE

• Improves strength, hardness and thermal shock resistance in ceramics
• Enhances mechanical and chemical performance in composites and polymers
• Fine particle size for excellent dispersion and surface interaction
• Reduces cracking, shrinkage and porosity in final formulations
• Boosts UV, abrasion and chemical resistance in coatings & sealants
• Acts as a functional filler and performance enhancer – not just a volume filler

 

AMORPHOUS SILICA – Engineered Performance

Our Amorphous Silica is a high-performance functional mineral designed for advanced industrial applications requiring improved mechanical, thermal and chemical properties. Thanks to its amorphous structure and high surface area, it provides superior reactivity, making it a preferred additive in ceramics, polymers, paints, coatings and engineered material systems.

It delivers excellent reinforcing effects, enhances durability, and enables formulation optimization through improved particle packing and dispersion.

A technical solution trusted for performance-driven materials.

 

BRANCHES

• Ceramics & refractories (tiles, technical ceramics, kiln furniture)
• Polymer & rubber industry (reinforcement and performance enhancement)
• Paints, coatings & sealants (abrasion, UV and chemical resistance)
• Adhesives, composites & engineered materials
• Electronics & high-tech components (selected grades)

 

APPLICATIONS

• Functional filler for ceramics, porcelain and technical ceramic bodies
• Reinforcing filler in polymers, rubber and elastomers
• Performance additive in paints, coatings, primers and sealants
• Enhances mechanical strength and thermal stability in composites
• Used in engineered material systems requiring improved durability and resistance

 

CHEMICAL PARAMETERS (average values)

SiO₂	≥ 94–98%
Al₂O₃	≤ 1.5%
Fe₂O₃	≤ 0.3%
TiO₂	≤ 0.1%
Loss on Ignition (LOI)	≤ 4.0%

Values may vary depending on grade; detailed specifications and certificates are available upon request.

 

PHYSICAL PROPERTIES (average values)

Form	Fine powder
Color	White to light grey
Particle sizes	Customizable — microfine to ultrafine
Specific surface area	High (grade-dependent)
pH	Neutral to slightly acidic
Packaging	Bags (25 kg), big bags, or custom packaging

 

LOGISTICS

• Available in bags and big bags; palletized for export shipments
• Container or truck loading options depending on destination
• Typical ports: Mersin, İzmir, Gemlik (others on request)