Micro Silica

Price 15 INR/ Kilograms

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Micro Silica Specification

Application
Used in steel manufacturing and refractory industries

Product Type
Micro Silica

Types of Refractories
Silica-based refractories

Shape
Powder, Powder

Porosity
Low

Dimensional Stability
High

Strength
Enhances strength of refractory materials

Specific Gravity
2.2 - 2.3

Thermal Conductivity
Low

Chemical Composition
Silicon dioxide (SiO2)

Color
Gray

About Micro Silica

Silica for heat insulation in steel plant provides insulation against heat. It is unique thermal insulating material because of its high porosity, nanoscale pore size, and crosslinking silica networks. The heat conductivity is low because the aerogel contains up to 90% air. In addition to this, it has many industrial uses, including as an excipient in pharmaceuticals and vitamins, as a food additive etc. Silica for heat insulation in steel plant is basically an anti-caking agent and can be utilized as a way to clarify liquids & control viscosity. This product is also utilized as an anti-foaming agent and as a dough modifier.

Superior Insulation for Harsh Industrial Environments

Engineered for steel plants and refractories, micro silica exhibits low conductivity and exceptional heat insulation properties. Its nanoscale particles facilitate uniform distribution and complete integration with other materials, ensuring enhanced durability and advanced temperature resistance.

Versatile Industrial Applications

Micro silica is not limited to refractory use; it beneficially modifies dough, reduces viscosity, and prevents caking in industrial processes. These versatile properties make it invaluable for traders, manufacturers, exporters, and suppliers seeking efficiency and product quality improvements across various sectors.

Bulk Supply, Consistent Quality

Available in bulk packaging, our micro silica is ideal for large-scale needs. Rigorous quality controls are implemented to maintain high purity and chemical consistency, ensuring each batch meets industry requirements. With prompt distribution across India, we support client needs from sourcing to shipment.

FAQs of Micro Silica:

Q: How is micro silica used in steel manufacturing?

A: Micro silica enhances the thermal insulation and mechanical strength of refractories in steel plants. It is mixed with base refractory materials to lower thermal conductivity and improve resistance to extreme temperatures, resulting in more durable linings for steel manufacturing furnaces.

Q: What benefits does micro silica offer compared to traditional refractory additives?

A: With its nanoscale particle size and high purity, micro silica delivers improved porosity, lower thermal conductivity, and greater dimensional stability. This results in superior heat insulation and longevity for silica-based refractories, exceeding the performance of conventional additives.

Q: When should micro silica be incorporated into industrial processes?

A: Micro silica should be added during the material formulation stage, whether for refractory production or industrial applications like viscosity control. Integrating it early ensures optimal dispersion and maximizes its functional advantages.

Q: Where can micro silica be sourced in India?

A: Micro silica is distributed, manufactured, and supplied across India, including by exporters and traders specializing in high-purity, bulk-packaged industrial powders. Reliable suppliers ensure consistent quality and timely delivery for diverse industrial requirements.

Q: What is the process of integrating micro silica into refractory materials?

A: Typically, micro silica is blended with other raw materials such as alumina or magnesia in a dry or wet mixing process. Thorough blending ensures the nanoscale powder evenly enhances the structural and insulation properties of the finished refractory product.

Q: How does micro silica improve industrial processing efficiency?

A: Its features, such as anti-caking and anti-foaming, streamline handling and storage, while viscosity control and dough modifying properties enable smoother production processes. This reduces downtime and contributes to consistent quality in final products.

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