
Manufactured in Gujarat, India — with advanced control over colloidal architecture, surface chemistry, stability, and performance parameters for applications where consistency is critical.
The Microtec range is a family of engineered colloidal silica dispersions — varying in particle size, concentration, surface chemistry, and charge — designed to match the precise requirements of each application. Each formulation is optimised for its environment, from standard grades for structural and thermal applications to surface-modified variants for advanced coatings and composites.
Whether the application demands high surface area reactivity, specific ionic compatibility, or modified surface chemistry, there is a Microtec grade built for it. This makes Microtec the choice across investment casting, refractory linings, concrete densification, paper manufacturing, and specialty surface treatments.

The Microtec series is engineered with precision chemical parameters to ensure compatibility across diverse industrial binding and stabilization processes.
Tailored to application requirements. Finer particles for higher surface area; coarser for controlled gelation.
Supplied at customer's required concentration. The right solids level is determined by the application — particle size, deposition mechanism, and process dilution tolerance.
The Microtec Series is defined by chemical agility and a commitment to solving complex industrial challenges.
We offer meticulous control over particle size distribution and specific surface area to ensure the silica provides an optimal high-density packing fraction for your specific application.
Meticulous control over the pH of our sols to ensure long-term shelf-life. We engineer the counter-ion balance to prevent premature gelation in both alkaline and acidic grades.
Our ISO 9001:2015 certified manufacturing ensures 100% uniformity in concentration, pH, and particle dispersion across every single shipment.
Leveraging proximity to Hazira and Nhava Sheva ports, we maintain a rapid 7-day global dispatch timeline from our Gujarat facility to international markets.
We offer meticulous control over particle size distribution and specific surface area to ensure the silica provides an optimal high-density packing fraction for your specific application.
Meticulous control over the pH of our sols to ensure long-term shelf-life. We engineer the counter-ion balance to prevent premature gelation in both alkaline and acidic grades.
Our ISO 9001:2015 certified manufacturing ensures 100% uniformity in concentration, pH, and particle dispersion across every single shipment.
Leveraging proximity to Hazira and Nhava Sheva ports, we maintain a rapid 7-day global dispatch timeline from our Gujarat facility to international markets.
We offer meticulous control over particle size distribution and specific surface area to ensure the silica provides an optimal high-density packing fraction for your specific application.
Meticulous control over the pH of our sols to ensure long-term shelf-life. We engineer the counter-ion balance to prevent premature gelation in both alkaline and acidic grades.
Our ISO 9001:2015 certified manufacturing ensures 100% uniformity in concentration, pH, and particle dispersion across every single shipment.
Leveraging proximity to Hazira and Nhava Sheva ports, we maintain a rapid 7-day global dispatch timeline from our Gujarat facility to international markets.
The Microtec Series is engineered to perform as a critical technical component in high-stakes industrial processes.

Specialized nano-microstructures designed to optimize retention efficiency in paper and improve the surface quality of advanced textile coatings.

Precision-engineered as a high-performance binder and surface modifier to enhance scratch resistance and improve pigment dispersion.

Nano-pore densification that reinforces the capillary structure of construction to increase structural durability and resistance in extreme environments.

High-stability binding systems engineered for extreme thermal shock resistance in advanced refractory linings.

Precise manipulation of surface area and stabilization chemistry to ensure optimized chemical reactivity in complex catalytic systems.

High-stability binders engineered to maintain structural cohesion under extreme thermal stress. Prevents shell failures and ensures reliable performance.
Validate specifications through lab testing and plant trials with our expert engineering support. Every formulation is optimized for your specific operational parameters.
ISO 9001:2015 Certified · Global Dispatch in 7 Days · 30+ Years of Excellence