Mesoporous DNF Silica

Nano-Engineered Mesoporous Silica with High Surface Chemistry

Mesoporous DNF Silica is a precision-engineered nanostructured silica designed for high-performance applications in catalysis, filtration, environmental remediation, and advanced materials. Built around a highly ordered mesoporous network, it delivers exceptional surface reactivity, rapid mass-transfer, and long-term structural stability — making it a premium material for high-efficiency systems. Our Mesoporous DNF Silica features well-defined mesopore channels and tunable surface chemistry, enabling selective molecular interactions, improved adsorption, and seamless integration into complex formulations. With a surface area exceeding 800 m²/g and customizable functionalization, it offers optimized catalytic activity, adsorption, and composite integration.

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Key features

  • Engineered Mesoporosity – Precisely controlled mesoporous channels promote faster diffusion, higher loading of active species, and enhanced performance in catalysis, adsorption, and separation.
  • High Thermal & Chemical Stability – Maintains structural integrity and chemical stability under extreme temperatures and aggressive chemical environments.
  • Very Large Surface Area – Surface area > 800 m²/g yields superior adsorption capacity, optimal catalytic active-site exposure, and enhanced composite reinforcement.
  • Lightweight & Highly Dispersible – Easily disperses in polymers, resins, solvent matrices, and coating systems for uniform distribution and seamless integration.
  • Eco-Compatible & Non-Toxic – Inert and environmentally friendly, supporting sustainable material designs and green industrial applications.

Real-world uses

  • Reinforcement Additive – Improves mechanical strength, abrasion resistance, and durability in rubber, plastics, and polymer composites.
  • Catalysis & Adsorption – Serves as an efficient catalyst support and adsorbent, enhancing reaction efficiency and pollutant removal in chemical and environmental applications.
  • Coatings & Surface Protection – Provides anti-corrosion, optical, and barrier properties, ensuring long-lasting surface protection and stability under harsh conditions.

Technical highlights

  • Particle Size:- 10-100nm
  • Surface Area:- >800m^2/g
  • High thermal stability: >1000°C.
  • Filteration: Removes >95% pollutants in water and gas purification.
  • Catalysis:-Lowers energy consumption upto 20%.

DNF Silica - Material Applications

Enabling Innovations Across Industries
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Industrial Catalysts

Boosts reaction efficiency by up to 40%.

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Water Filters

Removes >95% pollutants from water.

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Gas Separation

Precise separation for clean fuels

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Drug Delivery Carriers

Controlled release of medicines

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Tissue Scaffolds

Biocompatible platforms for regeneration.

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Diagnostic Sensors

High-sensitivity detection devices.

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Cosmetic Additives

Controlled-release formulations in skincare.

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Polymer Additives

Improves plastics durability & heat stability.

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Energy-Efficient Reactors

Cuts synthesis energy costs by 20%.

Frequently Asked Questions(FAQ):-

A: Mesoporous DNF Silica stands for Mesoporous Doped Nanostructured Functionalized Silica — a nanomaterial engineered with a well-defined mesoporous network and custom surface functionalization. It is designed to enhance mechanical, thermal, chemical, and adsorption properties while enabling efficient catalysis, filtration, and composite integration across industries.
A: It’s available in powder form, with customized particle size and surface functionality options (hydrophilic or hydrophobic).
A: Unlike conventional amorphous silica, Mesoporous DNF Silica is nanostructured and surface-functionalized with a highly accessible mesoporous network. This delivers significantly higher surface area, tunable surface chemistry, faster mass transfer, and superior reinforcement, adsorption, or catalytic performance.
A: Yes — Mesoporous DNF Silica maintains structural and chemical stability at temperatures exceeding ~1000 °C, making it suitable for high-temperature processing, thermal insulation, high-temperature coatings, and harsh process environments.
A: Yes, it’s non-toxic, inert, and environmentally friendly, suitable for sustainable industrial use.
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