Overview of Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket

Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket is a synthetic porous ultralight material derived from a gel, där den flytande komponenten har ersatts med en gas. Resultatet är ett fast material med extremt låg densitet och låg värmeledningsförmåga, ofta smeknamn “frusen rök.” Trots sitt sköra utseende, den kan konstrueras för att vara anmärkningsvärt stark, med titeln världens bästa isolerande fasta material.

Features of Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket

• Världens lägsta värmeledningsförmåga: Ger oöverträffad isoleringsprestanda, mycket överlägsen traditionella material.

• Extremt låg densitet: Ett av de lättaste fasta materialen som människan känner till, med en sammansättning av upp till 99.8% luft.

• Hög yta: Har en otroligt stor inre yta, vilket gör den värdefull för filtrerings- och absorptionsapplikationer.

• Mångsidig sammansättning: Kan tillverkas av olika material, inklusive kiseldioxid, kol, och metalloxider, var och en med unika egenskaper.

• Exceptionell porositet: Dess nanoporösa struktur är ansvarig för dess enastående isoleringsförmåga.

  

  Aerogelbeläggning

Specifications of Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket

Specs of Nano Particle Low Warm Silica Structure Thermal Insulation Fireproof Hydrophobic Silica Aerogel Covering Nano Blanket

Materialstruktur

This item utilizes high-purity nano silica aerogel as its core material. The aerogel is combined with unique hydrophobic ingredients and reinforcing fibers. This mix develops a lightweight, flexible blanket that stands up to water and heat.

Termisk effektivitet

The thermal conductivity is incredibly low– between 0.013 och 0.018 W/(m · K) vid rumstemperaturnivå. This implies it slows down heat transfer better than most traditional insulation materials. It works well in both hot and cold atmospheres. The covering remains secure approximately 650 °C (1202 °F). Brandmotstånd

It is non-combustible and fulfills Class A fire safety standards. När den utsätts för eld, the product does not melt, tina, eller släpp ut giftig rök. It assists safeguard structures during fires by acting as a thermal obstacle.

Vattenavstötande

The surface wards off water thanks to its hydrophobic therapy. Water droplets grain up and roll off as opposed to soaking in. This keeps the insulation completely dry and maintains its performance even in humid or wet problems.

Fysiska egenskaper

Typical thickness arrays from 3 mm till 20 mm. Thickness is between 180– 220 kg/m TRE. The blanket is soft to deal with however strong sufficient for building applications. It can be reduced with basic tools and fits quickly around pipes, väggar, och ojämna ytor.

Environmental and Safety And Security Data

It contains no asbestos, formaldehyd, or ozone-depleting materials. The product is safe for indoor and outdoor usage. It does not corrode steels or weaken with time when set up properly.

Ansökningar

Common usages include roofing systems, outside walls, a/c air ducts, industriella rör, och brandklassade skiljeväggar. It is perfect for green structures, kylförvaring, and any project where space-saving, high-performance insulation is required.

Applications of Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket

Advanced Thermal Insulation with Nano Silica Aerogel

Lightweight Defense That Functions in Extreme Conditions

This nano covering uses silica aerogel particles to deliver high-level thermal insulation. It keeps heat where it belongs– inside during winter and outside throughout summer season. The material is extremely light yet solid sufficient for requiring building applications.

Fireproof by Design
Säkerheten kommer först. The finishing will not ignite or melt under high temperatures. It satisfies strict fire resistance criteria, making it suitable for walls, taksystem, and commercial frameworks where fire danger must be lessened.

Water Repellent Surface
Regn, fukt, or spills will not damage this material. Its hydrophobic nature presses water away, protecting against wetness buildup. This keeps insulation performance secure gradually and stops mold or deterioration from developing beneath.

Reduced Warmth Transfer, Hög effektivitet
Silica aerogel has among the most affordable thermal conductivities recognized. Even a thin layer lower heat circulation substantially. That suggests reduced energy bills and even more comfortable interior areas year-round.

Lätt att installera och hantera
Unlike rigid panels, this nano covering is flexible and very easy to cut. Employees can fit it around pipes, stråle av ljus, or irregular surfaces without special devices. It adds marginal weight to the framework while providing optimum protection.

Hembyggare, ingenjörer, and facility managers pick this product for tasks that need reputable, lasting insulation. It works well in both new building and retrofitting older structures. From cold storage storehouses to high-rise apartments, this covering adapts to numerous real-world needs.

The nano particle framework provides the covering its one-of-a-kind mix of residential properties: lätthet, brandmotstånd, vattenavstötande, and excellent insulation. All these functions collaborated in one simple-to-use service that does under pressure.

Företagsprofil

Vi är världsledande inom lättbetong och avancerade tekniska skumlösningar. Känd globalt för sitt engagemang för forskning, innovation, och tillämpad expertis, vi har tillhandahållit konstruerade skumlösningar sedan början av 2012-talet.

Vi kan leverera högkvalitativa betongtillsats- och skumbetongrelaterade produkter över hela världen.

Företaget har en professionell teknisk avdelning och kvalitetsövervakningsavdelning, ett välutrustat laboratorium, och utrustad med avancerad testutrustning och kundservicecenter efter försäljning.

Om du är intresserad, var snäll och kontakta oss.

Betalning

T/T, Western Union, Paypal, Kreditkort etc.

Transport

Med flyg, till sjöss, med express, som kunderna begär.

5 FAQs of Nano Particle Low Heat Silica Building Thermal Insulation Fireproof Hydrophobic Silica Aerogel Coating Nano Blanket

What is this silica aerogel coating?

Denna produkt är en nano particle low heat silica building thermal insulation fireproof hydrophobic silica aerogel coating. It uses advanced nano technology to create a lightweight blanket that blocks heat. The material repels water and resists fire. Builders apply it to walls, tak, or pipes to keep indoor spaces warm in winter and cool in summer.

Hur ger den värmeisolering?

The coating contains millions of tiny air pockets trapped inside silica nano particles. Dessa fickor saktar ner värmeöverföringen. Heat cannot move easily through the material. Som ett resultat, less energy escapes from buildings. Detta hjälper till att minska kostnaderna för uppvärmning och kylning.

Is it safe in case of fire?

Ja. The blanket is made from inorganic silica, som inte brinner. It meets strict fire safety standards. Även vid höga temperaturer, it stays stable and will not release toxic fumes. This makes it ideal for use in homes, kontor, och industriella miljöer.

Does water affect its performance?

Inga. The surface is treated to be hydrofobisk, meaning it repels water. Rain or moisture will bead up and roll off instead of soaking in. This keeps the insulation dry and effective over time. Wet insulation usually loses its ability to block heat—but this product avoids that problem.

Where can I use this nano blanket?

You can use it on many surfaces: ytterväggar, flat or sloped roofs, VVS-kanaler, lagringstankar, och mer. Det fungerar bra i både nybyggnation och renoveringsprojekt. Because it is thin and flexible, it fits into tight spaces without taking up much room. This makes it a smart choice when space is limited but strong insulation is needed.