Lette betongtilsetningsstoffer | Høyytelses skummende midler for cellebetong
PRODUKTPARAMETRE
Beskrivelse
Overview of Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity
Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity is a synthetic porous ultralight material derived from a gel, der den flytende komponenten er erstattet med en gass. Resultatet er et fast stoff med ekstremt lav tetthet og lav varmeledningsevne, ofte kallenavn “frossen røyk.” Til tross for det skjøre utseendet, den kan konstrueres til å være bemerkelsesverdig sterk, med tittelen verdens beste isolerende solide materiale.
Features of Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity
-
Verdens laveste termiske ledningsevne: Gir uovertruffen isolasjonsytelse, langt bedre enn tradisjonelle materialer.
-
Ekstremt lav tetthet: Et av de letteste faste materialene mennesket kjenner til, med en sammensetning på opptil 99.8% luft.
-
Høy overflate: Har en utrolig stor indre overflate, gjør den verdifull for filtrerings- og absorpsjonsapplikasjoner.
-
Allsidig sammensetning: Kan lages av forskjellige materialer, inkludert silika, karbon, og metalloksider, hver med unike egenskaper.
-
Eksepsjonell porøsitet: Dens nanoporøse struktur er ansvarlig for dens enestående isolasjonsevne.

Aerogelbelegg

Specifications of Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity
Specifications of Silica Aerogel Thermal Insulation Blanket
Ultralav termisk ledningsevne
This covering quits warm better than the majority of materials. Its thermal conductivity is as reduced as 0.013– 0.018 M/(m · K) ved områdetemperaturnivå. That indicates it decreases warmth transfer extremely properly. Also when temperatures increase, performance remains strong.
Light-weight and Adaptable
The blanket considers really little yet works hard. It’s simple to lug, redusere, and fit about pipes, lagertanker, eller anleggsformer. Regardless of its light feeling, it offers solid insulation without sagging or pressing with time.
Høy temperatur motstand
It manages warm up to 650 °C(1200 °F ). The product stays stable and maintains shielding even in severe problems. This makes it safe for commercial setups like refineries, kraftverk, and chemical handling devices.
Hydrophobic Surface area
Water does not soak right into the blanket. An unique therapy repels dampness, so the insulation stays dry and reliable in damp or damp settings. This likewise aids avoid rust under insulation (HVILKEN).
Non-Combustible and Safe
Den vil absolutt ikke antennes. Made mainly from silica, the covering satisfies strict fire security requirements. It launches no toxic fumes when exposed to high warm, making it risk-free for employees and tools.
Eco-Friendly Structure
No dangerous fibers or chemicals are utilized. The covering includes no asbestos, formaldehyd, or various other hazardous materials. It’s safe to mount and take care of, supporting greener structure and commercial techniques.
Long Life Span
It lasts for many years without shedding performance. The framework resists aging, resonans, og termisk sykling. Så snart satt opp, it requires little to no maintenance, saving time and expense over its life time.

Applications of Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity
Applications of Silica Aerogel Thermal Insulation Blanket
Why Pick Silica Aerogel Blankets?
Silica aerogel thermal insulation blankets stand out due to their very reduced thermal conductivity . This implies they reduce heat transfer far better than many standard protecting materials. They are lightweight, tilpasningsdyktig, and very easy to install in tight or intricate rooms.
Olje- og gasssektoren
I olje- og gassmarkedet, these blankets secure pipelines, tank, and processing devices. They maintain warm inside during winter and block external heat in warm environments. This assists keep safe operating temperature levels and lowers power loss. Their thin profile likewise saves area on crowded platforms or overseas gears.
Industriell produksjon
Factories use silica aerogel coverings on steam lines, aktivatorer, and heaters. The product takes care of heats without damaging down. It reduces power prices by maintaining warmth where it belongs. Upkeep groups appreciate that the blankets resist dampness and do not corrode metal surfaces below.
Bygg og Bygg og anlegg
Architects and building contractors use these blankets in wall surfaces, takbelegg, and floorings for high-performance buildings. They deliver strong insulation without including bulk. This is specifically valuable in retrofits or jobs with limited space. The result is better indoor comfort and reduced cooling and heating expenses.
Transport og romfart
Lastebiler, tog, and aircraft gain from silica aerogel’s lightweight and superior insulation. I elektriske kjøretøy, it aids manage battery temperature level securely. Aerospace engineers count on it to secure delicate components from extreme temperature swings in trip or space missions.
Kryogene løsninger
For systems that keep or relocate melted gases like LNG or liquid nitrogen, silica aerogel coverings prevent warm from getting in. This maintains contents cool and stable over extended periods. Their efficiency remains constant even at extremely reduced temperature levels.
Bedriftsprofil
Vi er verdensledende innen lettbetong og avanserte konstruerte skumløsninger. Kjent globalt for sitt engasjement for forskning, innovasjon, og anvendt ekspertise, vi har levert konstruerte skumløsninger siden begynnelsen av 2012-årene.
Vi kan levere høykvalitets betongtilsetning og skumbetongrelaterte produkter over hele verden.
Selskapet har en profesjonell teknisk avdeling og kvalitetstilsynsavdeling, et velutstyrt laboratorium, og utstyrt med avansert testutstyr og kundeservicesenter etter salg.
Hvis du er interessert, vær så snill og kontakt oss.
Betaling
T/T, Western Union, Paypal, Kredittkort etc.
Forsendelse
Med fly, til sjøs, ved ekspress, som kundene ber om.
5 FAQs of Silica Aerogel Thermal Insulation Blanket with Low Thermal Conductivity
Ofte stilte spørsmål om Silica Aerogel termisk isolasjonsteppe
Hva er silica aerogel isolasjonsteppe?
Silica aerogel insulation blanket is a lightweight material made from silica aerogel and reinforcing fibers. It offers excellent thermal resistance while staying flexible and easy to handle. This blanket is used in places where space is limited but high insulation performance is needed.
Hvorfor har den så lav varmeledningsevne?
The structure of silica aerogel contains up to 95% air trapped in tiny pores. These pores are so small that heat cannot move through them easily. This stops conduction and convection, which gives the blanket its very low thermal conductivity—often below 0.020 W/m·K at room temperature.
Hvor kan denne isolasjonen brukes?
This blanket works well in industrial pipes, olje- og gassutstyr, romfartssystemer, og byggekonvolutter. It is also suitable for cold storage, elektriske kjøretøy, and wearable gear that needs thin yet powerful insulation.
Er det trygt å håndtere og installere?
Ja. Teppet er ikke giftig og inneholder ikke skadelige fibre som asbest. It is designed to be cut and shaped by hand or with basic tools. Likevel, users should wear gloves and eye protection during installation to avoid skin or eye irritation from fine particles.
Hvordan er det sammenlignet med tradisjonell isolasjon?
Compared to fiberglass or mineral wool, silica aerogel blanket provides the same or better insulation in about half the thickness. It also resists moisture better and keeps its performance over time without settling or compressing. This makes it ideal for tight spaces and long-term applications.
BE ET TILBUD
RELATERTE PRODUKTER
Hydrofil utmerket termisk isolasjon 40 til 60nm hydrofilt silikaaerogelpulver
Brannsikker husrørisolasjon Termisk ledningsevne 0.0020 Aerogel ark filt
QNS0425RA 100 Prosent P Aerogel Vanntett termisk isolasjonsstoff Langt infrarød termisk lagring Antibakteriell
Brannsikker Nano Aerogel-isolasjon Teppe med bakside av aluminiumsfolie for HVAC-systemisolasjon
CE certified of Aerogel Insulation Blanket/felt with different conductivity and thickness




















































































