Overview of Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles

Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles is a synthetic porous ultralight material derived from a gel, dans lequel le composant liquide a été remplacé par un gaz. Le résultat est un solide avec une densité extrêmement faible et une faible conductivité thermique., souvent surnommé “fumée gelée.” Malgré son apparence fragile, il peut être conçu pour être remarquablement solide, détenant le titre de meilleur matériau solide isolant au monde.

Features of Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles

• La conductivité thermique la plus basse au monde: Fournit des performances d’isolation inégalées, bien supérieur aux matériaux traditionnels.

• Densité extrêmement faible: L'un des matériaux solides les plus légers connus de l'homme, avec une composition allant jusqu'à 99.8% air.

• Surface élevée: Possède une surface interne incroyablement grande, ce qui le rend précieux pour les applications de filtration et d'absorption.

• Composition polyvalente: Peut être fabriqué à partir de divers matériaux, y compris la silice, carbone, et oxydes métalliques, chacun avec des propriétés uniques.

• Porosité exceptionnelle: Sa structure nanoporeuse est responsable de ses capacités isolantes exceptionnelles.

  

  Revêtement aérogel

Specifications of Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles

Requirements of Ceramic Fiber Paper Aerogel Insulation Sheet– Base Material for Lithium Batteries in New Energy Autos

Composition du matériau

Ceramic fiber paper aerogel insulation sheets combine high-purity ceramic fibers with advanced aerogel technology. The base material has no organic binders, making certain steady efficiency at heats. This framework provides the sheet excellent thermal resistance and mechanical toughness.

Performance thermique

The sheet functions well from -200 °C à 1000 °C. Sa conductivité thermique reste inférieure 0.020 Avec(m · K) au niveau de la température ambiante. Also under extreme heat, it preserves low warmth transfer. This aids secure battery cells from overheating and thermal runaway.

Propriétés physiques

Typical thickness varieties from 0.5 mm à 3.0 mm. Thickness drops in between 180 kg/m trois et 250 kg/m cinq. The material is lightweight yet strong enough to deal with throughout setting up. It stands up to compression and maintains its form gradually. Surface level of smoothness makes sure good call with surrounding battery parts.

Electric and Safety And Security Functions

This insulation sheet is non-conductive and gives trustworthy electric isolation. It meets UL 94 V-0 flammability criteria. No toxic fumes are launched when subjected to fire. These attributes make it secure for use inside snugly loaded battery modules.

Résistance environnementale

The product does not take in dampness conveniently. It continues to be secure in moist or dry problems. It additionally stands up to most chemicals discovered in battery environments. Lasting exposure to resonance or thermal cycling does not weaken its core homes.

Application Fit

Made specifically for lithium-ion battery crams in electric automobiles, this sheet fits in between cells, modules, and busbars. It sustains fast production lines as a result of its very easy cut-and-place handling. Personalized sizes and shapes are offered to match various pack layouts.

Applications of Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles

Applications of Ceramic Fiber Paper Aerogel Insulation Sheet Base Product for Lithium Batteries in New Power Cars

Thermal Defense You Can Depend On

Lithium batteries in brand-new power vehicles need solid thermal security. High temperatures can create severe safety problems. Ceramic fiber paper aerogel insulation sheets provide a reputable option. They aid maintain battery loads trendy and steady during procedure.

This material combines ceramic fibers with aerogel innovation. The outcome is a light-weight sheet that blocks heat effectively. It likewise withstands fire and does not burn conveniently. These attributes make it ideal for usage around delicate battery elements.

Better Security, Longer Life

Battery components produce heat when billing or discharging. Sans une bonne isolation, this heat spreads swiftly. That raises the risk of thermal runaway– a hazardous chain reaction. The ceramic fiber paper aerogel sheet functions as an obstacle. It reduces warmth transfer between cells. This provides more time to detect and manage overheating.

The material stays solid even at high temperatures. Il ne rétrécit pas, fissure, ou lancer des vapeurs nocives. Its structure stays stable with time. That assists extend the life of the battery pack. Motorists get regular performance and less maintenance problems.

Fits Modern Lorry Layout

New power cars demand small, reliable parts. This insulation sheet is thin yet extremely effective. It conserves space without cutting down on security. Engineers can place it between battery cells, under components, or along real estate wall surfaces.

It additionally functions well with automated assembly lines. The sheet cuts and forms quickly. It bonds smoothly with adhesives or various other layers. This makes manufacturing faster and much more cost-efficient.

Makers pick this base material due to the fact that it satisfies strict safety and security standards. It sustains the shift towards cleaner, safer electric transport. Every layer counts when developing a much better battery system.

Profil de l'entreprise

Nous sommes le leader mondial des solutions avancées de béton léger et de mousse technique.. Connu mondialement pour son engagement en faveur de la recherche, innovation, et expertise appliquée, nous fournissons des solutions de mousse technique depuis le début des années 2012.

Nous pouvons fournir des adjuvants pour béton et des produits liés au béton mousse de haute qualité dans le monde entier..

L'entreprise dispose d'un département technique professionnel et d'un département de supervision de la qualité, un laboratoire bien équipé, et équipé d'un équipement de test avancé et d'un centre de service client après-vente.

Si vous êtes intéressé, n'hésitez pas et contactez-nous.

Paiement

T/T, Western union, Paypal, Carte de crédit, etc..

Expédition

Par avion, par la mer, par express, comme le demandent les clients.

5 FAQs of Ceramic Fiber Paper Aerogel Insulation Sheet Base Material for Lithium Batteries New Energy Vehicles

Foire aux questions: Ceramic Fiber Paper Aerogel Insulation Sheet for Lithium Batteries in New Energy Vehicles

De quoi est fait ce matériau?

This insulation sheet uses ceramic fiber paper as its base. It is combined with aerogel, a lightweight and highly porous substance. Le résultat est un mince, flexible layer that resists heat very well. It contains no harmful chemicals and stays stable under high temperatures.

Why use it in lithium batteries?

Lithium batteries can get very hot during charging or fast discharging. If heat spreads to nearby cells, it may cause thermal runaway. This sheet blocks heat transfer between battery cells. It helps keep each cell cool and safe. That improves overall battery safety and performance.

Comment supporte-t-il les températures élevées?

The material can work continuously at temperatures up to 650°C (1200°F). Il ne fondra pas, brûler, ou dégager des vapeurs toxiques. Même dans des conditions extrêmes, it keeps its shape and insulating power. This makes it reliable for long-term use in electric vehicles.

Est-ce facile à installer?

Oui. The sheet is thin and flexible. It can be cut with regular tools like scissors or a knife. It fits tightly between battery modules without adding much weight or taking up extra space. Most manufacturers can add it into existing battery pack designs without major changes.

Does it meet safety standards?

Oui. The material meets international fire safety and thermal insulation standards. It has passed tests for flame resistance, densité de la fumée, et stabilité thermique. Automakers and battery producers trust it for use in commercial electric vehicles.