Overview of Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board is a synthetic porous ultralight material derived from a gel, 液体成分が気体に置き換わったもの. その結果、非常に密度が低く、熱伝導率が低い固体が得られます。, よくあだ名される “凍った煙。” 壊れそうな見た目にも関わらず、, 驚くほど強力になるように設計することができます, 世界最高の断熱固体材料の称号を保持.

Features of Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

• 世界最低の熱伝導率: 比類のない断熱性能を提供します, 従来の素材よりもはるかに優れています.

• 極めて低い密度: 人類が知っている固体材料の中で最も軽いものの一つ, までの構成で 99.8% 空気.

• 高い表面積: 信じられないほど大きな内部表面積を持っています, 濾過や吸収の用途に価値がある.

• 多彩な構成: さまざまな素材で作ることができます, シリカを含む, 炭素, および金属酸化物, それぞれがユニークな特性を持っています.

• 優れた気孔率: ナノ多孔質構造が優れた断熱能力を発揮します。.

  

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Specifications of Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

Fire Resistant Aerogel Insulation High Temperature Ceramic Fiber Board

コアスペック

This board integrates innovative aerogel with high-purity ceramic fibers. It supplies solid thermal insulation even in extreme heat. The product remains stable at continuous temperature levels approximately 1000 ℃(1832 °F). Temporary direct exposure can reach 1260 ℃( 2300 °F)without damage.

Density and Dimensions
Criterion density varies from 280 に 320 kg/m 4. Boards come in typical dimensions: 600 mm× 400 mmまたは 900 mm× 600 mm. Thickness choices consist of 10 mm, 20 mm, 25 mm, そして 50 mm. Personalized cuts are available on demand.

熱性能
Thermal conductivity is low– ただ 0.028 付き(m・K) で 100 ℃. This value increases slightly with temperature level yet remains much below typical insulators. Warmth loss drops significantly when this board changes older materials.

耐火性
The board is non-combustible. It meets global fire safety requirements like ASTM E136 and ISO 1182. No smoke, hazardous fumes, or melting takes place throughout fire exposure.

メカニカルスタミナ
軽量であるにも関わらず、, the board resists compression well. It maintains form under moderate load and duplicated thermal cycling. Surface firmness enables simple handling and setup.

化学的安定性
ほとんどの酸に耐性があります, アルカリ, および溶剤. The material does not wear away steel components it contacts. Long-lasting usage in severe chemical atmospheres causes marginal degradation.

アプリケーション
Suitable for industrial heating systems, 窯, 排気システム, and fire obstacles. Also made use of in aerospace, 発電, and high-temperature process equipment. Its slim account saves area while enhancing energy effectiveness.

Applications of Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

Applications of Fire Resistant Aerogel Insulation High-Temperature Ceramic Fiber Board

工業炉と窯

This board functions well in high-heat areas like industrial heaters and kilns. It maintains warm inside the chamber, エネルギーを節約します. The material stays solid also at temperature levels over 1000 ℃. It additionally stands up to thermal shock, so it lasts longer under duplicated heating & 冷却.

Power Generation Equipments

Power plants utilize this insulation board around boilers, wind turbines, および排気システム. It assists regulate surface area temperatures and shields close-by tools. Its light-weight nature makes setup simpler without including much weight to support structures.

Petrochemical and Refining Devices

In oil refineries and chemical plants, fire safety is vital. The ceramic fiber board functions as a fire barrier around pipes, 活性剤, そしてタンク. It slows down heat transfer during fires, offering even more time for emergency situation feedback. The board likewise takes care of direct exposure to rough chemicals without breaking down.

輸送および自動車

Automakers and train producers mount this board near engines and exhaust manifolds. It minimizes warmth loss and shields delicate components from severe temperature levels Due to the fact that it’s thin but extremely shielding, it matches tight rooms where other materials will not work.

Fire Defense in Structures

The board is made use of in fire-rated walls, ドア, and air ducts in business structures. It quits flames and smoke from spreading out between spaces. Building regulations often call for products similar to this in high-risk areas such as web server spaces or electrical closets.

トリックの利点:
– Stays steady at really high temperatures.
– Lightweight and simple to reduce or shape on website
– Withstands water, 腐食, そしてほとんどの化学物質
– Gives superb thermal insulation with marginal density

This ceramic fiber board satisfies rigorous safety and security criteria and carries out accurately sought after environments. Its combination of fire resistance, 耐久性, and effectiveness makes it a smart option wherever severe heat exists.

会社概要

当社は、軽量コンクリートと高度な人工発泡ソリューションの世界的リーダーです。. 研究への取り組みで世界的に知られている, 革新, そして応用された専門知識, 当社は 2012 年代初頭から人工発泡ソリューションを提供してきました。.

高品質なコンクリート混和剤および発泡コンクリート関連製品を世界中に供給できます。.

会社には専門の技術部門と品質監督部門があります。, 設備の整った研究室, 高度な試験設備とアフターサービスセンターを備えています.

興味があれば, お気軽にお問い合わせください.

支払い

T/T, ウエスタンユニオン, ペイパル, クレジットカードなど.

出荷

飛行機で, 海によって, 速達で, 顧客の要求に応じて.

5 FAQs of Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

Frequently Asked Questions About Fireproof Aerogel Insulation High Temperature Ceramic Fiber Board

What is this board made of?

This board combines ceramic fibers with aerogel. The ceramic fibers give it strength at high heat. The aerogel adds strong insulation. 一緒に, 熱をよく遮断する軽量素材を作り出します。.

どれくらいの暑さに耐えられるか?

It works safely up to 1,260°C (2,300°F). Some grades can go even higher. It stays stable and does not melt or burn in extreme heat. This makes it ideal for furnaces, 窯, and industrial ovens.

耐火性はありますか?

はい. The board will not catch fire. It is non-combustible and meets strict fire safety standards. Even when exposed to open flame, it does not produce smoke or toxic fumes.

どこで使われていますか?

People use it in many high-heat settings. Common uses include lining industrial furnaces, insulating exhaust systems, protecting metal structures from heat, and sealing gaps in fire doors. It also works well in aerospace and energy applications.

他の断熱材ではなくこれを選ぶ理由?

It offers better heat resistance than most materials. It is lighter than traditional bricks or blankets. 熱伝導率も低いので, so less heat escapes. Installation is easier because the board holds its shape and cuts cleanly. プラス, it lasts longer under repeated heating and cooling cycles.