Overview of Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science
エアロゲルは超軽量です, 優れた断熱特性で知られる高多孔質材料, 顕著な低密度, 驚異的な強度対重量比. よく言われるのは、 “凍った煙” その幻想的な外観のせいで, エアロゲルは、ゲルの液体成分を気体に置き換えることによって生成されます。, 通常は超臨界乾燥による, ゲル構造の崩壊を防ぎます. 主に空気で構成されている (まで 99.98%), これらの材料は、さまざまな業界で価値のある幅広い独自の特性を示します。.
Features of Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science
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極めて低い密度: エアロゲルは世界で最も軽い固体の一部です, 密度が低い 0.001 グラム/立方センチメートル.
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優れた断熱性: 熱伝導率が極めて低い, 人類が知る限り最高の断熱材の一つです, -270℃～1,000℃の温度で有効.
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高い気孔率: まで届く多孔質構造です。 99.9%, エアロゲルは信じられないほど大きな内部表面積を持っています, 吸収および触媒用途における機能性の向上.
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半透明から透明へ: 構成に応じて, エアロゲルは光を透過できる, 独特の半透明または透明な外観を与える.
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機械的強度: 壊れそうな見た目にも関わらず、, エアロゲルは、優れた機械的強度を持つように設計することができます, かなりの重量に耐えることができる.
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化学的に不活性: 多くのエアロゲルは化学的に安定しており、耐腐食性があります。, 過酷な環境に適したものにする.
Specification of Low Thermal Insulation Material Silica Aerogel Powder/Particles
Low Thermal Conductivity Silica Aerogel Powder/Particles
Ultra-Lightweight Insulation with Extraordinary Performance
Silica aerogel powder and particles provide one of the lowest thermal conductivities among strong materials. Their distinct nanostructure catches air in tiny pores, which greatly decreases warmth transfer. This makes them optimal for applications where room is minimal yet high insulation performance is called for.
The product is over 90% 量による空気, providing it an incredibly low thickness. Despite its light weight, it preserves solid structural honesty in powder or granular kind. It resists compression well and keeps its shielding residential properties even under modest pressure.
Key Functions:
– Thermal conductivity as low as 0.013– 0.018 W/( m · K) at area temperature level
– Hydrophobic surface area therapy offered to ward off wetness
– Chemically inert and safe
– Stable up to 650 ℃ (1202 ° F) in air
– Easy to mix right into layers, compounds, or loose-fill insulation systems
Suppliers use this aerogel in building materials, industrial piping, appliances, and safety apparel. Its great fragment dimension allows consistent blending without clumping. When added to paints or plasters, it considerably boosts thermal resistance without including visible weight or density.
Handling and Safety:
Silica aerogel powder is safe when handled effectively. Users need to wear conventional dust masks and gloves during processing to avoid inhalation or skin inflammation. Store in a dry area away from moisture to protect performance.
This item satisfies global standards for thermal insulation products. It supports energy effectiveness goals throughout several sectors by minimizing heat loss or gain with minimal material usage. Because it functions efficiently in slim layers, it aids developers conserve area and cut prices without compromising efficiency.
Applications of Low Thermal Insulation Material Silica Aerogel Powder/Particles
Applications of Low Thermal Conductivity Silica Aerogel Powder and Particles
Structure and Construction
Silica aerogel powder is utilized in walls, 屋根材, and floorings to reduce warm loss. It functions well even in slim layers. Home builders mix it right into plasters, makes, or insulation boards. This assists homes stay cozy in winter months and cool in summer without occupying much space.
Industrial Insulation
Factories use silica aerogel bits to protect pipes, 貯蔵タンク, and reactors. These components often handle very hot or extremely cold products. The aerogel stops warmth from getting away or entering. That conserves power and keeps operations safe. Its lightweight also makes setup simpler.
Clothing and Outdoor Equipment
Outdoor apparel brand names add silica aerogel powder to jackets, handwear covers, and resting bags. It provides strong warmth without adding mass. Hikers, climbers, and workers in chilly areas benefit from this. The material stays efficient even when wet or compressed.
Transport
Automobile and train manufacturers make use of aerogel fragments in cabin insulation. Electric vehicles additionally use it around battery packs. It decreases temperature adjustments and improves safety. 航空宇宙分野, it aids shield delicate components from extreme warmth or cool during trip.
Customer Electronic devices
Some high-end electronic devices include silica aerogel to manage heat. It maintains devices from overheating while staying light-weight. This serves in laptop computers, smartphones, and wearable technology where area is restricted.
Specialty Uses
Researchers and engineers apply silica aerogel in labs and research study settings. It shows up in sensors, detectors, and thermal obstacles. Its special framework permits it to execute in severe problems where various other products stop working.
Silica aerogel powder and bits provide unparalleled insulation in a tiny, light-weight form. Their reduced thermal conductivity makes them perfect wherever room, 重さ, or efficiency matters most.
Applications of Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science
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断熱性: 航空宇宙で宇宙船の断熱材として使用される, 商業ビルや住宅ビルでもエネルギー効率の高い窓や断熱材を使用.
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環境修復: エアロゲル’ 表面積が大きいため、水からの流出油や重金属などの汚染物質を効果的に吸収します。.
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吸音性: 多孔質構造が音波を効果的に吸収します。, ノイズ低減用途に役立ちます.
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エレクトロニクス: エアロゲル’ 低い熱伝導率と電気絶縁特性は、半導体およびバッテリー技術に応用されています。.
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光学とフォトニクス: 半透明のエアロゲルは光学デバイスに使用されています, 導光構造, そしてフィルターとして.
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ドラッグデリバリー: 高い表面積を利用して薬物放出を制御できます。, 先進医療用途向けのエアロゲル候補の作成.
会社概要
Graphne Aerogels は、信頼できる世界的な化学材料サプライヤーです。 & 超高品質のエアロゲルおよびグラフェン製品の提供において 12 年以上の経験を持つメーカー.
当社には専門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.
高品質のグラフェンをお探しなら, エアロゲルおよび関連製品, お気軽にお問い合わせいただくか、必要な製品をクリックして問い合わせを送信してください.
支払い方法
信用状, 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
船便で発送可能です, 飛行機で, または返済受領後できるだけ早く明らかにすることによって.
FAQs of Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science
Q: Is Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science fragile?
あ: 従来のエアロゲルは脆くて壊れやすい; しかし, 進歩は次の開発につながりました “フレキシブル” または “硬い” 独自の特性を維持しながら耐久性を高めたエアロゲル.
Q: How is Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science made?
あ: Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science is synthesized by replacing the liquid in a gel with gas without causing the structure to collapse. これは通常、超臨界乾燥によって達成されます。, 溶媒が超臨界状態に変換される場所, ゲル構造を損傷する可能性のある液体と気体の界面を形成することなく蒸発させることができます。.
Q: Is Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science expensive?
あ: 歴史的に, エアロゲルは製造プロセスが複雑なため高価でした. しかし, 技術の進歩と規模の経済により, コストは徐々に下がっています.
Q: Can Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science conduct electricity?
あ: ほとんどのエアロゲルは多孔質であるため、電気伝導性が低くなります。, 絶縁性. しかし, 特定の金属酸化物エアロゲルは、半導体または導電性の特性を示すこともあります.
Q: Is Silica Aerogel Blocks Particle Sample/Frozen Smoke Aerogel Cube for School Laboratory and Science environmentally friendly?
あ: エアロゲル自体は環境に危険をもたらすものではありません, 断熱材に使用するとエネルギー消費を削減できます. しかし, 製造プロセスには、慎重な取り扱いと廃棄が必要な化学物質が含まれる場合があります。.
5 FAQs of Low Thermal Insulation Material Silica Aerogel Powder/Particles
What is silica aerogel powder?
Silica aerogel powder is a lightweight material made mostly of air and silica. It has a very porous structure, which gives it excellent thermal insulation properties. People often call it “frozen smoke” because it looks light and cloudy.
Why is it used for thermal insulation?
This material slows down heat transfer better than most solids. Its tiny pores trap air and stop heat from moving through. That makes it ideal for keeping things hot or cold with very little thickness needed.
Is silica aerogel safe to handle?
はい, but you should take basic precautions. The powder form can irritate skin, 目, or lungs if inhaled. Always wear gloves, safety glasses, and a mask when working with loose particles. Once it’s sealed inside a product, it poses no risk.
Where is it commonly used?
You’ll find silica aerogel in building insulation, パイプライン, refrigeration units, and even space suits. It’s also used in outdoor gear like jackets and sleeping bags where thin, lightweight insulation matters.
How does it compare to traditional insulation?
Silica aerogel outperforms materials like fiberglass or foam in thermal resistance per inch. It takes up less space and adds almost no weight. しかし, it costs more upfront. Many choose it when performance, サイズ, or weight are critical factors.
