Overview of Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications 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 Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

• 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。.

  

  エアロゲルコーティング

Specifications of Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

Requirements of Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

身体的特徴

厚さ: 120– 180 kg/m 5.
Pore dimension: 15– 25 nm.
表面積: 600– 800 m2/g.
フラグメントサイズ: 1– 5 mm (granular form).

This aerogel silica powder is made from high-purity silicon dioxide. It has an extremely porous framework that catches air and reduces heat flow. The material stays steady at typical structure temperature levels.

熱効率

熱伝導率: 0.013– 0.018 付き( m・K) で 25 ℃.最大溶液温度レベル: 650 ℃.

The low thermal conductivity makes it suitable for insulated panels. It reduces warmth loss much better than typical insulators like mineral woollen or polystyrene. Panels utilizing this powder fulfill stringent power efficiency requirements.

化学組成

二酸化ケイ素 (サイオツー) 材料: ≥ 99.5%.
水分含有量: ≤ 1.0%.
pH値: 5.5– 7.0.

The powder is chemically inert and non-toxic. It does not respond with common panel materials such as aluminum, 鋼鉄, or polymer movies. Its neutral pH assists prevent deterioration in metal-faced panels.

取り扱いとセキュリティ

Dust control: Usage neighborhood exhaust ventilation throughout handling.
PPE called for: Dust mask, security goggles, ハンドウェアカバー.

The fine bits can end up being airborne. Constantly adhere to risk-free handling techniques. Store in completely dry, sealed containers to keep wetness out. Wetness decreases insulation performance.

製品梱包オプション

すぐに利用可能 10 kgまたは 25 kg multi-layer moisture-barrier bags. Custom-made packaging is possible for huge orders. Each bag includes a desiccant pack to preserve dry skin during delivery and storage.

Manufacturers utilize this powder in vacuum cleaner insulated panels (VIP) and architectural protected panels (SIPs). It offers regular efficiency across various environments and structure types.

Applications of Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

Applications of Silicon Dioxide Aerogel Silica Powder in Insulated Panels

優れた熱性能

Silicon dioxide aerogel silica powder offers unequaled thermal insulation. Its nano-porous framework traps air effectively, 熱の伝わりを遅くする. This makes it ideal for shielded panels made use of in structures, 冷蔵, and commercial systems. Also a slim layer provides high R-values, helping in reducing power use and reduced home heating or cooling expenses.

Lightweight and Space-Saving

Contrasted to standard insulation products like fiberglass or mineral wool, aerogel silica powder is extremely light. Panels made with it evaluate much less without giving up efficiency. This allows for slimmer wall or roof designs, maximizing useful interior room– particularly valuable in metropolitan construction or retrofit projects where every square inch issues.

Resilience and Stability

The powder withstands wetness, 型, と腐食. It stays stable across a broad temperature array, から -200 ℃以上 600 ℃. Once incorporated right into panel cores, it keeps its shielding power for several years. This long-lasting dependability decreases the demand for maintenance or replacement, conserving money and time over the structure’s life cycle.

Reduce of Integration

Manufacturers can mix silicon dioxide aerogel silica powder right into typical panel matrices such as polyurethane, phenolic foam, or cementitious boards. The procedure fits smoothly into existing production lines. No significant tools adjustments are needed, making adoption easy and cost-efficient for panel producers.

安全性と持続可能性

This material is non-toxic and contains no dangerous blowing agents. It supports eco-friendly structure goals by cutting energy demand and lowering carbon discharges. Lots of accredited eco-labels acknowledge aerogel-enhanced panels for their environmental advantages, helping builders satisfy rigorous sustainability criteria.

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 Silicon Dioxide Aerogel Silica Powder for Insulated Panel Applications

よくある質問: Silicon Dioxide Aerogel Silica Powder for Insulated Panels

What is silicon dioxide aerogel silica powder?

軽量です, porous material made from silica. The powder form comes from crushing solid aerogel blocks. It keeps the same low thermal conductivity and high surface area as the original aerogel.

Why use it in insulated panels?

This powder offers excellent thermal insulation in a small space. It helps panels block heat transfer better than many traditional fillers. Builders use it to meet energy efficiency goals without adding thickness.

扱っても安全ですか?

はい, 指示どおりに使用した場合. 粉末は無毒で化学的に安定です. まだ, wear basic protective gear like gloves and a mask during handling to avoid breathing fine particles or skin irritation.

How is it added to insulated panels?

Manufacturers mix the powder into core materials like polyurethane foam or mineral wool. It can also be packed between panel layers. The method depends on the panel design and performance needs.

湿気を吸収しますか?

Pure silica aerogel is hydrophilic, meaning it attracts water. しかし, most commercial grades are treated to become hydrophobic. This treatment prevents moisture uptake and keeps insulation performance stable over time. Always check the product specs to confirm its moisture resistance.