Overview of 3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel

3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel 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 3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel

• 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 3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel

3mm Aerogel Insulation for Lithium Battery Thermal Protection

超薄型, High-Performance Warmth Obstacle

This 3mm silica aerogel insulation sheet is built particularly to secure lithium batteries from warmth. It stops thermal runaway and keeps battery packs safe during typical use or severe conditions. The material is just 3 millimeters thick but delivers solid thermal resistance.

トリック内容
The aerogel has really low thermal conductivity– その周り 0.018 付き( m・K) 宇宙温度で. This indicates it reduces warmth move better than many traditional insulators. It stays steady approximately 650 ℃( 1202 °F), so it will not break down under high heat. The sheet is versatile and simple to reduce, making installment simple in limited battery module rooms.

製品構成
Made from pure silica aerogel strengthened with a slim layer of fiberglass or ceramic fiber, this insulation withstands tearing and holds its form with time. It has no binders that could release hazardous gases when heated up. 表面領域は滑らかで均一です, making sure regular efficiency across the entire sheet.

身体的特徴
– 密度: 3 mm± 0.2 mm
– 厚さ: 180– 220 kg/m 6.
– 抗張力: ≥ 0.1 MPa.
– 撥水性: > 99% (hydrophobic treatment used).

Why It Functions for Batteries
Lithium-ion cells produce heat throughout charging and discharging. 適切な断熱材がないと, one overheating cell can set off others close by– a domino effect called thermal runaway. This aerogel sheet works as a fire barrier between cells. It postpones heat spread, offering more time for security systems to respond. Its slim profile saves room inside small battery packs without giving up protection.

Suppliers utilize this product in electrical vehicles, 蓄電スペースシステム, and mobile electronic devices where security and space efficiency issue the majority of.

Applications of 3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel

3mm Aerogel Insulation for Lithium Battery Thermal Protection

Why Use Silica Aerogel in Battery Packs?

Lithium batteries create heat throughout billing and releasing. If this warm develops, it can damage the battery or perhaps cause security issues. A reputable thermal obstacle is needed to maintain each cell safe and secure. That’s where 3mm silica aerogel insulation is available in.

シリカエアロゲル is among the lightest solid materials understood. 熱伝導率が非常に低いので、– much lower than conventional foams or fibers. 厚さわずか3mm, it blocks warm efficiently without using up much room. This makes it ideal for portable battery layouts utilized in electrical automobiles, エネルギー貯蔵空間システム, and portable electronics.

Secret Benefits in Real-World Use

The product stays steady across a vast temperature range, から -200 ℃以上 600 ℃. 燃えない, 溶ける, or release hazardous fumes. This provides lithium battery loads an additional layer of fire resistance. In instance one cell overheats, the aerogel decreases warmth transfer to neighboring cells, reducing the risk of thermal runaway.

Its thin account helps engineers layout slimmer, lighter battery modules. Unlike bulky insulators, 3mm aerogel fits conveniently between cells or around module edges. It also resists wetness and maintains performance with time, 湿気の問題にも.

Manufacturers value how easy it is to cut and set up. The flexible covering form adapts to curved or uneven surfaces inside battery real estates. 固有のデバイスは必要ありません– simply typical reducing devices.

Because it’s made from silica, the aerogel is chemically inert. It won’t react with electrolytes or other battery parts. This guarantees long-term integrity and consistent thermal performance throughout the battery’s life cycle.

With rising need for safer, a lot more efficient power storage space, 3mm silica aerogel insulation offers a wise option that stabilizes protection, space cost savings, そして回復力.

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 3mm Aerogel Insulation for Lithium Battery Heat Insulation Material Silica Aerogel

よくある質問: 3mm Aerogel Insulation for Lithium Batteries

What is 3mm silica aerogel insulation?

この素材は軽量です, flexible blanket made from silica aerogel. 測定します 3 millimeters thick and offers strong thermal protection. It helps keep heat inside or outside lithium battery packs, depending on the need.

Why use aerogel instead of other insulators?

エアロゲルの熱伝導率は入手可能なものの中で最も低いものの 1 つです. It blocks heat far better than foam, グラスファイバー, または同じ厚さのミネラルウール. It also stays stable under high temperatures and does not catch fire easily.

Is it safe for use in electric vehicles?

はい. The 3mm silica aerogel is non-toxic and chemically inert. It meets safety standards for automotive and battery applications. It will not release harmful gases even when exposed to high heat or electrical faults.

How does it protect lithium batteries?

Lithium batteries can overheat during fast charging, 頻繁に使用する, or in hot environments. The aerogel layer slows down heat transfer between cells. This reduces the risk of thermal runaway and improves overall battery safety.

Can it fit into tight battery pack designs?

絶対に. At just 3mm thick, this aerogel insulation takes up very little space. It is flexible and easy to cut, so it fits well around oddly shaped cells or within compact modules. Designers can add thermal protection without changing the pack size.