Аиргел Бланкет

Преглед аерогел праха

Aerogel Powder is the world’s lightest solid material, captured in a versatile dry form. Често се помиње као “смрзнути дим” због свог етеричног изгледа, this nanoporous powder is derived from a gel in which the liquid component is replaced with gas, resulting in an extraordinary matrix of up to 99.8% ваздух. This unique structure delivers exceptional thermal and acoustic properties in a highly adaptable format. As a raw material, it provides engineers, formulators, and researchers with the fundamental benefits of aerogel technology to incorporate into custom solutions, композити, and specialized systems.

Карактеристике аерогел праха

Unmatched Thermal Performance: Possesses the lowest thermal conductivity of any known solid material, enabling superior insulation in extreme temperature environments.

Extreme Lightweight: Ultra-low density material that adds minimal weight to final products or composites.

Хигх Сурфаце Ареа: Features an incredibly porous nanostructure with a surface area ranging from 600–1000 m²/g, ideal for filtration, катализа, and absorption applications.

Хидрофобне или хидрофилне опције: Available in formulations that either repel water or absorb it, tailored to specific functional needs.

Versatile Format: As a free-flowing powder, it can be integrated into coatings, фластери, polymers, fabrics, and other matrices to enhance their properties.

Exceptional Durability: Chemically stable and capable of withstanding significant temperature cycling without degradation.

Примена аерогел праха

Адванцед Цомпоситес: Incorporated into epoxies, пластике, and rubbers to create lightweight, insulating composite materials.

Specialized Coatings: Formulated into high-performance thermal barrier or acoustic coatings for industrial and aerospace components.

Additive for Construction Materials: Mixed into plasters, mortars, and specialized renders to dramatically improve insulation values.

Energy & Хемијски: Used as an efficient catalyst support, in carbon capture media, or as insulation for high-temperature pipelines and vessels.

Цонсумер & Оутдоор Геар: Integrated into insulated apparel, sleeping pads, and equipment where minimal weight and maximum warmth are critical.

Cosmetics & Personal Care: Used as a ultra-lightweight texture enhancer and oil-control agent in premium formulations.

Scientific Research: Serves as a key material in laboratories for experimentation in thermodynamics, acoustics, and nanotechnology.

Профил компаније

Грапхене Аерогелс је глобални добављач хемијских материјала од поверења & произвођач са преко 12 година искуства у обезбеђивању супер квалитетног графена, аерогел и сродни производи.

Компанија има стручно техничко одељење и Одељење за надзор квалитета, добро опремљену лабораторију, и опремљен напредном опремом за тестирање и сервисним центром након продаје.

Ако тражите висококвалитетни графен, аерогел и сродни производи, слободно нас контактирајте или кликните на потребне производе да пошаљете упит.

Начини плаћања

Л/Ц, Т/Т, Вестерн Унион, Паипал, Кредитна картица итд.

Испорука

Може се испоручити морем, ваздушним путем, или откривањем АСАП чим примимо отплату.

5 Најчешћа питања о аерогелу у праху

1. How is Aerogel Powder different from an Aerogel Blanket?
The powder is the raw, granular form of silica (or other) аерогел. An aerogel blanket is a finished product where the powder is reinforced with a fibrous batting (like polyester or glass wool) to create a flexible, handleable insulation mat. The powder is intended for integration into other materials or systems.

2. Да ли је аерогел прах безбедан за руковање?
While non-toxic, standard silica aerogel powder can be a mild respiratory and eye irritant due to its fine, dry nature. It is essential to use appropriate personal protective equipment (PPE) such as NIOSH-rated dust masks, рукавице, and safety glasses when handling it in an uncontrolled environment to prevent inhalation or contact.

3. What temperature range can Aerogel Powder withstand?
Typical silica-based aerogel powder can continuously withstand temperatures from -200°C to 650°C, depending on its specific formulation. Other aerogel types (нпр., carbon, alumina) can be engineered for even higher temperature resistance.

4. Can I make my own aerogel sheets or parts with the powder?
While possible in a lab setting, creating monolithic aerogel pieces from powder typically requires specialized equipment and a solvent exchange/supercritical drying process. For most industrial uses, the powder is integrated as an additive rather than used to create standalone aerogel objects.

5. What factors affect the performance of Aerogel Powder in a composite?
The key factors are the loading percentage (how much powder is in the composite), the dispersion quality (how evenly it is mixed), and the compatibility with the host matrix. Optimal performance requires a homogeneous distribution where the nanoporous structure remains intact.

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