AG-DP Aerogel Particle

AG-DP aerogel particles have a standard size range of 0.3mm-2mm, and custom size range screening and density is available upon customer request. The product features ultra-high porosity (90-95%) and ultra-low thermal conductivity (≤0.016 W/(m・K)).

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Product Features

Ultra-Low Thermal Conductivity
Superior Hydrophobicity
Lightweight & High Porosity
Long-Term Thermal Stability
Eco-Friendly & Safe

Product Detail

Core Features

Superior Thermal Insulation

Nanoporous structure traps air to minimize heat transfer, ideal for achieving energy-efficient building envelopes.

Reduces heating/cooling costs by up to 40% compared to conventional mortars.

Lightweight & Strong

Density as low as 60 kg/m³ enables thinner, lighter walls without compromising structural integrity.

Enhances mortar flexibility, reducing cracking risks from thermal expansion.

Multi-Functional Performance

Hydrophobic design: Repels water to prevent mold and thermal degradation.

Acoustic control: High surface area absorbs sound waves, improving indoor noise reduction.

Fire safety: Non-combustible and non-toxic, meeting strict building codes worldwide.

Applications

Building Insulation:

Base material for aerogel-enhanced mortar in walls, roofs, and floors.

Core filler for aerogel insulating glass.

Be Used For

Aerogel Thermal Insulation Mortar

Aerogel particles can serve as functional fillers in dry-mix insulating mortar. Shenzhen Aerogel possesses the formulation for this mortar; please inquire for details if needed.
Aerogel Insulated Glass

Aerogel laminated glass features a sandwich structure with aerogel sandwiched between two glass panes, delivering outstanding thermal insulation and soundproofing properties.

Product FAQ

If you have any questions about the product, please feel free to contact our technical experts at any time via E-mail: lexie@ag-tech.cn

01
What is the difference between aerogel granules and aerogel powder?

The primary difference between aerogel granules and aerogel powder lies in particle size and morphology.
Aerogel granules typically have a particle size above 0.1 mm, while aerogel powder consists of much finer particles.
02
How does particle size affect the thermal insulation performance of aerogel granules?

The thermal insulation performance of aerogel granules is mainly governed by their internal nanoporous structure, rather than particle size alone.
However, particle size may influence packing density, inter-particle voids, and heat transfer pathways when aerogel granules are used in composite or filled systems.
Depending on formulation and application design, particle size selection can affect the balance between thermal performance and mechanical stability.
03
What factors should be considered when selecting aerogel granules for insulation applications?

Key factors in selecting aerogel granules include particle size distribution, bulk density, handling characteristics, and intended application environment.