DSA Series

AEROGEL INSULATION MATERIALS

Aerogel Insulation Panel

A solid insulation material with a nanoporous network structure and porosity exceeding 90%, offering ultra-low density and outstanding thermal insulation performance.

SUBSTRATE OPTIONS / SUBSTRATE TYPES

Dry-Process Glass Fiber Aerogel Pre-Oxidized Fiber Aerogel Ceramic Fiber Aerogel

PACKAGING PROCESS / PRODUCT FORMS

Hot-Press Lamination Silicone-Frame Composite Polymer Coating
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DSA Series aerogel insulation panel

Extreme Thermal Insulation for New Energy Safety Protection

Key Parameters Parameters
Thermal Conductivity
< 0.035 W/m·K @ 25°C
Specific Heat Capacity
> 0.20 J/g·°C
Compression Dimensional Change
1.5 %
Compressive Stress Retention
50 %
Flame Rating
V-0
Key Properties
  • Ultra-low thermal conductivity with industry-leading insulation performance
  • Extremely high porosity (>90%) with a nanoscale porous network structure
  • Ultra-low density for lightweight system design
  • Very high specific surface area with an extended heat transfer path
  • Excellent hydrophobicity for resistance to moisture exposure
  • Class A non-combustibility for stringent fire protection requirements
  • Wide operating temperature adaptability across multiple service conditions

PRODUCT SERIES

Product Series

The DSA Series includes three product forms designed for different structural and process requirements, supporting thermal insulation needs in energy storage battery packs, inverters, and related applications.

DSA-H hot-press aerogel insulation panel

DSA-H

Hot-Press Aerogel Insulation Panel

Composite of aerogel insulation blanket and polymer film, bonded using a lamination process.

Polymer Film (Top)
Aerogel Insulation Blanket (Core Layer)
Polymer Film (Bottom)
Glass Fiber Ceramic Fiber Pre-Oxidized Fiber
DSA-F silicone-frame aerogel insulation panel

DSA-F

Silicone-Frame Aerogel Insulation Panel

Composite of aerogel insulation blanket, polymer film, and a silicone frame, bonded using a lamination process.

Polymer Film (Top)
Aerogel Insulation Blanket (Core Layer)
Polymer Film (Bottom)
Silicone Frame (Perimeter Seal)
Glass Fiber Ceramic Fiber Pre-Oxidized Fiber
DSA-C coated aerogel insulation panel

DSA-C

Coated Aerogel Insulation Panel

Aerogel insulation blanket processed with a polymer coating.

Polymer Coating (Top Surface)
Aerogel Insulation Blanket (Core Layer)
Polymer Coating (Bottom Surface)
Glass Fiber Pre-Oxidized Fiber

APPLICATION SCENARIOS

Application Scenarios

DSA Series aerogel insulation panels provide full-chain thermal barrier protection inside energy storage battery packs and inverters, helping suppress thermal runaway propagation and improve overall system safety margins.

Cell-to-Cell Thermal Isolation

Thermal runaway barrier pads that help block heat propagation between adjacent cells

Module Side Panel Insulation

Thermal equalization and blocking layers for more stable module temperature distribution

Pack Top Cover Fire Protection

High-temperature fire-resistant blankets for top-cover fire protection

Inverter Housing Insulation

Radiant heat shielding to reduce housing surface temperature

Hybrid Solar-Storage Unit Isolation

Thermal barrier between battery and inverter to reduce mutual thermal interference

Cell-to-cell thermal isolation inside energy storage battery packs

Cell-to-Cell Thermal Isolation Inside Battery Packs

Cell Insulation in Battery Packs

Thermal barrier protection in inverters and hybrid solar-storage systems

Thermal Barrier Protection for Inverters and Hybrid Units

Hybrid Solar-Storage Thermal Barrier

Partner with Desunergy to Advance Thermal Interface Innovation

Whether you are an inverter manufacturer, an energy storage system integrator, or a partner seeking high-reliability thermal management materials, our team is ready to support you with tailored solutions.

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