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  1. Promat Industry - thermal insulation, fire and acoustic protection
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  3. AEROGUARD-128

AEROGUARD®-128

PROPERTIES & ADVANTAGES

  • Custom made & very flexible
  • Lightweight
  • Stringent quality control & full traceability
  • Extremely low thermal conductivity
  • Shock & vibration resistant
  • Non combustible
  • Clean & easy to handle
AEROGUARD® : TECHNICAL DATA SHEET - ENGLISH

Flexible panels

AEROGUARD® is a highly flexible microporous insulation panel designed for aerospace & aeronautical applications. The AEROGUARD® product range is made under the most stringent quality control and with full traceability. The panels are produced in an outer envelope, making them clean & easy to handle. The formulation of the core is an opacified blend of filament reinforced pyrogenic silica.

AEROGUARD®-128 has a density of 128 kg/m³ and is available in various textile covering materials.

Technical data
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 AEROGUARD®
Grade
 128 160
 190 220
Classification temperature °C 
 1000 1000
 1000
 1000
Bulk density kg/m3
 128 160
 190
 220
Shrinkage @1000 °C – 24h full soak, %  
 < 3 
  < 3
 < 3
 < 3
Thermal conductivity @600 °C mean, W/m.K 
 0.066
 0.051
 0.047
 0.039
Compressive strength (ASTM C 165), N/mm2  0.04 0.05
 0.07
  0.10


 AEROGUARD®
Grade
 128 160
 190 220
Classification temperature °C 
 1000 1000
 1000
 1000
Bulk density kg/m3
 128 160
 190
 220
Shrinkage @1000 °C – 24h full soak, %  
 < 3 
  < 3
 < 3
 < 3
Thermal conductivity @600 °C mean, W/m.K 
 0.066
 0.051
 0.047
 0.039
Compressive strength (ASTM C 165), N/mm2  0.04 0.05
 0.07
  0.10
Dimensions & size availability
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AEROGUARD® is entirely custom made according to customer specifications. Please contact your regional Promat agency to request assistance.
AEROGUARD® is entirely custom made according to customer specifications. Please contact your regional Promat agency to request assistance.
Production tolerances
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If density is 
 < 200 kg/m3  > 200 kg/m3
Length mm   
 ± 5  ± 5
Width mm  
 ± 5
  ± 5
Thickness mm     
  T ≤ 6.25   ± 0.75         
  T ≤ 10          
  ± 0.5          
 6.25 < T ≤ 10 
  ± 1.0
  T > 10       
  ± 0.8
 T > 10 
  ± 1.5
            
  
If density is 
 < 200 kg/m3  > 200 kg/m3
Length mm   
 ± 5  ± 5
Width mm  
 ± 5
  ± 5
Thickness mm     
  T ≤ 6.25   ± 0.75         
  T ≤ 10          
  ± 0.5          
 6.25 < T ≤ 10 
  ± 1.0
  T > 10       
  ± 0.8
 T > 10 
  ± 1.5
            
  
Working & processing
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AEROGUARD® can be shaped easily with a simple cutter (see handling and shaping techniques in our catalogue on microporous insulation). The panels can be fixed in place with glue or by mechanical means such as anchors, pins and clips.
AEROGUARD® can be shaped easily with a simple cutter (see handling and shaping techniques in our catalogue on microporous insulation). The panels can be fixed in place with glue or by mechanical means such as anchors, pins and clips.
Typical applications
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Microporous insulation offers an extremely low thermal conductivity, close to the lowest theoretically possible at high temperatures. Microporous materials are the preferred choice when a large temperature reduction is required within a limited space, or when strict heat loss or surface temperature requirements are specified:

  • Aircraft structural fire protection
  • 3D geometries
  • Filler material in heat shields
Microporous insulation offers an extremely low thermal conductivity, close to the lowest theoretically possible at high temperatures. Microporous materials are the preferred choice when a large temperature reduction is required within a limited space, or when strict heat loss or surface temperature requirements are specified:

  • Aircraft structural fire protection
  • 3D geometries
  • Filler material in heat shields
Documents
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Technical Data Sheets (TDS)

Technical Data Sheets (TDS)

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