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  1. Promat Industry - thermal insulation, fire and acoustic protection
  2. Microporous products
  3. MICROTHERM SEMI-OVERSTITCHED-1000X HY

MICROTHERM® SEMI-OVERSTITCHED-1000X HY

PROPERTIES & ADVANTAGES

  • Hydrophobic
  • Custom made & very flexible
  • High thermal stability
  • Non combustible
  • Shock & vibration resistant
  • Clean & easy to install
  • Environmentally friendly
MICROTHERM® OVERSTITCHED : TECHNICAL DATA SHEET - ENGLISH

Flexible panels

The MICROTHERM® SEMI-OVERSTITCHED range of products are custom made fl exible microporous insulation panels with very good thermal properties. The panels are produced in a glass cloth outer envelope, making them clean & easy to handle. Stitching is one-directional (2D flexure). The formulation is an opacified blend of filament reinforced pyrogenic silica.

MICROTHERM® SEMI-OVERSTITCHED-1000X HY is a flexible, custom made insulation panel with a hydrophobic core treatment to repel water. It is ideal for applications where contact with liquid water or condensation (dew point) is possible.

Technical data
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  MICROTHERM® SEMI-OVERSTITCHED
Grade
 -1000X -1000X HY
 -1200
Classification temperature °C 
1000 1000
 1200
Bulk density kg/m3 
 220 260 350
Shrinkage @1000 °C – 24h full soak, %  
 < 3
 < 3
 < 0.1
Thermal conductivity @600 °C mean, W/m.K 
 0.038
 0.038
 0.049
Compressive strength (ASTM C 165), N/mm2
 0.14 0.12 0.22

 

  MICROTHERM® SEMI-OVERSTITCHED
Grade
 -1000X -1000X HY
 -1200
Classification temperature °C 
1000 1000
 1200
Bulk density kg/m3 
 220 260 350
Shrinkage @1000 °C – 24h full soak, %  
 < 3
 < 3
 < 0.1
Thermal conductivity @600 °C mean, W/m.K 
 0.038
 0.038
 0.049
Compressive strength (ASTM C 165), N/mm2
 0.14 0.12 0.22
Dimensions & size availability
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Although there are some standard stock sizes available, MICROTHERM® SEMI-OVERSTITCHED can be custom made according customer specifications. Please contact your regional Promat agency to request your MICROTHERM® SEMI-OVERSTITCHED sizes.

The standard thickness range is from 3mm up to 10mm. Additionally, thicknesses between 10mm and 15mm are available on request.
Although there are some standard stock sizes available, MICROTHERM® SEMI-OVERSTITCHED can be custom made according customer specifications. Please contact your regional Promat agency to request your MICROTHERM® SEMI-OVERSTITCHED sizes.

The standard thickness range is from 3mm up to 10mm. Additionally, thicknesses between 10mm and 15mm are available on request.
Production tolerances
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Length mm   
    ± 3
Width mm  
    ± 3
Thickness mm         ± 0.5
Length mm   
    ± 3
Width mm  
    ± 3
Thickness mm         ± 0.5
Working & processing
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MICROTHERM® SEMI-OVERSTITCHED can be shaped easily with a simple cutter (the procedure can be found in our handbook on microporous insulation). The panels can be fixed in place with glue or by mechanical means such as anchors, pins and clips. For piping applications, the panels are installed with wire and straps, identical to conventional insulation materials.
MICROTHERM® SEMI-OVERSTITCHED can be shaped easily with a simple cutter (the procedure can be found in our handbook on microporous insulation). The panels can be fixed in place with glue or by mechanical means such as anchors, pins and clips. For piping applications, the panels are installed with wire and straps, identical to conventional insulation materials.
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:
  • Petrochemical industry & power generation
  • Piping insulation
  • Back-up insulation in refractory lined pipes
  • Rotary kiln insulation
  • Hot pipe support insulation
  • Exhaust systems
  • Filler material for mattresses, cassettes, heat shields, expansion joints
  • PFP (Passive Fire Protection)
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:
  • Petrochemical industry & power generation
  • Piping insulation
  • Back-up insulation in refractory lined pipes
  • Rotary kiln insulation
  • Hot pipe support insulation
  • Exhaust systems
  • Filler material for mattresses, cassettes, heat shields, expansion joints
  • PFP (Passive Fire Protection)

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