Glass Fiber Cryogenic Insulation Blankets /Mli for Cryogenic Products

• Customization: Available
• Fiberglass Type: E-Glass
• Certification: ISO, RoHS, TUV
• Model NO.: CB-1800
• Technique: Wet-Process
• Transport Package: Carton Packed with Pallet
• Specification: CB-90/1100/1300/1800
• Trademark: DOLE-TECH
• Origin: Jiangsu
• HS Code: 7607200000
• Production Capacity: 20, 000, 000 M2/Year

Product Description

 
What's This?
 

Cryogenic Insulation Blankets (CB)

The blankets are composed of Super Insulation Paper & High-purity aluminum foil .

These components are configured through CAD parametric modeling to meet customer-specified:Layer stacking sequences ,Geometric dimensions,Surface topography profiles.

•Direct conformal wrapping:Eliminates the need for specialized winding equipment Enables seamless application onto cryogenic storage vessels (LNG tanks, dewars, etc.)

•No secondary processing:Maintains material integrity during installation,Reduces thermal bridging through optimized layer alignment

•Labor productivity improvement: Reduce assembly working hours by 30%,compared to traditional roll-wrapping processes
 
•Waste minimization: Adaptive nesting algorithms reduce material scrap by 15%

 What's The Performance?
 

Performance	Index
Thickness  (mm) -   Insulation Material	0.055
Thickness  (mm) -   Aluminum Foil	0.0065
Basic Weight  (g/m2)  -   Insulation Material	12
Basic Weight  (g/m2)  -   Aluminum Foil	18
Thermel Conductivity (W/m.k)	0.00009
Tensile Strength  (kg/25 mm)	0.26
Moisture Content  (%)	0.3
Option Width (mm)   90/900/1100/1200/1300/1600/1800

What's The Application?
 

  Why Choose Us?
 

FAQ

Q1: What technical drawings are required to determine MLI product specifications?
A1: Our quoting system requires these critical dimensions:
  1.Container Geometry:    
  •Diameter/Length/Height (with tolerances)   
  •Flange type and connection details

  2.Operational Parameters:  
  •Minimum/maximum temperature (-196°C to +200°C)    
  •Pressure range (PSIG/Pa)

  3.Insulation Requirements:   
  •Desired U-value improvement (%)  
  •Moisture resistance class