Audited Supplier
MLI-90/900
E-Glass
Wet-Process
DOLE-TECH
Carton Packed with Pallet
MLI-90/1100/1300/1800
Jiangsu
7607200000
Product Description
What's This?
Multilayer insulation material (MLI)
MLI systems are engineered to minimize thermal radiation flux and deliver optimal thermal insulation performance through:
•Radiant barrier integration: Utilization of high-purity aluminum foil as the primary reflective layer
•Spacer material selection: Incorporation of Super Insulation Paper to establish continuous thermal breaks
•Layered composite architecture: Engineered void structure with multidirectional fiber alignment
•Material efficiency: Minimizes scrap generation through optimized layer nesting methodology
•Process optimization: Achieves 25% higher throughput compared to conventional composite assembly techniques
MLI systems are engineered to minimize thermal radiation flux and deliver optimal thermal insulation performance through:
•Radiant barrier integration: Utilization of high-purity aluminum foil as the primary reflective layer
•Spacer material selection: Incorporation of Super Insulation Paper to establish continuous thermal breaks
•Layered composite architecture: Engineered void structure with multidirectional fiber alignment
•Material efficiency: Minimizes scrap generation through optimized layer nesting methodology
•Process optimization: Achieves 25% higher throughput compared to conventional composite assembly techniques
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
