Multi-Layer Insulation Materials

Superior Thermal Protection for the Most Extreme Environments

Introduction

High-Performance Insulation for Critical Space Missions

Multilayer layer insulation materials provide passive thermal control to a variety of spacecraft, launch vehicles, and instruments in vacuum. Deantape provides a wide range of MLI to the Aerospace community, using a combination of thin films, foils, and fabrics.

Our multi-layer foil insulation has numerous applications, including:

  • Spacecraft and Satellites: Protect electronics, scientific instruments, and other sensitive components from the extreme conditions of space.
  • Space Exploration Missions: Help space exploration vehicles endure temperature swings between sunlight and shadow during long missions to distant planets or outer space.
  • Thermal Blankets: Maximize the reflective surface area by using sheets of high-temperature multilayer insulation to cover critical components.
Choose the Best Materials

Why Our Insulation is Trusted in Space

Leading space agencies, satellite manufacturers, and aerospace contractors use our tapes and multi-layer materials for their unmatched performance, reliability, and innovation. Whether you’re developing cutting-edge satellite systems, building spacecraft for interplanetary exploration, or designing components for low-Earth orbit, insulation materials from Proline Performance will meet your precise demands.

You Can Trust Our High-Temperature Multilayer Insulation for:

  • Satellite Manufacturing & Assembly: Bond, seal, and insulate satellites during construction to ensure all components are protected.
  • Spacecraft & Space Station Assembly: Shield vital components while building or maintaining space vehicles and space stations.
  • Satellite Communication Systems: Protect delicate cables and electronics so communication systems operate flawlessly.
  • Space Exploration Missions: Maintain and seal equipment essential to your mission with MLI tapes and blankets.
  • Launch & Transport: Provide essential surface protection during transport to launch sites and during the rocket launch, safeguarding equipment from environmental damage.
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