Beijing North Refractories Co., Ltd.
Beijing North Refractories Co., Ltd.

We provide whole range microporous Insulation products for your industrial equipment with best energy saving solutions.

Comprehensive Types of Microporous Insulation

NR 1000°C Classic Insulation Boards

A highly acclaimed board-shaped microporous insulation material for a variety of insulation applications is NR 1000 Classic. It has exceptional thermal performance and can tolerate temperatures up to 950°C continuously and up to 1200°C at its highest. Superior insulation with reduced thickness is made possible by its great handling and machining qualities as well as its remarkably low heat conductivity. This makes it possible to create equipment that uses less energy, takes up less space, and weighs less overall.
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NR 1050°C Classic Insulation Boards

With peak temperatures of 1200 °C, TT 1050 Classic is a board-shaped microporous insulation material that can tolerate continuous application temperatures of up to 1000 °C. It is a great option for high-temperature applications where space is limited because of its exceptional thermal and fire-resistant qualities.
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NR 1200°C Classic Insulation Boards

Alumina-based NR 1200 Classic Board is a microporous insulating board that is ideal for lowering temperatures in small spaces due to its exceptional thermal conductivity. It has robust mechanical qualities and can be covered in a variety of ways to improve handling and durability.
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Flexible Microporous Boards

Compact and adaptable, NR 1000 Flex is a microporous insulating board designed for uses requiring low heat transmission up to the designated application temperature.
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Flexible Microporous Panels

A multipurpose, custom-made microporous insulation blanket for three-dimensional objects is called NR 1000 Sflex. It has outstanding cutting and handling qualities and performs exceptionally well as insulation, especially at low thicknesses.
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Products

Key Benefits of Microporous Insulation

1

Ultra-Low Thermal Conductivity (0.020–0.025 W/m·K at 20°C)



2

High-Temperature Resistance (up to 1000°C+ in oxidizing environments


3

Lightweight & Thin (50% thinner than ceramic fiber for equivalent performance)


4

Non-Combustible & Chemically Stable

How to Install & Handle Microporous Insulation

How to Install & Handle Microporous Insulation
  • Cutting - Use sharp blades (avoid crushing nanopores)

  • Sealing Joints- Apply high-temp sealant to prevent heat leaks

  • Mechanical Fixing - Use washers to distribute compression loads


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