PAPERS

Thermal Insulation Papers with Different Chemistries Created for your Unique Needs

NUTEC_Papers_Family

NUTEC Thermal Insulation Papers Portfolio

High-temperature stability combined with extremely low thermal conductivity make MaxPly and SuperPly papers the perfect solution for many applications where thin, lightweight, high-temperature materials are needed. These products contain organic binder which provides flexibility, while reducing off-gassing during initial use. NUTEC papers are highly uniform due to controlled basis weight and thickness.

NUTEC high temperature papers are durable, however can be cut with a knife, shears, or standard steel rule dies. Characteristic flexibility allows wrapping or rolling to fit most configurations. Our range of paper chemistries include aluminosilicate and low bio-persistent calcium magnesium silicate fibers.

NUTEC papers are free of asbestos and are designed to be a replacement for asbestos paper in most applications.

MaxPly Ceramic Fiber Paper

MaxPly 2300 Ceramic Fiber Paper

MaxPly 2300

Ceramic fiber paper manufactured from high index, high purity, spun fiber forming a uniform, strong, flexible, lightweight sheet. MaxPly 2300 paper has good handling strength, low thermal conductivity, and low shrinkage.

  • Maximum Use Temperature
    2300⁰F (1260⁰C)
  • Chemistry
    Alumina, Silica
  • Composition
    RCF (Refractory Ceramic Fiber)
MaxPly 2600 High-temperature

MaxPly 2600

High-temperature paper containing Zirconia which allows use at higher temperatures in addition to having characteristics of MaxPly 2300.

  • Maximum Use Temperature
    2600°F (1425°C)
  • Chemistry
    Alumina, Zirconia, Silica
  • Composition
    RCF (Refractory Ceramic Fiber)

SuperPly Low Biopersistent Fiber Paper

SuperPly 2200 low biopersistent fiber paper

SuperPly 2200

Low biopersistent fiber paper manufactured from high index, spun fiber forming a uniform, strong, flexible, lightweight sheet.

  • Maximum Use Temperature
    2200°F (1200°C)
  • Chemistry
    Calcium, Silica, Magnesium
  • Composition
    LBP (Low Biopersistence)

MaxShield® Passive Fire Protection Paper

MaxShield HPS blanket

MaxShield® HPS

MaxShield HPS ceramic fiber paper is made from high index, high purity, spun fiber forming a uniform, strong, flexible, lightweight sheet. Hight temperature stability combined with extremely low thermal conductivity make MaxShield HPS paper the perfect solution for many fire protection and appliance applications. 

  • Maximum Use Temperature
    2300⁰F (1260⁰C)
  • Chemistry
    Alumina, Silica
  • Composition
    RCF (Refractory Ceramic Fiber)
MaxShield SMG blanket

MaxShield® SMG

MaxShield SMG is a low biopersistent fiber paper manufactured from high index, spun fiber forming a uniform, strong, flexible, lightweight sheet. Hight temperature stability combined with extremely low thermal conductivity make MaxShield SMG paper the perfect solution for many fire protection and appliance applications.

  • Maximum Use Temperature
    2200⁰F (1200⁰C)
  • Chemistry
    Calcium, Alumina, Silica
  • Composition
    LBP (Low Biopersistence)

PCWPly Polycrystalline Wool Paper

PCWPly 3000 Paper

PCWPly 3000

PCWPly 3000 is a high-temperature paper that is made from high purity polycrystalline wool producing a smooth, flexible and shot free paper.

  • Maximum Use Temperature
    3000°F (1600°C)
  • Chemistry
    Alumina, Silica
  • Composition
    PCW (Polycrystalline Wool)