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Firefly Millboards

Tenmat Firefly Millboards are the world’s finest range of top-quality non-asbestos and non-ceramic fibre millboard sheets for high-temperature applications in all industries.

You are here:

Firefly Millboards

Tenmat Firefly Millboards are the world’s finest range of top-quality non-asbestos and non-ceramic fibre millboard sheets for high-temperature applications in all industries.

FIREFLY MILLBOARDS

A first choice for thermal insulation applications

Wet-laid, clay-bonded, inorganic mineral fibre boards are available in typically 1m x 1m square sheet format in thicknesses from 1.5mm to 12mm. All ranges possess high-temperature capability, in excess of 1000°C, and low thermal conductivity (K value), typically 0.12 W/mK, making them a first choice for thermal insulation applications.

At a density of typically 1,000 kg/m3, they are rigid, and strong, and can be used in sheet form or cut to produce gaskets and seals.

They are all exonerated products in accordance with the European Directive 97/69 EC on Classification, Packaging, and Labelling of Dangerous Substances.

Tenmat Firefly products are used worldwide in iron & steel foundries, melt shops, metallurgical and pouring control systems, and feeding systems.

Benefits

Typical applications include:

Applications

Metal production
Glass production

Availability

Firefly is available in sheets (1000mm x 1000mm) with thicknesses ranging from 1.5 mm to 12 mm or gaskets, cut to customer specifications.

ApplicationsMaterial
Annealing lehr roller coveringsFF700
Spin castingFF700
General gasketingFF700
Aluminium pot liningsFF700
High-temperature gaskets and sealsFF700
Heat shieldsFF700

Resources

FF800

Contents

Improved Glass Quality
No Marking of Glass
No Pick Up of Tin Compounds
Long Life (Decades of Life)
Self Cleaning Properties

FF900

Contents

Excellent Thermal Insulation
Resistance to Wetting
Minimal Shrinkage at 1250 degrees C
Non-Hazardous Under EU Regulations
Non-Marking

Firefly FF1125 Millboard

Contents

Excellent Thermal Resistance
High Resistance to Cracking
Non-Hazardous Under EU Regulations
Low Density
Proven Performance

FF1125

Contents

Excellent Thermal Resistance
High Resistance to Cracking
Non-Hazardous Under EU Regulations
Low Density
Proven Performance

Contents

Excellent Thermal Insulation
Resistance to Wetting
Minimal Shrinkage at 1000 degrees C
Non-Hazardous Under EU Regulations