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🌡️Uses & pairings

Ceramic fibre · Spun refractory fibres for 1000–1400 °C — kiln linings, gaskets, and a respirable-fibre caution that AES grades try to ease.

At a glance
Score intensity

Darker cells mean a higher score for this topic on that metric.

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Quick answers

Is Ceramic fibre non-combustible?

Declared reaction class in this atlas: A1. Assemblies still need resistance tests.

Does Ceramic fibre insulate?

Thermal mark 80/100 versus the atlas. Conductivity note: λ rises with T; still far below brick.

What is the density band?

64–192 kg/m³ blankets

How is it made?

Origin story: 1940s–60s US/JP; EU RCF classification 1990s (United States / Japan / EU).

Can it be recycled?

Circularity mark 34/100 — editorial, route-specific.

Typical melting or failure heat?

classification T often 1260–1400 °C

heat 98 · fire 97

Start with this section - Uses & pairings

Ceramic fibre earns its keep in systems: a beam, a batt, a fibre blend, a coated steel — rarely a lone coupon.

Products below are cultural landmarks as much as SKUs.

Sectors

Buildings

Structure, lining, insulation or finish depending on family.

Transport

Mass, fire and fatigue rewrite the grade list.

Energy

Heat, voltage and hydrogen compatibility.

Consumer

The volume that pays for the mill.

Medical / food

When allowed — extractables and allergies matter.

Defence / safety

Ballistics, FR clothing, fire stops.

Products

Kiln blanket

1960s–

Petrochem module

1970s–

AES Superwool

1990s–

Fire-wrap duct

2000s–

RCF warning label

1990s–

Polycrystalline fibre

1980s–

Gasket paper

1970s–

Shuttle tile cousin

1980s

Pairings

mineral-wool

Building A1 wool at much lower T.

technical-ceramics

Dense cousins of the same oxides.

aerogel

Lower T, lower λ.

intumescent

Thin-film steel protection vs fibre wraps.

If the pairing is wrong, the material will be blamed for a system fault.

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