Buildings
Structure, lining, insulation or finish depending on family.
Graphene · A one-atom carbon sheet — Nobel-era physics, composites hype, and a few honest electronics and barrier uses.
Darker cells mean a higher score for this topic on that metric.
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Declared reaction class in this atlas: carbon; not a building product. Assemblies still need resistance tests.
Thermal mark 18/100 versus the atlas. Conductivity note: ~3000–5000 W/m·K in-plane (theory/exp bands).
areal mass ~0.77 mg/m²
Origin story: Geim & Novoselov 2004 (Manchester).
Circularity mark 42/100 — editorial, route-specific.
2-D stability is a lab story
heat 88 · fire 40
Graphene 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.
Structure, lining, insulation or finish depending on family.
Mass, fire and fatigue rewrite the grade list.
Heat, voltage and hydrogen compatibility.
The volume that pays for the mill.
When allowed — extractables and allergies matter.
Ballistics, FR clothing, fire stops.
2004
2004
2010s
2007–
2010s
2015
historic
2013–
The bulk carbon fibre that already flies.
Another Nobel-adjacent material with clearer insulation math.
The conductor graphene is supposed to beat in thin films.
The other lab-to-fab energy material.
If the pairing is wrong, the material will be blamed for a system fault.
Polymer-derived filaments with graphite-like sheets — aero, bikes and a fire story that is about the resin, not the fibre.
Overall 49 ☁️A nanoscale silica sponge — among the lowest solid λ values, fragile unless blanketed, and A1 when purely inorganic.
Overall 60 🩺Near-equiatomic Ni–Ti that remembers shape and super-elasticates — stents, orthodontics and actuators.
Overall 48 ☀️ABX3 halide crystals that jumped laboratory solar efficiency — still fighting humidity, lead and lifetime.
Overall 26