Compare materials | Tool-Lifes

Every material in this atlas on the same six axes. Scores are editorial and relative — useful for browsing, not for buying.

Every material, every score

Sorted by mean score. Click a name to open its hub page.

Material	Strength	Heat resistance	Fire performance	Insulation	Workability	Circularity	Overall
🪨 Mineral woolThermal	16	86	96	86	70	58	69
🔩 SteelMetals	88	72	84	8	80	64	66
👨‍🚒 NomexFire performance	60	88	94	48	62	36	65
🍴 Stainless steelMetals	74	76	86	10	70	68	64
💎 Technical ceramicsCeramics & wood	80	96	94	46	22	44	64
🌡️ Ceramic fibreFire performance	14	98	97	80	50	34	62
🦺 AramidTextiles	94	82	80	36	40	38	62
☁️ AerogelAdvanced solids	12	84	86	98	28	50	60
🏠 Gypsum boardFire performance	24	54	92	34	90	62	59
🥫 AluminiumMetals	62	48	70	12	90	72	59
🪟 GlassCeramics & wood	50	58	88	28	55	70	58
✈️ TitaniumMetals	86	78	80	14	42	48	58
🧯 Intumescent coatingFire performance	8	60	88	70	80	42	58
🔶 CopperMetals	40	55	76	6	88	78	57
🏗️ ConcreteCeramics & wood	70	68	90	22	60	30	57
🌲 WoodCeramics & wood	54	32	34	56	88	76	57
🫧 SiliconePolymers	28	80	62	42	76	40	55
🐑 WoolTextiles	32	38	48	72	70	58	53
⬡ GrapheneAdvanced solids	90	88	40	18	20	42	50
🎽 PolyesterTextiles	58	42	24	50	88	34	49
🏎️ Carbon fibreAdvanced solids	96	70	50	24	30	26	49
🪢 NylonTextiles	70	46	26	30	84	32	48
🩺 NitinolAdvanced solids	72	50	78	12	38	36	48
🧽 Polyurethane foamThermal	20	36	28	88	74	32	46
🌱 CottonTextiles	36	28	22	40	86	54	44
🛞 Natural rubberPolymers	48	40	18	38	74	46	44
📦 Vacuum insulated panelThermal	14	40	44	99	24	40	44
🦋 SilkTextiles	44	30	28	34	60	50	41
🍳 PTFEPolymers	22	74	58	32	35	24	41
🧴 PolyethylenePolymers	34	28	16	44	92	28	40
🕯️ Phase-change materialThermal	10	22	24	52	58	48	36
☀️ Perovskite (PV)Advanced solids	18	24	20	8	48	40	26