Materials database

114 thermal materials, verbatim from the solver

Name: NovaThermal material property database
Creator: ThermalResults / NovaThermal

These are the exact property tables the NovaThermal engine uses in every analysis — with the source for each value. Search across metals, ceramics, polymers, composites, adhesives, and surface finishes.

Material	Thermal conductivity W/m-K	Specific heat J/kg-K	Density kg/m^3	CTE um/m-K	Emissivity -	Solar absorptivity -	T range (K)	Source
Metals · 27
Al_2024_T3	121	875	2780	23.2	0.05	0.15	273–473	ASM 2024-T3
Al_5052_H32	138	880	2680	23.8	0.05	0.15	273–473	ASM 5052
Al_6061_T6	167	896	2700	23.6	0.05	0.15	273–573	ASM 6061-T6
Al_7075_T6	130	960	2810	23.4	0.05	0.15	273–473	ASM 7075-T6
BeCu_C17200	105	420	8250	17	0.04	0.3	273–373	Materion C17200 aged
Be_I220H	197	1925	1850	11.3	0.15	0.4	293–373	Materion I-220H
Brass_C260	120	375	8530	19.9	0.04	0.4	273–373	ASM C26000
Cu_C101_OFHC	391	385	8940	17	0.03	0.3	273–373	Incropera A.1/CDA C10100
Cu_C110_ETP	388	385	8940	17	0.03	0.3	273–373	CDA C11000
Inconel_601	11.2	448	8110	13.8	0.75	0.5	293–1473	Special Metals Inconel 601 datasheet (UNS N06601)
Inconel_625	9.8	410	8440	12.8	0.3	0.5	273–373	Special Metals 625
Inconel_718	11.4	435	8190	13	0.3	0.5	273–373	Special Metals 718
Invar_36	10.5	515	8050	1.3	0.15	0.4	293–373	Carpenter Invar 36
Kanthal_A1	11	460	7100	15	0.7	0.6	293–1673	Kanthal/Sandvik Kanthal A-1 datasheet (FeCrAl resistance alloy)
Kovar	17.3	460	8360	5.5	0.15	0.4	303–573	Carpenter Kovar
Mg_AZ31B	96	1040	1770	26	0.07	0.3	273–373	ASM AZ31B
Molybdenum	138	251	10220	4.8	0.08	0.4	273–373	Incropera A.1/Plansee
Nickel_200	70.2	456	8890	13.3	0.05	0.4	273–373	Special Metals Nickel 200
SS_15_5PH_H1025	17.8	420	7800	11	0.38	0.4	273–373	Carpenter 15-5PH H1025
SS_17_4PH_H900	17.9	460	7800	10.8	0.38	0.4	273–373	Carpenter 17-4PH H900
SS_303	16.3	500	8000	17.3	0.4	0.4	273–373	ASM 303
SS_304	16.2	500	8000	17.3	0.28	0.4	273–373	Incropera A.1/ASM 304
SS_316L	16.3	500	8000	15.9	0.28	0.4	273–373	ASM 316L
Tantalum	57.5	140	16600	6.5	0.07	0.4	273–373	Incropera A.1/CRC
Ti_6Al_4V	6.7	526	4430	8.6	0.2	0.5	293–373	ASM MTP641
Ti_CP_Gr2	16.4	523	4510	8.6	0.18	0.5	293–373	ASM CP-Ti Gr2
Tungsten	174	132	19300	4.5	0.04	0.4	273–373	Incropera A.1/Plansee
Ceramics · 26
aln	170	740	3260	4.5	0.5	0.5	200–1500	Kyocera AlN
alumina_96	24	880	3720	8.2	0.6	0.5	200–1800	CoorsTek AD-96
alumina_995	35	880	3890	8.1	0.6	0.5	200–1900	CoorsTek AD-995
beo	265	1030	2900	7.5	0.5	0.5	200–1500	ASM v4
bk7	1.11	858	2510	7.1	0.85	0.1	100–600	Schott BK7
bn_hot_pressed	30	800	1900	4	0.6	0.5	200–1300	Saint-Gobain Combat BN
bn_pyrolytic	60	800	2100	-2.7	0.55	0.5	200–2000	Momentive PBN
borosilicate_7740	1.14	830	2230	3.3	0.85	0.1	100–700	Corning Pyrex 7740
cvd_diamond	2000	510	3515	1	0.05	0.05	100–1200	Element Six CVD
fused_silica	1.4	740	2200	0.55	0.7	0.1	100–1400	Heraeus Suprasil/NIST
gaas	55	330	5317	5.7	0.5	0.5	100–1000	Sze/Ioffe
gan	130	490	6150	5.6	0.5	0.5	100–1200	Slack/Ioffe
germanium	60	320	5323	5.9	0.45	0.5	100–1000	CRC/Ioffe
graphite_iso	80	710	1810	4.5	0.85	0.9	200–2500	POCO AXM-5Q
graphite_pyrolytic	1950	710	2210	1	0.6	0.7	200–2500	Touloukian/Momentive
macor	1.46	790	2520	9.3	0.8	0.5	100–1100	Corning Macor
microsil	0.029	800	230	2	0.95	0.6	293–1223	ZIRCAR Ceramics MICROSIL TDB rev 2019-04-01 (k ASTM C177)
sapphire	35	760	3980	5.3	0.6	0.4	100–2000	Touloukian TPRC
si3n4	30	700	3250	3.3	0.7	0.7	200–1600	Kyocera SN
sic_cvd	275	680	3210	2.2	0.8	0.8	200–1800	II-VI CVD-SiC
sic_sintered	120	680	3150	4	0.8	0.8	200–1800	CoorsTek Hexoloy SA
silicon_sc	149	705	2329	2.6	0.5	0.6	100–1200	Glassbrenner&Slack
tic	21	565	4920	7.4	0.6	0.6	200–1800	CRC/ASM v4
ule_7972	1.31	770	2210	0	0.85	0.1	100–600	Corning ULE 7972
zerodur	1.46	800	2530	0	0.85	0.1	100–600	Schott Zerodur
zirconia_3ytzp	2.5	460	6050	10.5	0.6	0.6	200–1500	CoorsTek YTZP
Polymers · 22
ABS	0.2	1400	1050	90	0.9	0.9	4–363	MatWeb ABS
Buna_N_NBR	0.24	1500	1250	230	0.9	0.9	233–393	Electronics-Cooling NBR
EPDM	0.3	1700	1100	160	0.9	0.9	218–423	Electronics-Cooling
FEP	0.2	1100	2150	135	0.9	0.9	4–473	Polyalto FEP
Natural_rubber	0.15	1900	950	220	0.9	0.9	213–353	Electronics-Cooling NR
Neoprene_CR	0.19	1700	1400	200	0.9	0.9	233–393	Electronics-Cooling CR
Nylon_6_6	0.25	1670	1140	80	0.9	0.9	4–423	MatWeb PA66
PCTFE_KelF	0.22	920	2120	60	0.9	0.9	4–423	Fluorotherm PCTFE
PEEK	0.25	1340	1300	47	0.9	0.9	4–533	Victrex 450G
PEI_Ultem1000	0.22	1100	1270	54	0.9	0.9	4–443	SABIC Ultem 1000
PFA	0.22	1050	2150	130	0.9	0.9	4–533	Daikin PFA
PMMA_acrylic	0.19	1450	1185	70	0.9	0.85	4–353	MIT matprops PMMA
POM_acetal	0.31	1460	1420	110	0.9	0.9	4–363	DuPont Delrin
PPS	0.3	1090	1350	49	0.9	0.9	4–505	Ryton R-4
PTFE	0.25	1010	2170	135	0.9	0.9	4–533	DuPont PTFE hbk
PVDF_Kynar	0.19	1300	1780	130	0.9	0.9	4–423	Arkema Kynar
Polycarbonate	0.21	1200	1200	68	0.9	0.85	4–408	MatWeb PC
Polyimide_VespelSP1	0.35	1130	1430	54	0.9	0.9	4–533	DuPont Vespel SP-1
Polyurethane_cast	0.29	1700	1150	150	0.9	0.9	213–353	Gallagher PU
Silicone_rubber	0.2	1300	1150	250	0.92	0.9	218–503	Electronics-Cooling VMQ
UHMWPE	0.42	1840	940	200	0.9	0.9	4–353	Direct Plastics
Viton_FKM	0.22	1100	1850	160	0.9	0.9	233–503	Mykin Viton
Composites · 5
AgEpoxy_H20E	15	600	2900	40	0.9	0.9	4–470	EPO-TEK H20E
AlHC_panel	—	900	450	23	0.85	0.5	4–500	Gilmore/HEXCEL
CFRP_quasi_iso	—	880	1580	2	0.87	0.9	70–420	Toray-class/Gilmore
FR4_G10	—	1150	1850	15	0.88	0.85	70–400	MatWeb/mfr
Kapton_HN	0.12	1090	1420	20	0.7	0.4	4–570	DuPont Kapton HN
Adhesives · 22
ablestik_84_1lmi	2.4	350	3000	55	0.9	0.9	218–423	Ablestik 84-1LMI TDS
ag_epoxy_generic	3	600	2700	40	0.9	0.9	218–403	generic Ag-epoxy (HIGH SCATTER k1.5-9)
bergquist_gappad_tgp3000	3	1000	3200	0	0.9	0.9	213–473	Henkel Bergquist TGP3000 TDS
chomerics_therm_a_gap_t630	0.7	900	2800	0	0.9	0.9	228–423	Parker Chomerics T630 TDS
dc_tc5022_grease	4	800	3230	0	0.9	0.9	228–423	Dow TC-5022 TDS
eccobond_56c	3	350	3450	32	0.9	0.9	213–393	E&C Eccobond 56C TDS
eccobond_57c	2.5	350	3500	35	0.9	0.9	233–363	E&C Eccobond 57C (EST)
epoxy_potting_generic	0.2	1100	1150	60	0.9	0.9	218–403	generic unfilled epoxy (EST)
hysol_dp190	0.18	1100	1170	74	0.9	0.9	218–393	3M DP190 TDS
hysol_ea9394	0.33	1050	1450	55.6	0.9	0.9	218–450	Henkel EA 9394 TDS
kapton_acrylic_psa_tape	0.12	1090	1420	20	0.9	0.4	203–473	DuPont Kapton HN + acrylic PSA
loctite_ea9396	0.21	1050	1140	70.7	0.9	0.9	218–450	Henkel EA 9396 TDS
nusil_cv2946	1.49	900	1530	200	0.9	0.9	158–473	NuSil CV-2946 TDS
rtv_3140	0.14	1100	1050	290	0.9	0.9	223–473	DOWSIL 3140 TDS
rtv_3145	0.3	1100	1100	270	0.9	0.9	228–473	Dow 3145 TDS (k/cp EST)
rtv_566	0.3	1050	1510	200	0.9	0.9	158–533	Momentive RTV566/SpaceMatDB
silicone_rtv_unfilled	0.2	1300	1080	300	0.9	0.9	213–473	generic unfilled PDMS RTV (EST)
solithane_113	0.2	1700	1100	180	0.9	0.9	213–363	Solithane 113 (EST unfilled PU)
stycast_2850ft_cat24lv	1.02	800	2190	39.4	0.9	0.9	208–378	E&C 2850FT/24LV TDS
stycast_2850ft_cat9	1.25	800	2290	35	0.9	0.9	233–403	E&C 2850FT/Cat9 TDS
torr_seal	0.3	1100	1160	60	0.9	0.9	228–393	=Loctite EA 1C/Hysol 1C (k/rho EST)
urethane_potting_generic	0.2	1700	1100	175	0.9	0.9	218–398	generic cast PU (EST)
Surface finishes · 12
Ag_FEP_2mil	—	—	—	—	0.81	0.08	—
Al_Kapton_VDA	—	—	—	—	0.04	0.14	—
OSR_quartz_mirror	—	—	—	—	0.8	0.08	—
bare_Al_machined	—	—	—	—	0.07	0.22	—
bare_Al_polished	—	—	—	—	0.04	0.15	—
bare_Kapton	—	—	—	—	0.7	0.4	—
black_anodize	—	—	—	—	0.85	0.8	—
black_paint_Z306	—	—	—	—	0.9	0.95	—
chromic_anodize	—	—	—	—	0.68	0.4	—
gold_plate	—	—	—	—	0.03	0.25	—
white_paint_S13GLO	—	—	—	—	0.88	0.2	—
white_paint_Z93	—	—	—	—	0.9	0.17	—

Want these in a real model? Pick a material and run a conduction, enclosure, or conjugate analysis in the console — same values, live solver.