What materials can stand up to 1000 degrees Celsius?

Question

Hi, I recently asked a question about how to obtain 1000 degrees Celsius. That's answered, and I think I know how I'm going to do it. But now I would like to ask about the heat resistance of various materials. What type of containers can be put under 1000-plus degrees Celsius and still stay in one piece? Porcelain, ceramics? Answers will be appreciated!

Answer 1

Here are some elements with their melting points over 1000 celsius, well, that just means they will still be in solid state at 1000 degree celsius, hope it is what you are looking for,

60 Neodymium Nd 01289150 1,016 °C (1,289 K)

89 Actinium Ac 01323150 1,050 °C (1,320 K)

79 Gold Au 01337730 1,064.58 °C (1,337.73 K)

96 Curium Cm 01340150 1,067 °C (1,340 K)

62 Samarium Sm 01345150 1,072 °C (1,345 K)

29 Copper Cu 01357750 1,084.6 °C (1,357.8 K)

92 Uranium U 01405150 1,132 °C (1,405 K)

25 Manganese Mn 01519150 1,246 °C (1,519 K)

4 Beryllium Be 01551150 1,278 °C (1,551 K)

64 Gadolinium Gd 01585150 1,312 °C (1,585 K)

65 Terbium Tb 01630150 1,357 °C (1,630 K)

66 Dysprosium Dy 01680150 1,407 °C (1,680 K)

14 Silicon Si 01683150 1,410 °C (1,680 K)

28 Nickel Ni 01726150 1,453 °C (1,726 K)

67 Holmium Ho 01743150 1,470 °C (1,740 K)

27 Cobalt Co 01768150 1,495 °C (1,768 K)

101 Mendelevium Md 01794150 1,521 °C (1,794 K)

102 Nobelium No 01794150 1,521 °C (1,794 K)

68 Erbium Er 01795150 1,522 °C (1,795 K)

39 Yttrium Y 01799150 1,526 °C (1,799 K)

26 Iron Fe 01808150 1,535 °C (1,808 K)

21 Scandium Sc 01812150 1,539 °C (1,812 K)

69 Thulium Tm 01818150 1,545 °C (1,818 K)

46 Palladium Pd 01825150 1,552 °C (1,825 K)

91 Protactinium Pa 01873150 1,600 °C (1,870 K)

98 Californium Cf 01925150 1,652 °C (1,925 K)

22 Titanium Ti 01933150 1,660 °C (1,930 K)

71 Lutetium Lu 01936150 1,663 °C (1,936 K)

90 Thorium Th 02028150 1,755 °C (2,028 K)

78 Platinum Pt 02045150 1,772 °C (2,045 K)

40 Zirconium Zr 02125150 1,852 °C (2,125 K)

24 Chromium Cr 02130150 1,857 °C (2,130 K)

23 Vanadium V 02175150 1,902 °C (2,175 K)

45 Rhodium Rh 02239150 1,966 °C (2,239 K)

43 Technetium Tc 02473150 2,200 °C (2,470 K)

72 Hafnium Hf 02500150 2,227 °C (2,500 K)

44 Ruthenium Ru 02523150 2,250 °C (2,520 K)

5 Boron B 02573150 2,300 °C (2,570 K)

77 Iridium Ir 02716150 2,443 °C (2,716 K)

41 Niobium Nb 02741150 2,468 °C (2,741 K)

42 Molybdenum Mo 02890150 2,617 °C (2,890 K)

100 Fermium Fm 03054150 2,781 °C (3,054 K)

103 Lawrencium Lr 03234150 2,961 °C (3,234 K)

73 Tantalum Ta 03269150 2,996 °C (3,269 K)

76 Osmium Os 03300150 3,027 °C (3,300 K)

75 Rhenium Re 03453150 3,180 °C (3,450 K)

74 Tungsten W 03680150 3,407 °C (3,680 K)

6 Carbon (diamond) C 03823150 3,550 °C (3,820 K)

6 Carbon (graphite) C 03948150 3,675 °C (3,948 K)

6 Carbon (amorphous) C 03948150 3,675 °C (3,948 K)