Materials & Properties

Heat Resistant Material

Max. use temp. atmosphere / °C Continuous operating temp. atmosphere / °C
Ceramics Advanced ceramics Alumina 1300 ~1600
Zirconia 1000
Silicon nitride 1200
Aluminium nitride 900
Silicon carbide 1500
Cordierite 1200
Mullite 1200
Steatite 1000
Calcium oxide 1800
Magnesium oxide 1700
Sialon 1300
Machinable ceramics Macerite HSP 700
Photoveel Ⅱ 1000
Photoveel Ⅱ-S 1000
M-soft 1000
BN HC 950
BN N-1 950
NB 950
BA 950
SBN 950
Glass Universal glass 380 110
Toughened glass 250 230
Tempax, Pyrex 500 230
Neoceram 800 750
Quartz 1200 900
Baycol 1200 900
Sapphire glass 1850
Brick Ordinary brick 500
General purpose furnace material (ceiling use) 1300 ~ 1500
General purpose furnace material (insulation brick) 900 ~ 1400
Cement Universal cement < 500
Fireproof cement 1100
Max. use temp. non-volatile gas / °C Continuous operating temp. non-volatile gas / °C Melting temp. °C Recrystallization temp. °C
Metals High melting point metals Tungsten 3387 1100 ~ 1300
Molybdenum 2623 800 ~ 1200
Tantalum 2990 900 ~ 1450
Niobium 2415 850 ~ 1300
Heat-resistant steel SUS310S 1150 900
SUH445 1200 1000
Inconel600 1050 1050
Common metals SUS316 1000 700
SUS304 1000 700
Iron 550
Aluminium 400
Copper 400
Max. use temp. atmosphere / °C Continuous operating temp. atmosphere / °C
Plastics Engineering plastics Polyimide (PI) 300
Poly Benz Imidazol(PBI) 310
Polymide-imide (PAI) 250
Poly Ether Imide (PEI) 170
Polyacetal (POM) 80
Poly Phenylene Sulfide (PPS) 220
Poly Ether Ether Ketone (PEEK) 250
Poly Tetra Fluoro Ethylene (PTFE) 260
Polymide 6 (PA6) 110 ~ 120
Ultra-high-molecular-weight polyethylene (UHMWPE) 80
Common plastics. Polyethylene (PE) 80 ~ 90
Polypropylene (PP) 100 ~ 140
Vinyl chloride resin (VC) 60 ~ 80
Polystyrene (PS) 80 ~ 90
Polyethylene-telephthalate (PET) 85 ~ 100
Acrylonitrile butadiene (ABS) 70 ~ 100

※Presented data is only for reference value of handling materials.