Heat Resistant Steels
Products
Description
Applications
W.Nr
DIN Norm
Applications
1.4713
X10CrAl7
4713 is a ferritic stainless steel that resistant to heat up to 850 °C in the atmosphere.
Industrial furnace engineering, steel pipes, furnace parts, conveying roller, etc.
1.4724
X10CrAl13
It has excellent corrosion resistance
Bearing and transport components in furnaces and working environments where sulfur gases are present, heat-resistant equipment/parts for thermal boilers, etc.
1.4742
X10CrAl18
It can be used up to 1000 °C. It is heat resistant steel that is not resistant to mechanical load.
Furnace fitting parts, parts for thermal boilers, etc.
1.4762
X10CrAl24
Heat resistant ferritic steel. Resistant to 1150 °C in the atmosphere.
Industrial furnace engineering, steam generator, annealing pipes, etc.
1.4821
X20CrNiSi25-4
It can be used up to 1000 °C
Furnace fitting parts, etc.
1.4828
X15CrNiSi20-12
It is suitable for use under high mechanical stress. They are heat resistant steels with high oxidation resistance.
Furnace linings, furnace plates, steam boiler parts and equipment used in the industry and operating at high temperatures
1.4841
X15CrNiSi25-20
High corrosion resistance
Steam boilers, thermocouples, etc.
1.4845
X12CrNi25-12
It is an austenitic steel with excellent oxidation resistance that can be used up to 1050 °C.
Electrical resistors, furnaces, high temperature applications, air heaters etc.
1.4864
X12NiCrSi36-16
It is an austenitic steel that is resistant to carburization and can be used up to 1200 °C.
Equipment and components of gas turbines, heat exchangers, heat treatment furnaces, etc.
1.4878
X12CrNiTi18-9
It is an austenitic stainless steel with high creep resistance and good mechanical properties after 1050 °C.
Pipes, welded parts, aerospace industry, electrical resistors, exhaust systems, etc.
1.4885
X12CrNiMoNb20-15
Temperature resistant up to 1000°C, It can be used in annealing furnaces, industrial furnace parts and as bearing steel.
Kriyojenik Proses
Yüksek karbonlu soğuk iş takım çeliklerinde martensitik dönüşüm
eksi derecelerde tamamlandığında kalıntı östenit miktarını
minumuma indirmek için kriyojenik proses uygulanmaktadır.
-196 derecede uygulanan bu işlem sayesinde malzemelerin tokluğu
ve aşınma direnci kayda değer bir şekilde arıtmaktadır.
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