Heat Resistant Stainless Steel Archives - MetalTek

Heat Resistant Stainless Steel Material Profiles:Part 1

admin — Tue, 01 Dec 2020 03:59:31 +0000

Grade MTEK 20-10 (J92603 / HF) Heat Resistant Stainless Steel Description Economical heat resistant grade containing enough chromium and nickel for good resistance to oxidation. Properties – Why select this material Economical heat resistant grade Service limit 1600°F / 870°C Applications – Frequent uses Convection tube sheets Return bends Burner tips Gas burner rings Grade…

The post Heat Resistant Stainless Steel Material Profiles:Part 1 appeared first on MetalTek.

Heat Resistant Stainless Steel Material Profiles:Part 2

admin — Tue, 01 Dec 2020 03:34:04 +0000

Grade Description Properties – Why select this material Applications – Frequent uses Grade Description Properties – Why select this material Applications – Frequent uses Grade Description Properties – Why select this material Applications – Frequent uses Grade Description Properties – Why select this material Applications – Frequent uses Grade Description Properties – Why select this…

The post Heat Resistant Stainless Steel Material Profiles:Part 2 appeared first on MetalTek.

Material Applications: Heat Resistant Alloy Profiles Part 1

admin — Thu, 26 Nov 2020 03:20:34 +0000

Nickel Iron Chrome (Ni-Fe-Cr) Alloys. This group includes grades HX and HW. Description These high-temperature stainless steel have the highest nickel content (around 60%) in the high-temperature family. Properties – Why select this material HX and HW provide the highest carburization resistance of the standard alloys. Good oxidation resistance. Good thermal shock resistance. Some Typical…

The post Material Applications: Heat Resistant Alloy Profiles Part 1 appeared first on MetalTek.

Material Applications: Heat Resistant Alloy Profiles Part 2

admin — Thu, 26 Nov 2020 02:47:40 +0000

Iron Chrome (Fe-Cr) Alloys. This group includes the grades HA, HC and HD. Description This family of stainless steel is often used in higher temperature but lower stress applications. Properties – Why select this material Effective in load-bearing applications at temperatures up to 1200°F-1300°F/650°C-700°C). HA is used for components in low-stress applications. Resistant to high…

The post Material Applications: Heat Resistant Alloy Profiles Part 2 appeared first on MetalTek.

Material Applications: Heat Resistance

admin — Tue, 24 Nov 2020 01:54:48 +0000

By way of definition, heat-resistant applications typically occur above 1200°F/670°C and require the use of materials that have enhanced resistance to oxidation and other environment-specific gases and mechanical property degradation. Performance in these high-temperature environments is indicated by acceptable levels of tensile strength, stress rupture life, and creep strengths that correspond to the required time…

The post Material Applications: Heat Resistance appeared first on MetalTek.