The 2022 CHIPS Act (Creating Helpful Incentives to Produce Semiconductors) and subsequent rounds of funding to boost semiconductor production in the United States have resulted in an increased need for high-quality components necessary for manufacturing.
The electronics and semiconductor markets have a high demand for reliable stainless valves, piping and other components to prevent contamination from oxidation or other impurities.
Hydrogen is another high-purity application where stainless components are required due to the propensity for hydrogen to cause pitting and intergranular corrosion, even of super high-strength metals. This is referred to as hydrogen embrittlement, and will ultimately result in the failure of components.
Superior stainless, built to resist embrittlement
Herose’s ASME stainless steel relief valves can handle pressures from 40 to 3,625 PSI and are developed with a higher nickel content that stands up to hydrogen and resists cracking and pitting for reliable durability.
Herose ASME valves are rated for both hydrogen and cryogenic service down to -425F and apply across a wide range of applications. In addition to ASME certification, the valves have CRN approval and KAG approvals are in the works.
Extremely high quality that's cost effective
Considerably less expensive than many competitors, and the only ASME valve currently available, Herose’s stainless relief valves are cost effective without compromising quality. They stand up to and even surpass competitors when it comes to durability, longevity and safety performance.
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