Short answer: Semiconductor tools rely on 300-series stainless for gas paths and chambers, high-purity aluminum for frames and enclosures, copper for thermal and electrode parts and nickel alloys for hot corrosive zones, all controlled for cleanliness, outgassing and full traceability.
At a Glance
Why Cleanliness Rules
In a fab, a single particle or outgassing event ruins a wafer, so metal is chosen and finished for low contamination; the finish discipline is in our Surface Treatment Guide и Finishing and Coating Guide, with anodizing detail in our Anodized Aluminum Guide.
Stainless, Aluminum and Copper
316L stainless serves gas lines and chambers, 6061 aluminum serves frames and enclosures via our Extrusion Profiles Guide, and copper serves thermal and electrode parts from our Copper Supplier; the electronics context is in our Electronics Guide.
High-Temperature and Corrosive Zones
Where plasma and chemistry attack, Инконель and specialty nickel alloys hold up; the alloy map is in our Nickel Alloy Grades Guide and the machinery view in our Machining Guide.
Traceability and Supply
Fab metal ships with full mill cert and lot control, verified by our Mill Test Certificate Guide и Quality Inspection Guide, then packed per our Export Packing Guide.
Get a Quote
Tell HXSCO your requirements and we will respond with a competitive quote and lead time.
Часто задаваемые вопросы
316L is common for gas lines and chambers because of its purity and weldability.
It is light and stiff for frames and enclosures and anodizes for particle control.
Cleanliness, outgassing, surface finish and full lot traceability.
Yes in hot, corrosive chambers where stainless would not survive.
With EN 10204 3.1 mill cert and lot-level traceability.
Supply Fab-Grade Metal with HXSCO
HXSCO supplies stainless, aluminum, copper and nickel alloy for semiconductor tooling with cleanliness and traceability controls. Send your spec for a quote.