We supply silicon wafers, SiC, GaN, GaAs, and InP substrates to fabs across North America. Every batch ships with full ICP-MS purity data and crystallographic documentation.
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Four product lines covering the substrates, compounds, and services that semiconductor fabs need.
Every lot ships with a Certificate of Analysis — resistivity, thickness, TTV, bow/warp and surface quality data. ICP-MS trace-metal analysis available on request.
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We are a Toronto-based team that understands what fabs and research groups actually need from a materials supplier.
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Our team speaks your language. We understand crystal orientations, doping specifications, and epi requirements, so you do not have to explain the basics to your supplier.
Every shipment includes a Certificate of Analysis, lot traceability, and compliance documentation. We make audits and incoming QC painless for your team.
Direct relationships with crystal growers in Japan, China, Europe, and the US. We source from the manufacturer, not middlemen.
Full lot traceability from crystal ingot to your receiving dock — lot number, COA, and shipping documentation on every wafer.
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For standard silicon wafers, there is no minimum. We can supply single wafers for R&D or full cassettes for production. Custom-spec materials may have minimums depending on the crystal grower.
Stock materials typically ship within 3-5 business days from our Toronto warehouse. Custom orders depend on the specification and volume, but we provide delivery timelines with every quote.
Yes. While most of our customers are in Canada and the US, we ship globally. We handle all export documentation and customs clearance as part of our service.
Absolutely. Our supply network extends beyond what we list here. If you need a specific compound, substrate size, or custom specification, send us your requirements and we will source it.
Every shipment includes a Certificate of Analysis (COA) with resistivity, thickness, TTV, bow/warp, and surface quality data. ICP-MS trace metal analysis is available on request.
A conditional $1.5B Pentagon commitment to Wolfspeed funds SiC capacity but does not allocate wafers to outside buyers; what procurement teams should track and how to dual-source.
Moving SiC from 150mm to 200mm gives 1.78x gross wafer area and one report claims ~35% lower cost per chip — what changes on yield and who supplies 200mm.
China controls 98.9% of primary gallium and prices sit at 9–10x 2023 levels — what it means for GaN and GaAs wafer supply through 2030.
UBS says wafer makers need 40–50% higher prices to add capacity, with 20%+ annual increases seen in 2027-2028.
China’s indium export controls and AI datacom demand pushed six-inch InP wafers up about 250%. What IQE’s results signal and how to second-source.
A practical comparison of silicon carbide and gallium nitride for traction inverters, onboard chargers, and DC-DC converters.
FABrIC, CMC Microsystems and ventureLAB are building a domestic chip ecosystem. Local materials distribution is the layer still missing.
Wavelength, mobility, cost and applications compared, from RF power amplifiers to 1550 nm fiber optics.
Have a project in mind or need a quote? Reach out and our team will get back to you within one business day.