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Semiconductor Materials Distributor in Toronto

Mihron Metalyx Inc. is a Toronto-based distributor of high-purity semiconductor materials — silicon wafers, SiC and GaN substrates, and III-V compound semiconductors — serving fabs, research institutions, and electronics manufacturers across the Greater Toronto Area, Canada, and the United States. Stock materials ship in 3–5 business days from a bonded Toronto-area warehouse, and every lot arrives with a Certificate of Analysis.

Materials available from our Toronto warehouse

Material lineRangeTypical applications
Silicon wafers (CZ, FZ)2" to 12", (100)/(111)/(110), n- and p-type, prime/test/reclaimICs, MEMS, sensors, photovoltaics
SiC substrates4H and 6H, 2" to 6", n-type and semi-insulatingEV inverters, high-voltage power devices
GaN epiwafersGaN-on-SiC, GaN-on-sapphire, HEMT and LED grade5G RF, power electronics, LEDs
III-V compoundsGaAs, InP, GaSb, InAs, InSb, 2" to 6", epi-readyPhotonics, telecom, infrared detectors
Foundry & logisticsReclaim, back-grinding, dicing, metrology, customsSupply-chain and processing services

Why GTA and Canadian buyers use a local distributor

Frequently asked questions

Is there a semiconductor materials distributor in Toronto?

Yes — Mihron Metalyx Inc. distributes silicon wafers, wide-bandgap substrates, and III-V compounds from Toronto, serving all of North America.

What if I need a material you don't list?

Our sourcing network covers crystal growers in Japan, China, Europe, and the US. Send your specification and we will source it, including custom ternary and quaternary compounds.

Do you serve customers outside the GTA?

Yes. Most of our customers are across Canada and the United States, and we ship globally with full export documentation.

How do I get pricing?

Submit your specs (diameter, orientation, doping, resistivity, quantity) via the request-a-quote form. Quotes typically return within 48 hours.

Need wafers or substrates in the GTA?
Get a quote back within 48 hours.

Request a Quote

Learn more about Mihron Metalyx · Technical blog · SiC vs GaN guide