MicroChemicals Silicon, Quartz, Glass and Fused Silica Wafer Stock List (Revised: 18.03.2024 19:16 MEZ)


Other wafer types (also cut wafer pieces) and technical details on request: info@microchemicals.eu
       
 1 Inch2 Inch3 Inch4 Inch5 Inch6 Inch8 Inch12 InchStücke
CZ-Si4466 Wafer7649 Wafer11237 Wafer18974 Wafer799 Wafer13507 Wafer4574 Wafer749 Wafer3009 Wafer
FZ-Si0 Wafer1319 Wafer758 Wafer3137 Wafer0 Wafer601 Wafer0 Wafer0 Wafer0 Wafer
Si+SiO20 Wafer1264 Wafer799 Wafer4664 Wafer0 Wafer485 Wafer0 Wafer0 Wafer1297 Wafer
Si+SiNx0 Wafer0 Wafer131 Wafer461 Wafer0 Wafer0 Wafer0 Wafer0 Wafer0 Wafer
Quartz200 Wafer77 Wafer187 Wafer138 Wafer0 Wafer0 Wafer0 Wafer0 Wafer324 Wafer
Fused Silica375 Wafer4366 Wafer525 Wafer2162 Wafer0 Wafer542 Wafer36 Wafer0 Wafer11199 Wafer
Glass300 Wafer1010 Wafer549 Wafer2254 Wafer0 Wafer430 Wafer58 Wafer0 Wafer3342 Wafer

4 Inch Silicon + SiO2 Wafers (Thermal Oxidation)
Qual.MaterialSize
(inch)
Orien-
tation
PolishedThick-
ness (μm)
DopingResistivity
(ohm cm)
Coating# available
now1/soon2
Article Number
(WebShop)
PrimeSi + SiO2 (dry)4(100)double-side525 ± 2510000 - 100000100 nm63 / 63WTA40525250X1718S101
PrimeSi + SiO2 (dry)4(100)one-side525 ± 20Boron0.001 - 0.005290 nm198 / 198WTD40525205B1050S291
PrimeSi + SiO2 (dry)4(100)one-side525 ± 20Boron0.001 - 0.005290 nm50 / 50WTD40525205B1050S293
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Arsenic0.001 - 0.005200 nm78 / 78WTD40525250A1050S201
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Boron0.001 - 0.00590 nm113 / 113WTD40525250B1050S091
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Boron0.001 - 0.005280 nm31 / 431WTD40525250B1050S281
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Boron1 - 10100 nm152 / 152WTD40525250B1314S102
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Boron1 - 10200 nm98 / 498WTD40525250B1314S201
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Phosphor1 - 10100 nm79 / 79WTD40525250P1314S101
PrimeSi + SiO2 (dry)4(100)one-side525 ± 25Boron0.001 - 0.0190 nm0 / 183WTD40525255B1011S091
TestSi + SiO2 (dry)4(100)one-side525 ± 25Boron0.001 - 0.005280 nm25 / 25WTM40525250B1050S281
Dummy3Si + SiO2 (dry)4(100)one-side525 ± 25Boron0.001 - 0.005280 nm259 / 259WTV40525250B1050S281
PrimeSi + SiO2 (wet)4(100)double-side350 ± 1510000 - 100000300 nm17 / 17WWA40350150X1718SNN1
PrimeSi + SiO2 (wet)4(100)double-side525 ± 15Boron1 - 10300 nm65 / 65WWA40525150B1314SNN2
PrimeSi + SiO2 (wet)4(100)double-side525 ± 25Phosphor1 - 105000 nm67 / 67WWA40525250P1314SXX1
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Arsenic0.001 - 0.005300 nm221 / 221WWD40525250A1050S301
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 10300 nm115 / 515WWD40525250B1314S302
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 10500 nm441 / 441WWD40525250B1314S501
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 101000 nm248 / 248WWD40525250B1314SXX1
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 101500 nm337 / 337WWD40525250B1314SXX3
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 102000 nm25 / 225WWD40525250B1314SXX6
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Boron1 - 105000 nm70 / 70WWD40525250B1314SXX8
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Phosphor1 - 101000 nm125 / 125WWD40525250P1314SXX1
PrimeSi + SiO2 (wet)4(100)one-side525 ± 25Phosphor1 - 102280 nm50 / 50WWD40525250P1314SXX2
PrimeSi + SiO2 (wet)4(100)one-side525 ± 251000 - 100000300 nm3 / 3WWD40525250X1618S301
PrimeSi + SiO2 (wet)4(100)one-side625 ± 25Phosphor10 - 201000 nm149 / 149WWD40625250P1424SXX1
PrimeSi + SiO2 (wet)4(111)one-side525 ± 25Phosphor1 - 101000 nm2 / 2WWF40525250P1314SXX1
Interested in an offer? Please send us an e-mail with the article numbers(s) (20-digit code in the right column of the table above) and number to info@microchemicals.com
1 available when this list has been revised
2 available + ordered (= available in typically few weeks)
3 Wider specified, rather cheap wafers for e. g. resist coating tests or start-up experiments for new litho-processes.
4 prices subject to change; while stocks last.
5 possibly available on demand within approx. 1 - 2 weeks.

 
       
We try to revise this stock list daily or weekly, but we cannot guarantee that it's always up-to-date.