Silicon Wafer / Si Wafer
Prime, test and research-grade silicon substrates.
- Diameter
- 2"–12"
- Finish
- SSP or DSP
Search directly for KF 16 clamp, CF copper gasket, ISO100 blank, GaAs or SiC. Every result can be added to one RFQ with size and quantity.
Prime, test and research-grade silicon substrates.
Dry or wet thermal oxide on silicon.
Fused silica and quartz substrates for advanced research.

Semi-insulating and doped GaAs substrates.
InAs substrates for infrared, high-mobility and epitaxial research.
GaSb substrates for mid-infrared and III–V devices.
GaN substrates and GaN-on-carrier structures.
4H and 6H SiC substrates for power and research.

C-, A-, R- and M-plane sapphire substrates.

Transparent conductive ITO glass with selectable resistance.

Thermally stable fluorine-doped tin oxide glass.

Modular vacuum hardware for fast, reliable assembly.

Bakeable all-metal sealing for UHV systems.

Large-bore vacuum connections for high conductance.

Optical access for vacuum and UHV environments.

Flexible motion, sealing and vibration isolation in vacuum.

Application-specific chambers from concept to tested assembly.

High-purity aluminum source material for epitaxy and evaporation.

High-purity boron for controlled research and source applications.

High-purity bismuth pieces and source material.

High-purity germanium for semiconductor and deposition research.

High-purity antimony source material for compound semiconductor growth.

High-purity arsenic source material for III–V research.

Ultra-high-purity gallium for epitaxy and compound synthesis.

High-purity indium pieces, shots and ingots.

Specialty high-purity beryllium for controlled research supply.

High-purity cadmium for II–VI compound research.

High-purity Aluminum (Al) sputtering target for PVD and thin-film deposition.

High-purity Titanium (Ti) sputtering target for PVD and thin-film deposition.

High-purity Copper (Cu) sputtering target for PVD and thin-film deposition.

High-purity Chromium (Cr) sputtering target for PVD and thin-film deposition.

High-purity Nickel (Ni) sputtering target for PVD and thin-film deposition.

High-purity Cobalt (Co) sputtering target for PVD and thin-film deposition.

High-purity Iron (Fe) sputtering target for PVD and thin-film deposition.

High-purity Molybdenum (Mo) sputtering target for PVD and thin-film deposition.

High-purity Tungsten (W) sputtering target for PVD and thin-film deposition.

High-purity Tantalum (Ta) sputtering target for PVD and thin-film deposition.

High-purity Niobium (Nb) sputtering target for PVD and thin-film deposition.

High-purity Zirconium (Zr) sputtering target for PVD and thin-film deposition.

High-purity Hafnium (Hf) sputtering target for PVD and thin-film deposition.

High-purity Silicon (Si) sputtering target for PVD and thin-film deposition.

High-purity Germanium (Ge) sputtering target for PVD and thin-film deposition.

High-purity Zinc (Zn) sputtering target for PVD and thin-film deposition.

High-purity Tin (Sn) sputtering target for PVD and thin-film deposition.

High-purity Indium (In) sputtering target for PVD and thin-film deposition.

High-purity Silver (Ag) sputtering target for PVD and thin-film deposition.

High-purity Gold (Au) sputtering target for PVD and thin-film deposition.

High-purity Platinum (Pt) sputtering target for PVD and thin-film deposition.

High-purity Palladium (Pd) sputtering target for PVD and thin-film deposition.

High-purity Nickel chromium (NiCr) sputtering target for PVD and thin-film deposition.

High-purity Titanium aluminum (TiAl) sputtering target for PVD and thin-film deposition.

High-purity Aluminum copper (AlCu) sputtering target for PVD and thin-film deposition.

High-purity Iron cobalt (FeCo) sputtering target for PVD and thin-film deposition.

High-purity Copper gallium (CuGa) sputtering target for PVD and thin-film deposition.

High-purity Indium tin (InSn) sputtering target for PVD and thin-film deposition.

High-purity Indium tin oxide (ITO) sputtering target for PVD and thin-film deposition.

High-purity Aluminum-doped zinc oxide (AZO) sputtering target for PVD and thin-film deposition.

High-purity Zinc oxide (ZnO) sputtering target for PVD and thin-film deposition.

High-purity Silicon dioxide (SiO₂) sputtering target for PVD and thin-film deposition.

High-purity Aluminum oxide (Al₂O₃) sputtering target for PVD and thin-film deposition.

High-purity Titanium dioxide (TiO₂) sputtering target for PVD and thin-film deposition.

High-purity Hafnium oxide (HfO₂) sputtering target for PVD and thin-film deposition.

High-purity Tantalum oxide (Ta₂O₅) sputtering target for PVD and thin-film deposition.

High-purity Niobium oxide (Nb₂O₅) sputtering target for PVD and thin-film deposition.

High-purity Silicon nitride (Si₃N₄) sputtering target for PVD and thin-film deposition.

High-purity Aluminum nitride (AlN) sputtering target for PVD and thin-film deposition.

High-purity Titanium nitride (TiN) sputtering target for PVD and thin-film deposition.

High-purity Silicon carbide (SiC) sputtering target for PVD and thin-film deposition.

High-purity Boron carbide (B₄C) sputtering target for PVD and thin-film deposition.

High-purity Boron (B) sputtering target for PVD and thin-film deposition.

High-purity Vanadium (V) sputtering target for PVD and thin-film deposition.

High-purity Manganese (Mn) sputtering target for PVD and thin-film deposition.

High-purity Magnesium (Mg) sputtering target for PVD and thin-film deposition.

High-purity Gallium (Ga) sputtering target for PVD and thin-film deposition.

High-purity Antimony (Sb) sputtering target for PVD and thin-film deposition.

High-purity Bismuth (Bi) sputtering target for PVD and thin-film deposition.

High-purity Cadmium (Cd) sputtering target for PVD and thin-film deposition.

High-purity Yttrium (Y) sputtering target for PVD and thin-film deposition.

High-purity Nickel iron (NiFe) sputtering target for PVD and thin-film deposition.

High-purity Cobalt chromium (CoCr) sputtering target for PVD and thin-film deposition.

High-purity Cobalt iron boron (CoFeB) sputtering target for PVD and thin-film deposition.

High-purity Titanium tungsten (TiW) sputtering target for PVD and thin-film deposition.

High-purity Aluminum silicon (AlSi) sputtering target for PVD and thin-film deposition.

High-purity Copper indium gallium (CuInGa) sputtering target for PVD and thin-film deposition.

High-purity Gold germanium (AuGe) sputtering target for PVD and thin-film deposition.

High-purity Platinum iridium (PtIr) sputtering target for PVD and thin-film deposition.

High-purity Magnesium oxide (MgO) sputtering target for PVD and thin-film deposition.

High-purity Zirconium oxide (ZrO₂) sputtering target for PVD and thin-film deposition.

High-purity Yttrium oxide (Y₂O₃) sputtering target for PVD and thin-film deposition.

High-purity Cerium oxide (CeO₂) sputtering target for PVD and thin-film deposition.

High-purity Gallium oxide (Ga₂O₃) sputtering target for PVD and thin-film deposition.

High-purity Indium oxide (In₂O₃) sputtering target for PVD and thin-film deposition.

High-purity Tin oxide (SnO₂) sputtering target for PVD and thin-film deposition.

High-purity Tungsten oxide (WO₃) sputtering target for PVD and thin-film deposition.

High-purity Molybdenum oxide (MoO₃) sputtering target for PVD and thin-film deposition.

High-purity Vanadium dioxide (VO₂) sputtering target for PVD and thin-film deposition.

High-purity Copper oxide (CuO) sputtering target for PVD and thin-film deposition.

High-purity Cadmium sulfide (CdS) sputtering target for PVD and thin-film deposition.

High-purity Cadmium telluride (CdTe) sputtering target for PVD and thin-film deposition.

High-purity Aluminum (Al) source material for thermal and electron-beam evaporation.

High-purity Chromium (Cr) source material for thermal and electron-beam evaporation.

High-purity Cobalt (Co) source material for thermal and electron-beam evaporation.

High-purity Copper (Cu) source material for thermal and electron-beam evaporation.

High-purity Gold (Au) source material for thermal and electron-beam evaporation.

High-purity Hafnium (Hf) source material for thermal and electron-beam evaporation.

High-purity Indium (In) source material for thermal and electron-beam evaporation.

High-purity Iron (Fe) source material for thermal and electron-beam evaporation.

High-purity Magnesium (Mg) source material for thermal and electron-beam evaporation.

High-purity Molybdenum (Mo) source material for thermal and electron-beam evaporation.

High-purity Nickel (Ni) source material for thermal and electron-beam evaporation.

High-purity Niobium (Nb) source material for thermal and electron-beam evaporation.

High-purity Palladium (Pd) source material for thermal and electron-beam evaporation.

High-purity Platinum (Pt) source material for thermal and electron-beam evaporation.

High-purity Silicon (Si) source material for thermal and electron-beam evaporation.

High-purity Silver (Ag) source material for thermal and electron-beam evaporation.

High-purity Tantalum (Ta) source material for thermal and electron-beam evaporation.

High-purity Titanium (Ti) source material for thermal and electron-beam evaporation.

High-purity Tungsten (W) source material for thermal and electron-beam evaporation.

High-purity Zinc (Zn) source material for thermal and electron-beam evaporation.

High-purity Zirconium (Zr) source material for thermal and electron-beam evaporation.

High-purity Silicon dioxide (SiO₂) source material for thermal and electron-beam evaporation.

High-purity Aluminum oxide (Al₂O₃) source material for thermal and electron-beam evaporation.

High-purity Magnesium fluoride (MgF₂) source material for thermal and electron-beam evaporation.

High-purity Zinc sulfide (ZnS) source material for thermal and electron-beam evaporation.

High-purity Titanium dioxide (TiO₂) source material for thermal and electron-beam evaporation.

High-purity Boron (B) source material for thermal and electron-beam evaporation.

High-purity Bismuth (Bi) source material for thermal and electron-beam evaporation.

High-purity Cadmium (Cd) source material for thermal and electron-beam evaporation.

High-purity Gallium (Ga) source material for thermal and electron-beam evaporation.

High-purity Germanium (Ge) source material for thermal and electron-beam evaporation.

High-purity Manganese (Mn) source material for thermal and electron-beam evaporation.

High-purity Antimony (Sb) source material for thermal and electron-beam evaporation.

High-purity Selenium (Se) source material for thermal and electron-beam evaporation.

High-purity Tellurium (Te) source material for thermal and electron-beam evaporation.

High-purity Vanadium (V) source material for thermal and electron-beam evaporation.

High-purity Yttrium (Y) source material for thermal and electron-beam evaporation.

High-purity Calcium fluoride (CaF₂) source material for thermal and electron-beam evaporation.

High-purity Cerium fluoride (CeF₃) source material for thermal and electron-beam evaporation.

High-purity Lanthanum fluoride (LaF₃) source material for thermal and electron-beam evaporation.

High-purity Aluminum fluoride (AlF₃) source material for thermal and electron-beam evaporation.

High-purity Cryolite (Na₃AlF₆) source material for thermal and electron-beam evaporation.

High-purity Silicon monoxide (SiO) source material for thermal and electron-beam evaporation.

High-purity Tantalum pentoxide (Ta₂O₅) source material for thermal and electron-beam evaporation.

High-purity Niobium pentoxide (Nb₂O₅) source material for thermal and electron-beam evaporation.

High-purity Hafnium oxide (HfO₂) source material for thermal and electron-beam evaporation.

High-purity Zirconium oxide (ZrO₂) source material for thermal and electron-beam evaporation.

High-purity Yttrium oxide (Y₂O₃) source material for thermal and electron-beam evaporation.

High-purity Cerium oxide (CeO₂) source material for thermal and electron-beam evaporation.

High-purity Indium oxide (In₂O₃) source material for thermal and electron-beam evaporation.

High-purity Tin oxide (SnO₂) source material for thermal and electron-beam evaporation.

High-purity Tungsten oxide (WO₃) source material for thermal and electron-beam evaporation.

High-purity Molybdenum oxide (MoO₃) source material for thermal and electron-beam evaporation.

High-purity Zinc selenide (ZnSe) source material for thermal and electron-beam evaporation.

High-purity Cadmium sulfide (CdS) source material for thermal and electron-beam evaporation.

High-purity Cadmium selenide (CdSe) source material for thermal and electron-beam evaporation.

High-purity Cadmium telluride (CdTe) source material for thermal and electron-beam evaporation.

High-purity Lead sulfide (PbS) source material for thermal and electron-beam evaporation.

High-purity Lead selenide (PbSe) source material for thermal and electron-beam evaporation.

High-purity Lead telluride (PbTe) source material for thermal and electron-beam evaporation.

Alumina (Al₂O₃) supplied in plates, rods, tubes, crucibles and custom parts with application-specific technical review.

Zirconia (ZrO₂) supplied in plates, rods, tubes and custom parts with application-specific technical review.

Aluminum nitride (AlN) supplied in substrates, plates and custom parts with application-specific technical review.

Boron nitride (BN) supplied in crucibles, plates, rods and custom parts with application-specific technical review.

Silicon nitride (Si₃N₄) supplied in plates, rods, tubes and custom parts with application-specific technical review.

Silicon carbide (SiC) supplied in plates, rings, tubes and custom parts with application-specific technical review.

Lanthanum (La) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Cerium (Ce) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Praseodymium (Pr) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Neodymium (Nd) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Samarium (Sm) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Gadolinium (Gd) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Terbium (Tb) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Dysprosium (Dy) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Erbium (Er) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Ytterbium (Yb) supplied in pieces / ingot, powder and custom form with application-specific technical review.

Aluminium quick clamp for joining two KF flanges.

Stainless-steel centering ring with vacuum-compatible elastomer seal.

Straight stainless-steel tube with KF flanges on both ends.

Reducer and transition fittings between KF nominal sizes.

Four-port KF cross for gauges, pumping and instrumentation branches.

Three-port KF tee for modular vacuum line layouts.

KF flange with tube stub for welding to chambers and pipelines.

Compact right-angle KF fitting for vacuum line routing.

Solid KF blank for safely closing unused vacuum ports.

Stainless-steel flexible hose for alignment and vibration isolation.

Fixed-bolt-hole knife-edge flange for bakeable UHV connections.

Two-piece rotatable CF flange for bolt-hole alignment.

Single-use oxygen-free copper gasket for CF knife-edge seals.

Solid CF blank for bakeable closure of UHV ports.

Straight UHV tube with CF flanges on both ends.

CF elbow for low-outgassing UHV line routing.

Three-port CF tee for UHV pumping and instrumentation.

Four-port CF cross for surface-science and chamber manifolds.

CF-to-CF reducers and CF-to-KF/ISO transition fittings.

Single and double claw clamps for ISO-K flange assembly.

Centering ring assembly for ISO-K and ISO-F vacuum seals.

ISO-K or ISO-F blank for large vacuum port closure.

Straight large-bore spool with ISO flanges.

Large-bore elbow for high-conductance pumping lines.

Three-port ISO fitting for process and pumping manifolds.

Four-port ISO fitting for large vacuum systems.

ISO size reducers and ISO-to-KF/CF transition pieces.