01
Evaporation Materials — Fluorides
Low to medium refractive index materials for AR, UV, IR and Glasses Coating
B = Resistive boat
E = Electron beam
EB = Electron beam (preferred)
B(W/Ta/Mo) = Tungsten, Tantalum or Molybdenum boat
| Product Name
|
Formula
|
Spec.
|
M.P. (°C)
|
Evap. Source
|
RI @550 nm
|
Transparency
|
Application
|
| Aluminum Fluoride
|
AlF₃
|
1–5 mm
|
1,040
|
B
|
1.36
|
150–9,000 nm
|
UV Coating
|
| Ytterbium Fluoride
|
YbF₃
|
1–5 mm
|
1,160
|
E
|
1.48
|
220–14,000 nm
|
IR Coating
|
| Magnesium Fluoride
|
MgF₂
|
1–2 mm / 1–3 mm
|
2,239
|
EB
|
1.38
|
130–8,000 nm
|
AR
UV
Glasses
|
| Calcium Fluoride
|
CaF₂
|
1–5 mm
|
1,360
|
B(W/Ta/Mo)
|
1.46
|
N/A
|
AR Coating
|
| Silicon Dioxide
|
SiO₂
|
1–3 mm / Ø2×2 / Ø25×10 mm
|
1,600
|
EB
|
1.46 ± 0.03
|
200–9,000 nm
|
AR
UV
Filter
Glasses
|
| Silicon-Alumina Granules
|
SiO₂ + Al₂O₃
|
1–5 mm
|
1,500
|
EB
|
1.47
|
300–7,000 nm
|
AR
Glasses Coating
|
Why Fluoride Coatings? Fluoride materials are the first choice for anti-reflection (AR) and UV-transmitting coatings. MgF₂ offers excellent durability across 130–8,000 nm. AlF₃ delivers the lowest RI (1.36), ideal for UV. CaF₂ is widely used for broadband AR on optics.
02
Evaporation Materials — Oxides & Compounds
Medium to high refractive index materials for HR, AR, UV, IR and Multilayer Coating
E = Electron beam | EB = Electron beam (preferred)
| Product Name
|
Formula
|
Spec.
|
M.P. (°C)
|
Evap.
|
RI @550 nm
|
Transparency
|
Application
|
| Zirconia Alumina
|
ZrO₂ + Al₂O₃
|
1–5 mm
|
1,127
|
EB
|
1.70
|
0.3–7 μm
|
Multilayer
|
| Yttrium Fluoride
|
YF₃
|
1–5 mm
|
1,387
|
EB
|
1.59
|
220–14,000 nm
|
IR Coating
|
| Tungsten Oxide
|
WO₃
|
1–2 / 1–3 mm
|
1,473
|
EB
|
2.00–2.28
|
380–14,000 nm
|
HR Coating
|
| Lanthanum Fluoride
|
LaF₃
|
1–5 mm
|
1,500
|
B(W/Ta)
|
1.59
|
140–14,000 nm
|
UV Coating
|
| Aluminum Oxide
|
Al₂O₃
|
1–3 mm
|
2,054
|
EB
|
1.62
|
200–5,000 nm
|
AR
Protective
|
| Magnesium Oxide
|
MgO
|
1–5 mm
|
2,800
|
EB
|
~7.0
|
0.2–8 μm
|
AR Coating
|
| Silicon Monoxide
|
SiO
|
1–10 mm
|
1,700
|
EB
|
1.85 ± 0.03
|
700–9,000 nm
|
UV Coating
|
| Yttrium Oxide
|
Y₂O₃
|
1–5 mm
|
2,145
|
E
|
1.79
|
250–12,000 nm
|
IR Coating
|
| Titanium Monoxide
|
TiO
|
1–10 mm
|
1,750
|
E
|
2.18
|
400–12,000 nm
|
Optical Coating
|
| Titanium Sesquioxide
|
Ti₂O₃
|
1–3 mm
|
2,130
|
E
|
2.35
|
400–12,000 nm
|
Optical Coating
|
| Titanium Pentoxide
|
Ti₃O₅
|
1–3 mm
|
1,800
|
E
|
2.32
|
400–12,000 nm
|
AR
HR
Glasses
|
| Titanium Dioxide
|
TiO₂
|
1–3 mm
|
1,780
|
E
|
2.18
|
400–12,000 nm
|
Multilayer
HR
Glasses
|
| Lanthanum Titanate
|
TiO₂ + La₂O₃
|
1–3 mm
|
1,800
|
E
|
2.07
|
360–7,000 nm
|
AR
Multilayer
|
| Zirconia Titania
|
ZrO₂ + TiO₂
|
Ø23×12 mm
|
2,100
|
E
|
2.08
|
360–7,000 nm
|
AR
Multilayer
|
| Zirconia Tantala
|
ZrO₂ + Ta₂O₅
|
Ø18×8 mm / 1–3 mm
|
2,100
|
E
|
1.98
|
400–9,000 nm
|
Multilayer
|
| Zinc Sulfide
|
ZnS
|
1–3 / 3–5 mm
|
1,850
|
—
|
2.35
|
400–15,000 nm
|
Filter
Cold Light
|
| Tantalum Pentoxide
|
Ta₂O₅
|
1–3 mm
|
1,800
|
EB
|
2.15
|
350–9,000 nm
|
HR
IR Filter
|
| Niobium Oxide
|
Nb₂O₅
|
1–3 mm
|
1,460
|
EB
|
2.34
|
350–9,000 nm
|
HR
Coating Filter
|
| Hafnium Oxide
|
HfO₂
|
1–3 mm
|
2,811
|
E
|
1.99
|
200–9,000 nm
|
HR
AR
UV
|
| Cerium Oxide
|
CeO₂
|
1–3 mm
|
1,950
|
E
|
1.95–2.05
|
0.4–12 μm
|
AR Coating
|
04
Evaporation Accessories
Crucibles, evaporation boats and filaments for thermal & electron beam deposition
| Material
|
Purity
|
Crucible
|
Boat
|
Filament
|
M.P. (°C)
|
Density (g/cc)
|
Colour
|
Notes
|
| Cu (Copper)
|
99.97%
|
✓
|
—
|
—
|
1,084
|
8.96
|
Copper red
|
Easily oxidised
|
| Mo (Molybdenum)
|
99.95%
|
✓
|
✓
|
—
|
2,630
|
10.22
|
White grey
|
Stable, brittle
|
| W (Tungsten)
|
99.95%
|
✓
|
✓
|
✓
|
3,407
|
19.35
|
White grey
|
Stable, brittle
|
| Ta (Tantalum)
|
99.99%
|
✓
|
✓
|
—
|
2,996
|
16.65
|
Dark grey
|
Chemically stable
|
| C (Graphite)
|
99.99%
|
✓
|
—
|
—
|
3,850
|
1.8
|
Black
|
Chemically stable
|
| Nb (Niobium)
|
99.95%
|
—
|
✓
|
—
|
2,468
|
8.57
|
Steel grey
|
—
|
| Al₂O₃ (Alumina)
|
99.5%
|
✓
|
—
|
—
|
2,020
|
3.0–3.6
|
White
|
Brittle
|
| BN (Boron Nitride)
|
99.5%
|
✓
|
—
|
—
|
3,000
|
2.80–3.20
|
White
|
—
|
| SiO₂ (Silica)
|
99.99%
|
✓
|
—
|
—
|
1,710
|
2.32
|
Transparent
|
Brittle
|
✓ = Available in this form | All sizes available on request
05
Sputtering Targets — Alloys & Compound Oxides
For flat panel display, semiconductor and advanced optical coating applications
Flat = Planar sputtering target | Rotary = Rotating cylindrical target
| Product Name
|
Chemical Formula
|
Purity
|
Form
|
| Silicon-Aluminum Alloy Target
|
Si + Al
|
99.9% / 99.99%
|
Flat
Rotary
|
| Nickel-Chromium Alloy Target
|
Ni + Cr
|
99.8% / 99.99%
|
Flat
|
| Titanium-Aluminum Alloy Target
|
Ti + Al
|
99.6% / 99.9%
|
Flat
|
| Aluminum-Scandium Alloy Target
|
Al + Sc
|
99.99%
|
Flat
|
| Indium-Tin Alloy Target
|
In + Sn
|
99.99%
|
Flat
|
| High-Purity Aluminum Alloy Target
|
Al alloy
|
99.99% – 99.9995%
|
Flat
|
| High-Purity Silver Alloy Target
|
Ag alloy
|
99.99% / 99.995%
|
Flat
|
| High-Purity Gold Alloy Target
|
Au alloy
|
99.99% / 99.999%
|
Flat
|
| High-Purity Copper Alloy Target
|
Cu alloy
|
99.99% / 99.999%
|
Flat
|
| High-Purity Molybdenum Alloy Target
|
Mo alloy
|
99.95%
|
Flat
|
| High-Purity Nickel Alloy Target
|
Ni alloy
|
99.99%
|
Flat
|
| High-Purity Silicon Alloy Target
|
Si alloy
|
99.99%
|
Flat
Rotary
|
| Silicon Dioxide Target
|
SiO₂
|
99.995%
|
Flat
|
| Niobium Oxide Target
|
Nb₂Ox
|
99.99%
|
Flat
Rotary
|
| Titanium Oxide Target
|
TiOx
|
99.99%
|
Flat
Rotary
|
| ITO Target (Display / PV)
|
In₂O₃ + SnO₂
|
99.99%
|
Flat
Rotary
|
| AZO Target
|
ZnO + Al₂O₃
|
99.99%
|
Flat
Rotary
|
| IGZO Target
|
In₂O₃ + Ga₂O₃ + ZnO
|
99.99%
|
Flat
Rotary
|
ITO Target Highlights — Display: G4.5, G5, G5.5, G6, G8.5, G11 generation panel lines. Photovoltaic: mobility 50–60 cm²/V·s, carrier concentration 1–3 × 10²⁰/cm³. Qualified at BOE, CSOT, Innolux & AUO.
Need a Custom Specification?
We supply materials to custom sizes, purities and geometries. Contact us for datasheets, samples, or a tailored quotation — typical lead time 2–4 weeks.
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