- Name: Yttrium-stabilized Zirconia (YSZ) Single Crystal Substrate 8% Y2O3
- Lattice parameter:a = 5.139 Å
- Crystal Structure: Cubic, Fluorite
- Commonly used as substrate for: TiO2, LaNiO3, GaFeO3 ITO, CeO2, BiVO4, Hf0.5Zr0.5O2, RuO2, LSCO, HfO2, Fe2O3, YBCO, NiFeO4, ZnO, ZrO2, ε-Ga2O3, Sr2CeO4
- Surface Roughness: Ra <0.2nm (measured 5x5 µm AFM scan)
- Very Hard (Mohs 8), high optical transparency (80% above 400nm), good temperature and chemical stability
- Available Dimensions: 5x5 mm to 20x20 mm and customized
- Single or double side polished
- Next day delivery
Yttrium-stabilized Zirconia (YSZ) single crystals are a relatively cheap and hard wearing substrate which has a good match with many single and multiplication oxides. YSZ was one of the earliest materials used for stabilizing high-temperature superconducting thin films of YBCO. If using it for optical transmission experiments then get double side polished otherwise single side polished is the most common.
Zirconia as a pure material goes through 3 phase transitions on cooling from high temperatures to low temperature from Cubic to tetragonal to monoclinic. This results in stresses which cause solid forms of the material to break up. Yttria (Y2O3) is added to the melt from 8-13 mol % to stabilize the Zirconia forming Yttrium-stabilized Zirconia (YSZ) in the cubic phase at room temperature. At crystal substrates, we use 8% YSZ single crystals which give us all the great mechanical and dielectric properties of ZrO2 at a very reasonable cost. 8% YSZ is very stable up to 1000C which is above the temperature of most thin film growth temperatures.
Zirconium oxide (Zirconia) is a material with high hardness, high strength, high toughness, high wear resistance and excellent chemical resistance and many physical and chemical properties. As such zirconia has been widely applied in various fields: ceramics, refractories, machinery, electronics, optics,and aerospace.
| LINEAR FORMULA: | (ZrO2)1 – x(Y2O3)x where x = 0.08 |
| PURITY: | >99.99% |
| CRYSTAL ORIENTATION: | (100), (110) & (111) |
| GROWTH METHOD: | Flux Technique |
| CRYSTAL STRUCTURE: | Cubic |
| LATTICE CONSTANT: | a=5.125Å |
| MELTING POINT (°C): | 2500 |
| THERMAL EXPANSION COEFFICIENT (/K): | 10.3ppm/℃ |
| HARDNESS (Mohs): | 8 - 8.5 |
| MOLAR MASS (G/MOL): | |
| DENSITY (g/cm3): | 5.8 |
| REFRACTIVE INDEX: | |
| DIELECTRIC CONSTANTS: | 27 |
| CHEMICAL STABILITY: | |
| SIZES: | 5x5mm & 10x10 mm (or custom size) |
| TYPICAL THICKNESS: | 0.5mm (or custom thickness) |
| SIZE TOLERANCES: | +/- 0.1mm |
| THICKNESS TOLERANCES: | +/- 0.015mm |
| ORIENTATION PRECISION: | +/-0.5 degree |
| POLISHING OPTIONS: | SINGLE SIDED (1SP) OR BOTH SIDES POLISHED (2SP) |
| ROUGHNESS RA: | <0.5nm |
coming soon.
How long does it take for you to ship out after purchase? In-Stock Substrates are held in our US warehouse and we aim to have substrates shipped out within 24-48 hours.
Pre-Order Substrates are manufactured and delivered in 3-4 weeks.
How much is shipping? All substrates are shipped free of charge within the USA. This shipping takes approx 4-5 days to arrive once shipped.
Expedited delivery? Faster delivery options are available. Below are some indicative prices. To get the cost for your package and location, just add your address at check out and select the shipping option you want to check.
- USA FedEx 2 day delivery: typically $25 USD
- USA FedEx Overnight Delivery: typically $65USD.
- Canada FedEx International Priority: typically $25 USD.
Europe and UK Delivery? Approx cost for delivery is 50 Euros. Shipping costs will be calculated at check-out based on your address or please complete the quote form and we will email you the price. VAT and customs charges are payable by the buyer.
Rest of Worldwide Shipping? Shipping costs to the rest of the World, will be calculated at check-out. Please be aware that delivery times and tracking information vary for each country. Customs charges may apply if shipping outside of the US and are payable by the buyer.
How can I place an order? The quickest way to get your item is to buy through the website – the order is automatically picked up in our system and in stock items ships out asap.
We can accept purchase orders for established universities and companies and are happy to work with your institutes payment systems if required (although please note we are a small company so would prefer pre-payment via our website for small or one-off orders).
We have flexible payment options and can give you a quotation in any of the following currencies (USD $, CAD $, GBP £, EUROS € AUD $).
You can download a copy of our W8 form here.
What payment options do you provide? Crystal Substrates accepts the following payment methods:
- Bank Transfer into USA bank account.
- Credit Card: Visa, MasterCard, Discover, American Express, JCB, Visa Electron.
- Crystal Substrates offers a Fast Checkout option, allowing you to securely save your credit card details so that you don't have to re-enter them for future substrate purchases.
- PayPal: Shop easily online without having to enter your credit card details on the website.Your account will be charged once the order is completed.
- Sorry we do not accept payment with check.
Do you send substrates to Europe? Yes, we have many long term customers buy from all over Europe including France, UK, Germany, Italy, Norway, Netherlands. Please buy through the website or get in touch if you need a specific substrate.
We believe we have the cheapest and best quality products in the USA. If you find another US company with a lesser price (including delivery) we would be happy to price match.
Selling to 1000+ research labs worldwide, including...
Looking for a custom substrate?... Need technical help?
Drop Us A Line
We’re happy to answer any substrate questions. To help us out let us know your preferred orientation, quantity, polishing and size requirements.
RELATED PRODUCTS
Free Shipping.
on all US orders across any product category qualify.
Payment Methods.
Credit Card: Visa, MasterCard, Maestro, American Express.
Customer Service
Email us with your questions or requirements.