Products Description
Ti33Al67 target, also known as titanium aluminide target, refers to a material that consists of a 33% titanium (Ti) and 67% aluminum (Al) composition. Ti33Al67 target is often used in thin-film deposition processes, where it serves as the source material for depositing a thin layer of titanium aluminide onto a substrate.
Think of it like a metal "cookie" blend - harder and more durable than pure aluminum, but much cheaper than pure titanium.
This material is perfect for coating things like phone cases and glasses frames. It can handle high heat (around 900°C), needs preheating like a frying pan before use, and can be sanded down for reuse when worn.
In short, it's the "budget-friendly superstar" of coating materials-good quality without the high cost, which is why so many manufacturers love it.
Features of Ti33Al67 target
High melting point: Titanium aluminides possess high melting points and can therefore be used in situations where high temperature resistance is a requirement. The melting point the Ti33Al67 target is in the order of 1460°C ,which is higher that of aluminum but lower that of titanium. Its well-balanced performance makes it both workable and heat resistant.
Low density: The alloy has a lower density compared to many other materials which is helpful when weight is a factor, especially in the case of high-temperature alloys. The Ti33Al67 target has a density of about 4.1 g/cm³ ,which is lower than pure titanium but higher that of aluminum.
Corrosion resistance: Titanium aluminides e a good level of resistance to exihibit corrosion, which is valuable in operations where there is harsh exposure to surroundings.
Superb resistance to oxidation: An oxide layer, which improves the alloy's oxidation resistance, develops on the surface upon exposure to oxygen. The Ti33Al67 target has exceptional corrosion resistance and thermal stability. Under typical conditions, it can be considered to have protective armor like a metallic suit of armor that, for years, protects against perspiration, rain, and even salt spray from the ocean. It can withstand high temperatures of up to 800°C (which is 4 times higher than the flame of a gas stove), although its stability is compromised above 900°C. In simpler terms, as long as you do not immerse it in strong acids or bases or subject it to extreme heat, this versatile material, described as "low maintenance," is ideal for most industrial applications.
Applications of Ti33Al67 Targets:
Coating Preparation
Performance enhancement: Specifically for manufacturing coatings such as Ti0.33Al0.67N, the techniques used show high hardness and thermal stability. These coatings are designed to withstand extreme wear and high temperature, making them ideal for cutting tools and molds.
Structure optimization: Moreover, the coatings are capable of undergoing microstructure changes upon the application of specific annealing temperatures. A specific coating structure can be achieved by altering processing and heat treatment parameters to meet intended requirements.
Material Research
Property exploration: Assists in investigating characteristics of the materials based on theoretical modeling which involves the study of high performance retarding materials, focusing on studying the materials flame retarding mechanics of Ti-Al alloy.
Scientific advancement: Assists with exploring the interrelation of microstructure with macro-performance aiding the development of materials science studying powder metallurgy processing techniques.
Industrial Applications
Aircraft engines: Effective for production of critical low weight, high strength turbine engine compressor volumes such as engine blades and casings to operate at elevated temperature.
High-temperature structural components: Ideal for components such as gas turbine rotor shafts and turbine blades as they tend to resist creep and oxidation during prolonged operations ensuring reliable performance for extended periods.
The Ti33Al67 target is like the "Swiss Army knife" of coating materials - it can do it all. It puts shiny, scratch-resistant metal coatings on phone cases and glasses, adds protective armor to kitchenware and tools, and even works its magic on solar panels and spacecraft parts.
Easy to use: just preheat it like an oven (300-600°C), give it a quick sanding when worn, and it's good as new. Best of all, it costs way less than pure titanium targets - the ultimate bang for your buck in coating technology.
Specification of Ti33Al67 target
|
Purity |
Al-Ti (35/67at%), Al/Ti (50:50 at%), AlTi 97/3wt%, AlTi 95/5wt%, AlTi 90/10wt% |
|
Shape |
Discs, Plate, Step (Dia ≤300mm, Thickness ≥1mm) (Length ≤1000mm, Width ≤300mm, Thickness ≥1mm) |
|
Certification |
ISO 9001:2008 |
|
Specification |
Customized as request |
|
Process |
Forged, Rolling, Grinding |
|
Application |
1. Electroplating; 2. Chemical engineering & Petrochemical technology; 3. Medical |
|
Density |
4.51g/cm³ |
FAQ:
What is the MOQ?
A: Depends on quantity, generally, no MOQ limit.
How to pay for it?
A: A bank transfer (T/T) will be acceptable.
What is the delivery time?
A: around 7-20 days which depends on the quantity and production.
What is the package?
A: cartoon case or plywood case.
What is the lead time?
A: from order placed to cargo receiving will take around 10-25 days.
What is the delivery method?
A: Generally, we send cargo by UPS, DHL or FedEx. Also, we can send by sea to seaport or by air to the closest airport.
What exactly is the Ti33Al67 target used for?
A: It's a special material used to "coat metal films" on items like phone cases, eyeglass frames, and cookware. For example, it can instantly give plastic cases a metallic look that's more scratch-resistant than regular paint.
Why is it said to be cost-effective?
A: It performs almost as well as pure titanium targets (the premium option) but costs nearly half the price! Think of it like a smartphone with "flagship specs at mid-range pricing."
How long does the coating last?
A: Under normal use, it holds up for 3-5 years (compared to 1-2 years for regular paint) and can handle humid coastal environments-just don't soak it in strong acids or alkalis.
What should I watch out for when using it?
A: Just like preheating a non-stick pan, this material needs to be heated to 300-600°C before use. Over time, the surface may wear down, but you can sand it and reuse it.
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