All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(34580 products available)
Ready to Ship
Commercially Pure Titanium
Export grade titanium is also known as CP-grade titanium. Titanium in this grade contains some little percentage of other alloys. However, it is not more than 1% in as much as it elements count. Moreover, it is used in most aerospace applications and biomedical implants. That is because it possesses some great corrosion resistance and biocompatibility.
Alpha Titanium Alloys
Alpha titanium alloys include all those types that are developed using heat treatments on titanium. It has been thermally modified to have better mechanical properties at extreme temperatures. Often, they find more use in products in aircraft engines. Such examples are the alpha beta titanium alloy.
Beta Titanium Alloys
Beta titanium alloys consist of titanium alloys that are mainly in the beta phase. Note that titanium alloys can occasionally also be reversibly transformed. This allows the beta phase to be more stable at room temperatures.
Alpha-Beta Titanium Alloys
Sometimes referred to as dual phase titanium alloys, alpha-beta titanium alloys, consist of both alpha and beta phases. They also contain some varying percentages of titanium and aluminum. It can be sometimes up to half titanium with a 50% composition of aluminum.
Superelastic Titanium Alloys
Super elastic titanium alloys carry out pseudoelasticity. It is the ability of some materials to undergo large strains and deform temporarily without making the material permanently deformed. That means it can return to its original shape even after being bent or stretched.
Shape Memory Titanium Alloys
These alloys have the capability of these materials changing from one shape to another. They can also change back to their original shape when a temperature is reached. Normally, this temperature is known as the transformation temperature.
High Strength-to-Weight Ratio
Titanium has a very large strength-to-weight ratio compared to other materials like steel. Though it is heavier than most metals, titanium is strong enough to endure stress and strain. In all of these, little weight is incorporated. This makes it very ideal for aerospace and automotive applications.
Corrosion Resistance
One of the key properties of titanium is that it is highly resistant to corrosion. Particularly, it is in harsh environments like seawater, chemical exposure, and high temperatures. The property comes in handy when used in marine and chemical processing industries. It gives a longer service life compared to other metals.
Biocompatibility
Export titanium is not harmful to living tissues. Therefore, it has been widely used in medical implants such as hip and knee replacement surgeries. Since the metal interacts well with human tissue without causing adverse effects, it is ideal for biomedical applications.
Heat Resistance
Titanium maintains its strength and durability, even at extremely high temperatures. This is unlike other metals. This makes it invaluable in applications like jet engines and space exploration. Wherein; materials must perform under very adverse conditions without sustained deterioration.
Low Density
Compared to stainless steel, titanium has a lower density. Though it is heavier than just about any other metal, it is significantly denser than many. It weight as little as 60% of the weight of other metals. This feature allows for lighter constructions without compromising on strength whatsoever.
Formability and Weldability
Despite its strength, titanium is classified as highly formable. It can, therefore, be shaped, machined, and welded using certain modern techniques. These include electron beam welding. This property enables manufacturers to create complex parts that suit their needs for multiple functionalities.
Several factors are to be considered when picking titanium for export. They include the type of titanium required. Titanium has different grades. Therefore, define if the titanium is for medical use, aerospace, or chemical processing. Each application will need a specific grade with favorable characteristics like strength or corrosion resistance. Also, check the purity level. Higher purity in titanium means better corrosion resistance and biocompatibility. Most industries prefer commercially pure titanium.
The next consideration should be alloying elements. Titanium alloys integrated different metals, such as aluminum, vanadium, or nickel. These metals improve the mechanical properties of titanium. Such features as increased strength or improved weldability. Go for titanium alloy that deeply matches the target application.
Other factors to consider when buying titanium in bulk online are mechanical properties and standards. Always ensure that titanium products conform to the required industry standards. That could be for tensile strength, elongation, or fatigue resistance.
Also, consider the available forms of titanium products. Titanium is manufactured in different forms, such as sheets, bars, and tubes. Therefore, examine the needed specifications for each particular project. Plus, determine the required size and surface treatment. They affect performance. Lastly, check the supplier’s quality control system. A reliable supplier should possess an ISO certification at the very least.
Titanium can be used in the medical field. Titanium makes surgical implants like hips and knees. These implants can last long and are lightweight. This metal doesn’t rust or react with the body. Hence, it’s perfect for things like artificial organs. In the aerospace field, titanium is used to airline planes. Plane parts are made using titanium since it is strong but lightweight. This metal helps planes fly higher and faster while resisting damage from the weather.
In a chemical plant, titanium is utilized to build tanks and pipes. It doesn’t corrode like steel. So, it’s used for storing and moving harsh liquids. workers also like handling chemicals in titanium tanks. In the military, titanium metal is utilized in weapons and vehicles. Its strength protects soldiers in combat. fighter jets have titanium parts to endure tough conditions.
In the power industries, titanium is utilized in nuclear reactors. Titanium handles the heat and pressure inside power plants. It helps generate electricity safely. In the energy sector, titanium is manufactured into wind turbine blades. The blades spin more easily with titanium metal in them. Energy from the wind is converted into electric power.
In the racing and luxury car industry, titanium is incorporated when making mufflers and pipes. When road racing, cars zoom ahead due to the lightweight titanium. Road racers like how stiff and durable titanium is. So, they pick carbon fiber reinforced titanium. All these make titanium a highly resourceful metal.
Titanium exists in different grades. Each grade has distinctive chemical composition. The grades can be either commercially pure or alloyed titanium. There are over 40 titanium grades. However, only those with the most industrial appeal are usually exported. The titanium grades have varying percentages of elemental impurities. Some of them include iron, oxygen, and carbon. All these impurities are either naturally occurring or added during processing.
The titanium metals accrue different surface treatments before being exported. Common treatments titanium undergoes are polishing, sandblasting, and pickling. The metals can also be cut into different shapes before the exportation process. Typical cutting techniques are laser cutting and water jet cutting. Roughly, titanium metals come in the form of sheets, bars, and tubes. Each metal grade has different thicknesses and diamors. They range from as thin as 0.1 millimeter to as thick as 100 millimeters.
Note that titanium can also exist in different alloys. Each alloying element alters the titanium's inherent properties. Some popular titanium alloys are molybdenum, vanadium, nickel, and aluminum alloys. Remember, these titanium metals should be stored in dry and cool areas. They should avoid direct sunlight exposure. Also, they should be kept away from weather elements. Such as rain and snow. The storage area should be free of any flammable materials.
Titanium is preferred for its durability and lightweight properties. It is rust-resistant and doesn’t react with the body. Therefore, it is ideal for medical implants. Also, titanium is strong yet lighter than other metals. It is commonly used in aero parts, car engines, and power tools.
Despite titanium having multiple advantages, it has some demerits, too. First, it is expensive. They are harder to weld than other metals since they require special techniques. Lastly, titanium alloys have variable fatigue resistance. In certain conditions, this can lead to metal failure.
Pure titanium usually has a lower market price than titanium alloys. This is because alloying requires a more complex process that incorporates other metals. These metals can either be nickel, aluminum, or vanadium. The demand and availability of these alloying metals directly impact the cost of titanium alloys.
Buyers will prioritize suppliers who offer certified titanium. They ensure they get titanium with standards of strength and corrosion resistance. They also go for suppliers with quick responses and big stocks. They ensure they can place instant orders when in need. Traders choose suppliers who have a history of shipping quality titanium on time.
This metal is highly corrosion-resistant. It can, therefore, withstand harsh environments such as seawater and chemical exposure. Its resistance to corrosion comes in handy when used in marine and chemical processing industries.
