Titanium and Titanium Alloy Disc Supply

Chalco Titanium provides a variety of grades, sizes and processing customization services. Learn about the specifications, performance and procurement information of titanium discs and get the latest quotes.

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Titanium Disc is a high-performance titanium alloy material. With its excellent strength, corrosion resistance and lightweight characteristics, it is widely used in aerospace, medical implants, chemical equipment, automotive parts and other industries. We provide titanium disc products of different grades, sizes and processing methods, and support customized services to ensure that various application requirements are met.

Titanium and titanium alloy disc product overview

Alloy: pure titanium (Gr1, Gr2, etc.), titanium alloy (Gr5, Gr7, Gr23, etc.)

Titanium and titanium alloy disc basic products: round titanium disc, square titanium disc, ring titanium disc

Titanium and titanium alloy discs featured products: large diameter titanium discs, ultra-thin titanium discs, special-shaped titanium discs ...

Chalco forging production and processing technology: forging titanium disc, rolling titanium disc, CNC processing titanium disc, laser cutting titanium disc

Surface treatment: polishing, sand blasting, pickling, anodizing, etc.

Technical standards: AMS 4911, ASTM B381, ASTM F136, ISO 13485, ASTM B265

Standard size of titanium disc products:

Diameter (mm)	Thickness (mm)	Tolerance (mm)	Customizable size
50 - 500	5 - 100	±0.05	yes
500 - 1000	5 - 150	±0.1	yes

All alloy series titanium and titanium alloy discs

Grade 1 Titanium Disc
Grade 2 Titanium Disc
Grade 3 Titanium Disc
Grade 4 Titanium Disc
Grade 5 Titanium Disc
Grade 7 Titanium Disc
Grade 9 Titanium Disc
Grade 10 Titanium Disc
Grade 11 Titanium Disc
Grade 12 Titanium Disc
Grade 23 Titanium Disc

Chalco titanium disc hot selling product types

Round titanium disc

OD: 50-2000

H: 10-500mm

Square titanium disc

T: 0.5-30mm

W: 500-1500mm

L: 1000-6000mm

Ring titanium disc

OD: 60-1300

ID: 50-900

H: 10-600

Chalco titanium disc featured product types

Large diameter titanium disc

We provide customization of large-diameter titanium discs with a diameter of more than 1000mm, which are suitable for high-end fields such as aviation and chemical industry, ensuring precise size and excellent performance.

Ultra-thin titanium disc

We are able to process ultra-thin titanium discs with thickness ranging from 0.1mm to 1mm, meeting the strict requirements of thinness, precision and lightness in industries such as medical and aviation.

Special-shaped titanium disc

We have the ability to customize special-shaped titanium discs with different diameters, thicknesses and shapes, supporting various complex shapes, which are widely used in high-precision fields such as automobiles and aviation.

Chalco titanium disc production process interpretation

Forged titanium disc

Forging is a production method that heats the titanium alloy ingot to the appropriate temperature at high temperature and then shapes it by pressure. Forged titanium discs are generally suitable for applications that require high strength and toughness.

Advantages:

High strength: The forging process can effectively eliminate pores and impurities in the metal, making the titanium disc more compact and having better mechanical properties.
High temperature resistance: Forged titanium discs can withstand use under high temperature conditions and are suitable for high temperature working environments such as aerospace, automobile engines, etc.

Application: Forged titanium discs are usually used in aerospace, military industry and high-strength engineering structures.

Process: The titanium ingot is first heated, then forged using a press, and finally annealed and other heat treatment methods to further improve its strength and toughness.

Rolled titanium disc

Rolling is the process of compressing the heated titanium alloy through one or more pairs of rollers and gradually processing it into a titanium disc. Rolling titanium disc is usually suitable for mass production and has high production efficiency.

Advantages:

High production efficiency: The rolling process is suitable for large-scale production and can produce a large number of titanium discs of standard sizes.
Good surface quality: The surface of the rolled titanium disc is smooth and uniform, with good appearance and physical properties.
Lower cost: Compared with other processing methods, the cost of rolled titanium discs is relatively low and suitable for large-volume demand.

Application: Rolled titanium discs are widely used in chemical equipment, medical equipment, automobiles and other fields.

Process: The titanium ingot is heated at high temperature and then continuously rolled through a rolling mill to gradually press the titanium ingot into a titanium disc of the required thickness and size.

CNC machining titanium disc

CNC machining is the use of CNC machine tools to precisely cut and process titanium discs to obtain titanium discs with complex shapes and precise sizes. This process is very suitable for customized needs that require high precision and complex shapes for titanium discs.

Advantages:

High precision: CNC machining can achieve extremely high dimensional accuracy and is suitable for the production of titanium discs that require very precise size and shape.
Strong flexibility: various special-shaped titanium discs can be processed to meet the needs of different industries, especially in the fields of aerospace and high-end medical devices.
Customization capability: We can customize titanium discs of irregular shapes or special sizes according to customers' special needs.

Application: CNC processed titanium discs are widely used in aerospace, medical equipment, high-precision manufacturing and other fields.

Process: The pre-processed titanium disc is turned, milled and processed by CNC machine tools, and then precisely cut into the required shape and size.

Laser cutting titanium wafer

Laser cutting is the process of precision cutting titanium discs by high-power laser beams. Laser cutting can perform high-precision processing without contacting the workpiece, and is suitable for fast and detailed cutting of titanium discs.

Advantages:

Precision cutting: Laser cutting can provide very precise cutting edges, which is suitable for the production of complex graphics and special-shaped titanium discs.
Contact-free processing: No mechanical stress is generated during the cutting process, thus avoiding deformation of the material.
High speed and high efficiency: Laser cutting is faster than traditional cutting methods and is suitable for mass production.

Application: Laser cutting titanium wafers are often used in the production of precision parts, such as automotive parts, aviation parts, etc.

Process: The laser equipment uses a laser beam to cut the titanium disc according to the preset CAD drawing to obtain the required shape and size.

Chalco titanium disc product advantages

Excellent performance: Titanium discs have excellent properties such as light weight, high strength, corrosion resistance and good biocompatibility.
Wide application: Titanium discs can be used in many fields such as aerospace, medical equipment, and chemical industry.
Customization: Titanium discs of different specifications and shapes can be customized according to customer needs.
Factory direct sales: We are a titanium plate manufacturer with preferential prices and quality assurance.

Chalco titanium disc application field

Titanium disc for aerospace

Recommended material: Grade 5 (Ti-6Al-4V)

High strength, high temperature resistance, suitable for high performance aviation parts.

Certification standards: AMS 4911; ASTM B381

Application area

Fuselage structural parts: The application of titanium discs in aircraft fuselage can reduce the overall weight, especially the parts in high-strength and high-temperature environments (such as wing frames, tail parts, etc.).
Engine parts: Titanium discs are used to manufacture turbine blades, turbine housings and other parts that are subjected to high temperatures and pressures in aircraft engines. Titanium's high temperature resistance and corrosion resistance make it an ideal material.
Landing gear: Due to its high strength and lightweight properties, titanium alloy can effectively reduce weight and improve the overall performance of the aircraft when used in aircraft landing gear, wheels and other parts.

Titanium discs for medical industry

Recommended material: Grade 23 (ELI)

Medical grade high-purity titanium alloy has good biocompatibility and is widely used in the manufacture of medical devices.

Certification standards: ASTM F136, ISO 13485

Fuselage structural parts Engine parts Landing gear Titanium discs for medical industry

Dental implants: Titanium discs are used to make dental implants. Due to the biocompatibility of titanium, it will not cause human body rejection and becomes the preferred material for dental implants.
Orthopedic implants: Titanium discs are widely used in the manufacture of artificial joints (such as hip joints, knee joints), bone plates, spinal implants, etc., and have excellent strength, corrosion resistance and biocompatibility.
Dental Restorative Appliances: Titanium is also used in the manufacture of dental restoration appliances and denture bridges to ensure durability and stability of the restoration.

Titanium disc for automobile manufacturing

Recommended material: Grade 5 (Ti-6Al-4V)

Suitable for automotive parts in high-strength and high-temperature environments.

Certification standards: ASTM B265 and other general titanium alloy standards

Titanium disc for automobile manufacturing

Application area

Brake discs: Titanium discs are used to manufacture lightweight brake discs, which are resistant to high temperatures and corrosion, and can effectively reduce the total weight of the vehicle and improve braking performance.
Engine parts: such as intake pipes, exhaust pipes, turbochargers, etc. The high temperature resistance of titanium materials can improve engine efficiency and reduce fuel consumption.
Body structural parts: Titanium discs are used in body frames, bumpers, doors, etc. They have excellent impact resistance and lightweight advantages, and are suitable for high-performance cars and racing cars.

Titanium disc for chemical industry

Recommended material: Grade 2

Pure titanium material, with good corrosion resistance, is widely used in chemical, marine engineering and other fields.

Certification standard: ASTM B265

Application area

Chemical reactor: Titanium discs are used to make the inner walls of chemical reactors. These reactors need to work in strong acid or alkali environments, and titanium has outstanding corrosion resistance.
Storage tanks: Chemical storage tanks are used to store corrosive substances. Titanium materials can ensure that the tanks are not corroded by chemicals and extend their service life.
Heat exchangers: Due to the excellent thermal conductivity of titanium, titanium discs are also widely used in heat exchangers in the chemical industry to improve efficiency and reduce equipment failures.

Titanium disc for nuclear industry

Recommended material: Grade 5 (Ti-6Al-4V)

Suitable for high strength and high temperature resistant nuclear industry applications.

Nuclear reactor components: Titanium discs are crucial in the application of nuclear reactors and are used to manufacture fuel pipelines, cooling pipes and other components. Titanium's radiation resistance and corrosion resistance make it perform well in extreme environments.
Nuclear power plant equipment: Titanium discs are widely used in the manufacture of equipment in nuclear power plants that need to withstand high temperatures and high pressures, especially in cooling systems, heat exchangers and other components.

Titanium disc for bicycle

Recommended materials: Grade 5 (Ti-6Al-4V) , Grade 9 (Ti-3Al-2.5V) , Grade 23 (Ti-6Al-4V ELI)

Titanium alloy has the advantages of high strength, corrosion resistance, light weight and comfort, making it an ideal material for high-end bicycles.

Certification standards: ASTM B265, AMS 4911

Application area

Disc brakes: provide a lightweight, high-performance braking system.
Rim: Improves rim strength, reduces weight and increases durability.
Other round parts: such as gears, bearing seats, etc., to meet the requirements of strength and corrosion resistance.

Chalco-trusted titanium alloy disc product supplier

Production scale: Chalco Titanium has large-scale production capacity, with an annual output of thousands of tons, and provides customized production to meet the special needs of different customers.

Diverse product types: Chalco Titanium offers a variety of titanium alloy materials and sizes of titanium discs, including large diameter, ultra-thin and special-shaped titanium discs to meet the needs of various industries.

Precision processing equipment: Chalco Titanium is equipped with high-precision CNC machine tools and laser cutting and water jet cutting equipment to ensure the precision processing of titanium discs.

Quality control system: Chalco Titanium implements a strict quality control process and all its products are certified by ISO 9001, ISO 13485 etc. in compliance with international standards.

Environmental protection and sustainable development: Chalco Titanium adopts green production technology to reduce waste gas and wastewater emissions, comply with environmental protection requirements and promote sustainable development.

Things to note when buying titanium discs

1. Titanium alloy material and grade

Choose the right titanium alloy material: Different titanium alloys have different physical and mechanical properties. Common titanium alloys include Grade 2, Grade 5 (Ti-6Al-4V) and Grade 23 (Ti-6Al-4V ELI), and each material has different strength, toughness, corrosion resistance, etc.

Grade 5: Commonly used for parts that require high strength and heat resistance, such as high-end frames, brake discs, etc.

Grade 23 (ELI): Often used in applications requiring higher biocompatibility and low oxygen content, such as in the medical field, but also suitable for high-end bicycles.

2. Size and thickness of titanium disc

Size and thickness requirements: Choose the appropriate titanium disc size (diameter, thickness, etc.) according to the intended use. For example, when manufacturing brake discs or other flat parts, the thickness and diameter of the titanium disc must meet specific standards.

Tolerance requirements: Ensure that the dimensional tolerance of the titanium disc meets industry standards to avoid errors during processing.

3. Surface treatment of materials

Surface quality and treatment: Choose titanium discs with no obvious defects and no oxide layer on the surface. For parts requiring corrosion resistance (such as aviation and medical industries), special surface treatment such as anodizing or coating may be required.

4. Standards and certification

Compliance with relevant standards: When purchasing titanium ingots, ensure that they comply with applicable industry standards (such as ASTM B265, AMS 4911, ISO 5832-2, etc.). This not only affects the quality of the material, but also ensures its suitability.

Aerospace, medical, automotive and other fields have strict requirements on the standards of titanium wafers, so it is very important to confirm that the product meets the certifications such as AMS 4911, ASTM F136, ISO 13485, etc.

5. Supplier's reputation and quality assurance

Choose a reputable supplier: When shopping, make sure the supplier has a good reputation and reliable quality assurance. You can check their certifications, customer feedback, and past project experience.

Warranty and after-sales service: Make sure the supplier provides a good warranty period and has a corresponding after-sales service system. Titanium alloy products require professional processing and use, so the support of the supplier is very important.

6. Price and cost

Reasonable price: Titanium alloy materials are usually more expensive, so you should consider the cost performance when choosing. The price difference may come from factors such as the grade, size, and surface treatment of the titanium alloy.

Calculate the total cost: In addition to the materials themselves, additional costs such as processing and transportation must also be considered.

7. Procurement cycle and delivery time

Delivery cycle: Ensure that the delivery period of titanium discs meets the needs of the project. Especially in large projects, the delivery period of titanium alloy materials may be longer.

Inventory status: Find out whether the supplier has stock and can deliver on time.

8. Customer needs and application environment

Determine the use environment: Select the appropriate titanium alloy material and surface treatment process according to the final application environment of the titanium disc (such as high temperature, humidity, corrosive environment, etc.).

Meet customer-specific requirements: For example, in the bicycle industry, you may need to consider lightweight, wear resistance, corrosion resistance and other requirements; while in the aviation field, higher strength and heat resistance may be required.

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