Comprehensive Titanium Sheet Plate Solutions

As a leading metal supplier, Chalco not only provides high-quality aluminum products but also offers a full range of titanium solutions, including commercially pure titanium and titanium alloy plates. We are committed to meeting the diverse demands of industries such as medical, aerospace, petrochemical, and more, providing premium titanium plates that deliver exceptional strength, corrosion resistance, and precision.

Why choose Chalco?

• State-of-the-Art Equipment & Technology: Integration of advanced equipment from Germany and Japan, combined with proprietary innovations for superior titanium processing.
• Strict Certifications: Accredited with AS 9100, ISO 9001, and military-grade certifications for unmatched quality.
• Comprehensive Product Range: Full specifications available, from 0.3mm ultra-thin sheets to 101.6mm extra-thick plates.
• Customized Solutions & Reliable Delivery: Flexible production ensures timely responses to specific client requirements, avoiding delays.
• Competitive Pricing & Comprehensive Support: Efficient production processes enable competitive pricing without compromising on quality, backed by exceptional technical assistance and after-sales services.

Titanium plate introduction

Titanium Alloys: Gr1, Gr2, Gr3, Gr4, Gr5, Gr6, Gr7, Gr9, Gr12, Gr19, Gr23Eli

Titanium Plate Thickness: | Thin Titanium Plate <4.76mm | Medium-Thickness Titanium Plate 4.76-25.4mm | Thick Titanium Plate >25.4mm |

Titanium Plate Types: | Commercially Pure Titanium | α Titanium Alloys | α-β Titanium Alloys | β Titanium Alloys|

Specialty Titanium Plates: | Perforated Titanium Plate | Titanium Mesh Plate | Porous Titanium Plate | Bent Titanium Plate | Formed Titanium Plate | Titanium-Steel Composite Plate |

Titanium Plate Strength: | Low-Strength Titanium Alloy | Medium-Strength Titanium Alloy | High-Strength Titanium Alloy | Ultra-High-Strength Titanium Alloy | Extreme-Strength Titanium Alloy |

Special Titanium Plates: | Heat-Resistant Titanium Alloy | Low-Temperature Titanium Alloy | Corrosion-Resistant Titanium Alloy | Damage-Tolerance Titanium Alloy |

Value-Added Services: | Polished Titanium Plate | Oxidized Titanium Plate | Milled Titanium Plate| Pickled Titanium Plate| Brushed Titanium Plate | Sandblasted Titanium Plate|

Service Industries: | Aerospace Titanium Plates | Medical Titanium Plates | Chemical Titanium Plates | Marine Titanium Plates | Power Titanium Plates |

Processing Methods: Hot Rolling, Cold Rolling, Heat Treatment

Specification Standards:| ASTM B265 | ASME SB265 | MIL-T-9046 | ASTM F136 | ASTM F67 |Click here for specification details

Chalco titanium plate production capabilities

Titanium plate size range

Titanium plate hot-selling sizes

Didn't find the size you need? Click here to view detailed specifications of titanium plates.

Chalco's most popular titanium plates

Commercially pure titanium (CP titanium)

Commercially pure titanium is widely used across industries due to its excellent corrosion resistance, formability, and toughness. Different grades of CP titanium are categorized based on trace elements, each offering distinct performance characteristics.

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Alpha titanium alloys

Alpha titanium alloys, based on the alpha phase, offer low density, excellent stability, and superior wear and oxidation resistance compared to pure titanium. They retain strength and creep resistance at 500°C–600°C, making them ideal for high-temperature applications, with outstanding heat strength, thermal stability, and weldability.

α-β Titanium alloys (A-B)

α-β titanium alloys, like Ti-6Al-4V, offer excellent toughness, plasticity, and high-temp stability. Strength is enhanced by quenching and aging, and they have good weldability. They're widely used in aerospace, medical, and industrial applications for high-strength, high-temp components.

Beta titanium alloys

Beta titanium alloys, based on the β phase, offer high strength (1372–1666 MPa) at room temperature and can be further enhanced by quenching and aging. They have excellent plastic deformation but poor thermal stability, making them unsuitable for high temps. High-strength titanium alloys are typically β-phase-based.

Chalco specialty titanium sheets and plates

Polished Titanium Sheet

Polished titanium sheets are precisely ground and polished for a smooth, reflective surface. These sheets enhance both aesthetic appeal and corrosion resistance, making them ideal for medical devices, aerospace components, jewelry manufacturing, and automotive applications.

Anodized Titanium Sheet

Anodized titanium sheets feature a dense oxide layer formed via anodization, significantly improving corrosion resistance, hardness, and wear resistance. Customizable oxide layer thickness provides decorative color options and enhances biocompatibility, making them suitable for medical implants, aerospace, jewelry, electronics, and automotive industries.

Brushed Titanium Plate

Brushed titanium plates have a uniform, linear texture, providing a distinct aesthetic while retaining titanium's excellent corrosion and wear resistance. The brushed finish reduces fingerprints, making it ideal for architectural decoration, consumer electronics, and automotive interiors.

Titanium Perforated Sheet

Titanium perforated sheets combine titanium's high strength and lightweight properties with perforated designs for enhanced functionality. Widely used in aerospace, chemical equipment, medical devices, and sports gear, they offer durability, extended equipment lifespan, and lightweight solutions for high-performance applications.

Porous Titanium Sheet

Porous titanium sheets feature a controlled pore structure, merging titanium's superior properties with lightweight and biocompatibility. Ideal for biomedical implants, filtration systems, and aerospace, their high surface area and tailored porosity deliver innovative solutions for advanced applications.

Titanium Mesh Sheet

Titanium mesh sheets, crafted from pure titanium or titanium alloys, exhibit excellent strength, heat resistance, and corrosion resistance. Their lightweight and biocompatibility make them ideal for medical devices, implants, aerospace, chemical, and marine applications.

Forming Titanium Sheet

Forming titanium sheets are processed into complex shapes using cold stamping, hot pressing, or superplastic forming techniques. Their high strength, low density, and corrosion resistance make them ideal for aerospace, medical, and chemical applications.

Bending Titanium Sheet

Bending titanium sheets involve plastic deformation to achieve specific shapes. Titanium's high strength and low thermal conductivity require specialized equipment and expertise, making it essential for aerospace, medical, chemical, and automotive applications.

Titanium Steel Sheet Plate

Titanium-steel clad plates are manufactured through explosive welding or other methods, combining titanium's corrosion resistance with steel's strength and affordability. Widely used in chemical, marine, and power industries, they are ideal for cost-effective, high-durability solutions.

Chalco titanium plates by strength

Chalco titanium plates for various applications

Heat-resistant titanium plate

Heat-resistant titanium alloys, typically α and α-β types, offer high-temperature strength, creep resistance, and thermal stability. They're widely used in aerospace, military, and industrial sectors for critical components in high-temp environments.

Typical Alloys by Service Temperature

Cryogenic titanium plate

Cryogenic titanium alloys, mainly α and α-β types, offer high strength-to-weight ratios, corrosion resistance, and excellent weldability. Their strength increases at lower temperatures, with toughness remaining stable, making them ideal for low-temp containers and aerospace structures.

Typical Cryogenic Titanium Plates

Corrosion resistant titanium plate

Corrosion-resistant titanium plates, like titanium-molybdenum and titanium-palladium alloys, offer exceptional resistance in corrosive environments (e.g., acids). They’re widely used in chemical processing, marine engineering, and desalination.

Typical Corrosion-Resistant Titanium Plate

Damage-tolerant titanium plate

Damage-tolerant titanium alloys maintain high strength and toughness even in the presence of defects or damage. By optimizing microstructural design, these alloys slow crack propagation and improve fracture toughness and fatigue resistance. Widely used in critical structural components in aerospace applications.

Typical Damage-Tolerant Titanium Plates

Titanium plate industry solutions

Aerospace titanium plate solutions

Titanium is widely used in the aerospace industry due to its light weight, high strength, corrosion resistance, and high-temperature performance. It is used in critical components of rockets, missiles, spacecraft, satellites, and manned space vehicles, such as fuel tanks, gas turbine engines, rocket engine casings, nozzle liners, airframes, and landing gears. Titanium alloys effectively reduce weight, increase range, and reduce costs in aerospace applications.

Chalco, as a global metal supplier, offers titanium plates that meet AMS and MIL standards, ensuring compliance with the industry's stringent requirements.

Grade 1,2,3,4

Ti-6AI-4V

Ti-6AI-4VELI

Ti-8AI-1Mo-1V

Ti-6AI-2Sn-4Zr-2Mo

Ti-5AI-2.5-Sn

Ti-3AI-2.5V

Medical titanium plate solutions

Titanium is favored in the medical field due to its biocompatibility, non-magnetic properties, light weight, corrosion resistance, and low elastic modulus. It is widely used for manufacturing implants such as dental braces, pacemakers, artificial femoral heads, and thrombus filters. Titanium-Nickel (Ti-Ni) shape memory alloys, known for their excellent bio-compatibility, are also widely used in various medical fields such as oral surgery, neurosurgery, and cardiovascular procedures.

Chalco can produce titanium materials conforming to ASTM F136 and ASTM F67 standards, including Ti-6Al-4V and Ti-6Al-7Nb alloys used in spine correction rods, bone plates, and various medical stent devices.

Grade 1,2,3,4

Ti-6AI-4V

Ti-6AI-4VELI

Ti-6Al-7Nb

Ti-3Al-2.5V

Chemical industry titanium plate solutions

Titanium is extensively used in the petrochemical industry for its superior corrosion resistance and high-temperature stability. It is commonly employed in key equipment such as oxidation reactors, heat exchangers, distillation towers, reaction vessels, pumps, and valves. Titanium alloys are used in PTA (Purified Terephthalic Acid) and acetaldehyde production, where titanium is utilized to manufacture reactors and heat exchangers to prevent crevice corrosion caused by high chloride compounds. Ti-Pd alloys further enhance corrosion resistance. Titanium is also used in petroleum refining for heat exchangers and reactors, ensuring long-term stable operation of equipment.

Grade 1,3

Grade 7 Ti-0.15Pd

Ti-6AI-4VELI

Ti-0.3Mo-0.8Ni

Marine industry titanium plate solutions

Titanium and its alloys are widely used in marine engineering due to their excellent resistance to seawater and marine corrosion. Applications include critical components of submarines, deep-sea submersibles, underwater robotic arms, desalination plants, hydrofoils, and hovercrafts, such as propeller shafts, seawater pipelines, and heat exchangers. Titanium alloys are also used in condensers, acoustic devices, and firefighting equipment, significantly enhancing the service life and performance of marine equipment. For instance, titanium propellers developed in China have a lifespan more than five times that of copper alloy propellers. Titanium’s excellent forming, processing, and welding capabilities make it an ideal material for marine engineering and shipbuilding.

Grade 1,2,3,4

Ti-6AI-4V

Ti-6AI-4VELI

Ti-3Al-2.5V

Ti-6Al-2Nb-1Ta-0.8Mo

Power industry titanium plate solutions

Titanium is widely used in the power industry to improve equipment corrosion resistance and prolong service life. It is commonly found in components such as condensers, steam turbine blades, heat exchangers, and smokestacks in power stations. Titanium condensers offer excellent durability and low maintenance costs, making them ideal for seawater cooling systems. Titanium steam turbine blades help improve turbine efficiency. In coastal power stations, titanium is used in seawater inlet and outlet pipelines and linings, effectively preventing corrosion. Titanium-steel composite plates are extensively used in power plant flue gas desulfurization stacks, achieving significant economic benefits.

Titanium steel composite plate

Ti-0.3Mo-0.8Ni

Ti-6AI-4VELI

Titanium plate production process

The production of titanium alloy plates involves several steps, from raw material processing to the finished plate. Key stages include sponge titanium smelting, ingot production, hot rolling, cold rolling, heat treatment, and surface treatment.

Melting and solidification

The production of titanium alloy plates begins with the smelting of titanium ore, which is heated at high temperatures to convert it into titanium sponge. The sponge titanium is then compacted and subjected to vacuum arc re-melting or electron beam melting to form ingots.

Hot rolling process

The titanium ingots are heated to temperatures between 850°C and 1150°C and rolled in a hot rolling mill to produce medium-thick plates or billets for cold rolling. Because titanium is prone to hydrogen absorption and oxidation at high temperatures, the heating time and furnace atmosphere must be strictly controlled. The hot-rolled titanium plates have good plasticity and low deformation resistance.

Key Features of Hot Rolling

• Temperature Control: Hot rolling typically occurs in the β or α+β phase region at temperatures between 850-870°C.
• Energy Savings: The high temperature of hot rolling lowers the metal's deformation resistance, significantly reducing energy consumption.
• Process Advantages: It improves the metal's processing performance, breaks up coarse grains, and eliminates casting defects.

Cold rolling process

Hot-rolled titanium plates are cold-rolled at room temperature or slightly above room temperature. Pure titanium is usually rolled at room temperature, while some titanium alloys require heating to 100°C–200°C. Since titanium alloys work-harden quickly during cold processing, multiple intermediate annealing and cold rolling steps are required to produce thin plate products.

Key Features of Cold Rolling

• Precision Control: Cold rolling can precisely control the thickness, width, and surface quality of the plates.
• High Strength: Cold-rolled plates have higher strength and better surface quality compared to hot-rolled plates.
• Complex Process: Cold rolling requires more rolling steps and often requires annealing to eliminate work hardening.

Heat treatment

Heat treatment is a necessary process following rolling, where heating and cooling procedures are used to improve the mechanical properties and corrosion resistance of titanium alloy plates.

Surface treatment

Titanium alloy plates typically undergo surface treatment after hot or cold rolling to remove oxidation layers, oil, or to polish the surface.

Inspection and finishing

Once all processes are completed, titanium alloy plates undergo inspection to ensure they meet the required dimensions, shape, and mechanical properties. Further finishing may be carried out to meet specific requirements.

Chalco value-added services

Chalco is dedicated to providing comprehensive titanium plate processing solutions, covering mechanical processing, surface treatment, and deep processing. With advanced equipment and a professional technical team, we ensure that each stage meets the highest standards to satisfy the needs of various industries.

Mechanical Processing

Mechanical processing alters the surface morphology and texture of titanium plates through physical means, enhancing both appearance and certain physical properties. We offer a variety of mechanical processing techniques.

• Polishing: Achieves a high-smooth surface on the titanium plate, creating a mirror-like finish or a matte texture through fine mechanical polishing processes.
• Grinding: Uses efficient grinding equipment and super-hard abrasives to finely grind the titanium plate, ensuring precise dimensions and a refined surface.
• Sandblasting: Employs white corundum for coarse blasting treatment, removing surface impurities and oxide layers while improving surface adhesion.
• Brushing: Creates uniform, elongated patterns on the titanium plate’s surface using sandpaper or brushes, producing a matte finish with a metallic texture.

Surface Treatment

Surface treatment modifies the chemical composition and structure of the titanium plate's surface through chemical, electrochemical, or physical methods to improve its functionality and aesthetics. We offer a wide range of surface treatment techniques to meet various application needs.

• Pickling: Quickly removes the reaction layer from the titanium plate surface using HF-HCl or HF-HNO3 pickling solutions, enhancing corrosion resistance and surface smoothness.
• Chemical Polishing: Achieves smooth and flawless surfaces through oxidation-reduction reactions in chemical media, resulting in a highly polished finish.
• Anodizing: An electrochemical process that forms a dense or porous oxide film on the titanium plate’s surface, enhancing corrosion resistance and biocompatibility while also offering decorative color options.
• Micro-Arc Oxidation: Utilizes micro-arc spark discharge technology to generate a high-hardness ceramic film on the titanium plate's surface, significantly improving wear resistance and heat shock resistance.
• Electroplating: Deposits functional metal films, such as nano-pure nickel, silver, or copper, on the titanium plate through electrolysis, improving surface hardness, wear resistance, and corrosion resistance.
• Electrophoretic Coating: Forms a uniform paint film on the titanium plate surface using cathodic or anodic electrophoretic coating technology, providing excellent corrosion resistance and a variety of color options.

Deep Processing Services

Deep processing involves precise mechanical machining techniques to cut, shape, and refine titanium plates, meeting the requirements for complex components and high-precision products. With advanced processing equipment and professional expertise, we ensure that each processing step is executed accurately and efficiently

• Cutting: We offer various cutting methods, such as laser cutting and water jet cutting, ensuring precise cuts for titanium plates and making them suitable for custom sizes.
• Drilling: High-precision drilling machines are used to drill titanium plates accurately, ensuring hole positioning and smooth edges to meet assembly and functional requirements.
• Bending: CNC bending equipment is used to precisely shape titanium plates, ensuring that bending angles and radii conform to design specifications.
• Tapping: We offer high-quality tapping services, ensuring the accuracy and strength of threads for titanium plate components requiring threaded connections.
• Milling: We can perform precision milling to process complex shapes and high-precision surfaces.
• CNC Machining: Utilizing advanced CNC machining technology, we can process titanium plates with high precision and complex shapes.

With our comprehensive range of mechanical processing, surface treatment, and deep processing services, Chalco covers all aspects of titanium plate needs, from appearance to functionality. With cutting-edge technology and extensive experience, we are committed to providing high-quality, high-performance titanium plate processing solutions. If you need more information about any service or wish to customize a solution, feel free to contact us anytime!Quick Quote

Chalco titanium plate product specifications

ASTM B265: Titanium and Titanium Alloy Strip, Sheet, and Plate

ASME SB265:Titanium and Titanium Alloy Strip, Sheet, and Plate

ASTM F67: Standard Specification for Unalloyed Titanium for Surgical Implant Applications.

ASTM F136:Standard Specification for Wrought Titanium-6Aluminum-4Vanadium ELI (Extra Low Interstitial) Alloy for Surgical Implant Applications.

AMS 4911: Covers titanium alloy sheets, strips, and plates, specifically for Ti-6Al-4V (Grade 5).

AMS 4902: Another standard for titanium alloy sheet, strip, and plate, focusing on commercially pure titanium (Grades 1, 2, 3, 4).

ISO 5832-2: Specifically for titanium and titanium alloy sheet and strip, especially for use in surgical implants (medical-grade titanium).

ISO 22068: This standard specifies the requirements for titanium and titanium alloy plates and sheets used in general engineering applications.

DIN 17860: A standard that outlines the technical delivery conditions for titanium and titanium alloy plates and sheets, often used in European markets.

Chalco titanium plate specifications size table

Standard Size: 48″ x 120″, other widths and lengths can be customized upon request.

Standard Size: 96″ x 240″, other widths and lengths can be customized upon request.Quick Quote

Titanium plate purchasing guide

Choosing the right product when purchasing titanium plates is critical to the success of your project. Below are key factors to consider to make more informed decisions:

1. Grade and Composition

Titanium alloys come in various grades, such as Grade 1, Grade 2, Grade 5, Grade 9, etc. Each grade of titanium has different chemical compositions, strength, corrosion resistance, and adaptability.

Grade 1 and Grade 2: Commonly used in medical and chemical industries, with high corrosion resistance;

Grade 5 (Ti-6Al-4V): Suitable for aerospace, military, and other high-strength applications.

Choose the appropriate titanium grade to ensure material performance aligns with your project requirements.

2. Thickness and Dimensions

The thickness and dimensions of the titanium plate directly impact its application. The typical thickness range is from 0.3mm to 102mm.

For precision manufacturing and thin-wall applications, choose thinner plates (e.g., 0.3mm to 4.75mm);

For high-strength load-bearing, pressure vessels, or other special uses, thicker plates (e.g., 50mm and above) are required.

Clarify the required specifications based on your project’s needs to avoid wasting production processes and costs due to mismatched dimensions.

3. Surface Treatment

Surface treatment not only affects the appearance of the titanium plate but also its performance. Common surface treatments include:

Annealing: Improves ductility and toughness, suitable for subsequent processing;

Pickling: Removes oxide layers to enhance corrosion resistance;

Sandblasting: Increases surface roughness to improve coating adhesion;

Polishing: Enhances surface smoothness, suitable for high appearance requirements;

Anodizing: Forms a protective oxide layer to enhance corrosion and wear resistance.

4. Application Fields

Titanium has a wide range of applications across various industries, including aerospace, medical devices, chemical equipment, and shipbuilding. Each industry has specific standards and requirements for titanium materials.

• Aerospace: Typically produced according to AMS and MIL standards, with a focus on strength, temperature resistance, and fatigue strength;
• Medical Devices: Focus on biocompatibility and corrosion resistance, meeting ASTM F67, ASTM F136, and other standards.

5. Surface Finish

Surface finish directly impacts the performance of the titanium plate, especially its corrosion resistance and adhesion properties. In some applications, such as chemical equipment and aerospace materials, titanium plates need to have high surface finish to improve corrosion resistance and service life. Choose appropriate surface treatments (e.g., pickling, polishing, brushing, anodizing, etc.) based on requirements to ensure they meet international or industry-specific standards.

6. Certifications and Standards

Ensure the titanium plates you purchase comply with international standards and industry certifications, such as ISO 9001 quality management certification, AS 9100 aerospace quality management certification, AMS, MIL standards, etc. This not only guarantees product quality but also ensures compliance with industry regulations and project requirements.

7. Titanium Plate Quality Assurance

Chalco strictly adheres to international standards (such as ASTM, AMS, etc.) in the production of titanium plate products and conducts comprehensive quality testing, including dimensional inspection, mechanical performance testing, and ultrasonic flaw detection, to ensure each titanium plate meets high-quality standards.

8. Titanium Plate Cost and Price

The price of titanium plates is influenced by multiple factors:

• Material Variations: Prices vary for different grades of titanium, with Grade 5 typically being more expensive than Grade 1;
• Specifications and Dimensions: Larger, thicker, or thinner titanium plates with complex production processes generally cost more;
• Processing and Customization: Non-standard sizes, customized production, special surface treatments, or additional services can increase the cost;
• Market Fluctuations: Titanium processing material prices are often influenced by global titanium raw material prices and market supply-demand changes.

9. Supplier Selection

The qualifications and production capacity of titanium suppliers directly affect material quality, delivery times, and after-sales service. Choose suppliers with rich experience and a good reputation, especially those with successful cases in your industry. Ensure that the supplier has stable production capabilities to meet long-term order demands and possesses timely response and problem-solving capabilities.

10. Titanium Plate Customization

If your project requires titanium plates with specific dimensions, shapes, or surface treatments, ensure the supplier can provide customization capabilities. Many projects require custom specifications based on design and engineering needs, especially for specialized applications (such as aerospace or medical devices). Custom titanium materials can help improve overall performance and quality. Verify whether the supplier can provide custom services for plate sizes, thickness, surface treatments, etc., to meet the precise needs of your project.

By following this purchasing guide, you can better understand how to select the appropriate titanium plates and ensure they meet the specific requirements of your project. For further custom services or inquiries, feel free to contact Chalco!