Name: GR2 Titanium Disk Titanium Ring Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 228928095

GR2 titanium disk is a titanium alloy product made from high-purity titanium (purity exceeding 99.7%). GR2 is its standard model, and the high purity of titanium imparts unique properties to this alloy, making it an ideal material choice in various industrial sectors. The following will provide a detailed overview of the characteristics, applications, and processing procedures of GR2 titanium disks.

Products Specifications

Material	Pure Titanium
Size	Customized
Outside Diameter	200.00mm-1300.00mm
Wall Thickness	1.00mm-50.00mm
Surface	Polished
Technique	Die forging, Rotary swaging, Free forging, Precision forging, Weld

Products Features

Lightweight:

Titanium has a low density, similar to aluminum, making GR2 an ideal choice for lightweight design. In aerospace and automotive manufacturing, lightweight design significantly reduces component weight, improving payload capacity and fuel efficiency.

High Strength:

Although the strength of GR2 is relatively lower than some other titanium alloys, it still possesses sufficient strength to meet the requirements of many engineering applications. This is particularly crucial in aerospace and structural engineering.

Corrosion Resistance:

GR2 exhibits outstanding corrosion resistance, with excellent resistance to corrosive media such as acids and alkalis. This widespread resistance makes GR2 widely used in challenging environments like chemical and marine engineering.

product-500-500TA2 Titanium Disk Titanium Ring

Biocompatibility:

Titanium demonstrates good compatibility with biological tissues, making GR2 common in the manufacturing of medical devices and implantable medical instruments. It is less likely to cause allergic reactions, contributing to reduced adverse effects on the human body.

High Temperature Stability:

GR2 performs exceptionally well under high-temperature conditions, maintaining stability and resisting deformation or oxidation. This characteristic makes it widely applicable in high-temperature processes and thermal industries.

Good Processability:

GR2 has excellent processability and can be shaped through processes like forging, rolling, and stretching. This processability makes GR2 suitable for manufacturing various complex shapes and structures.

steps of the process

Material Preparation:

Select high-purity GR2 titanium blocks as raw materials. Preprocess the raw materials to ensure a clean surface and reduce impurities.

Preheating:

Preheat the GR2 titanium blocks to enhance their plasticity, facilitating subsequent deformation and forging operations.

Forging:

Gradually forge the GR2 titanium blocks into the desired disk-shaped structure through repeated hammering or pressing. Control temperature and deformation speed during forging to ensure material uniformity and mechanical performance.

Heat Treatment:

After forging is completed, subject the material to heat treatment, adjusting temperature and duration to enhance the crystal structure and performance of GR2 titanium. Heat treatment helps eliminate residual stresses from the forging process and improves the material's strength and corrosion resistance.

Inspection and Rectification:

Conduct quality inspections on the forged GR2 titanium disks, including visual checks, dimensional measurements, and metallographic structure analysis. Rectify and repair products that do not meet specifications or quality standards.

Cooling:

Upon completion of forging and heat treatment, gradually cool the GR2 titanium disks to room temperature. Ensure a slow cooling process to prevent the formation of cracks or deformation.

application

TA2 Titanium Disk Titanium Ring

Aerospace Industry:

Used in the manufacturing of aircraft structural components, such as fuselage, wings, and engine parts. The combination of lightweight and high strength contributes to improved fuel efficiency and overall aircraft performance.

Chemical Industry:

Employed in the fabrication of chemical equipment, including corrosion-resistant containers, reactors, and pipelines. Excellent corrosion resistance enables long-term stability in corrosive environments like strong acids and alkalis.

Medical Device Manufacturing:

Utilized for producing implantable medical devices such as bone screws, artificial joints, and dental restoration materials. Possesses biocompatibility, reducing the likelihood of allergic reactions.

Marine Engineering:

Used for manufacturing components in marine engineering, such as marine platforms and seawater treatment equipment. Excellent resistance to seawater corrosion makes it perform exceptionally well in marine environments.