TITANIUM PLATE

gr1 gr2 pure titanium sheet/plate for industry

• Standard: ASTM B265
• Stock thickness: 0.8/1/1.5/2/3/4/5/6/8/10/12/14/16/18/20/25/28/50mm
• Regular size：thickness:0.5-80mm  L/W:≤3000*6000mm
• Other parameters：Surface: Polished/ Pickling    Technique: Forging/rolled
• Place of Origin:Shaanxi BaoJi China

gr5 Ti6Al4V titanium alloy plate/sheet

• Standard: ASTM B265
• Stock thickness: 1.2/1.5/2.0/3/4.0/5.0/6.0/8.0/10/12/18/20/25mm
• Regular size：thickness:0.5-80mm  L/W:≤3000*6000mm
• Other parameters：Surface: Polished   Technique:  Forging/rolled
• Place of Origin:Shaanxi BaoJi China

Titanium plate gr5 in stock from Baoji

Specification range:Titanium wide plate: thickness 6~60MM; width 1000~2500MM; length 2000~9000MM
Hot rolled coil plate: thickness 3~12MM; width 800~1550MM; length 1000~9000MM
Cold rolled coil plate: thickness 0.5-3MM; width 800-1550MM; length 1000~5000MM
Surface treatment: shot blasting, pickling surface

grade 2 titanium plate best supplier in stock

Gr2 titanium plate Excellent punching performance. It can be welded in various forms, and the welding performance is good. The welded joint can reach 90% of the strength of the base metal. Easy to saw and grinding wheel cutting, good machining performance. Excellent corrosion resistance for parts below 350 °C, with low force and parts punched into various complex shapes.

GR1 GR2 Titanium wide plate Pickled surface

Pure titanium application areas: thermal power plant condensers; pipeline systems, valves, pumps for marine seawater corrosion; chemical heat exchangers, pump bodies, distillation towers; seawater desalination systems, platinized anodes; aircraft skeletons, skins, engine components Beams, etc.

Titanium sheet different size thickness

• Standard: ASTM B265
• Stock thickness: 0.8/1/1.5/2/3/4/5/6/8/10/12/14/16/18/20/25/28/50mm
• Regular size：thickness:0.5-80mm  L/W:≤3000*6000mm
• Other parameters：Surface: Polished/ Pickling    Technique: Forging/rolled
• Place of Origin:Shaanxi BaoJi China

Titanium foil pure titanium ASTM B265

• Regular size：thickness:0.025mm-0.5mm  W:500mm(can be customized)
• Other parameters：Surface: bright
• Place of Origin:Shaanxi BaoJi China

Gr2 pure Titanium foil in stock

The titanium foil material is mainly used for the high-pitched film of the speaker and the horn, and the titanium foil is used for high fidelity and the sound is clear and bright. Titanium foil materials can also be used for precision fittings for implants on bones.

Pure titanium foil grade1 grade 2 for industry

Titanium foil is just like any other metal foil. It is a thin layer of metal made from pure titanium, Since titanium is such a durable and expensive metal, it is the perfect material for high-end, precise razors that can cut through hairs easily and effectively.

Gr1 Titanium foil bright surface

Specification: 0.025-0.6 (thick) 50-500 (wide) more than 500 (long);
General thickness: 0.008mm titanium foil, 0.01mm titanium foil, 0.03mm titanium foil, 0.05mm titanium foil, 0.08mm titanium foil.

Titanium foil /titanium strip bright surface

The production process of titanium foil is composed of main working procedure including hot rolling, cold rolling and auxiliary working procedure (pickling, degrease, heat treatment and shearing). Cold rolled titanium strip is the original billet in the process of rolling titanium foil. After pickling and annealing, cold rolled the titanium strip repeatedly and the total amount of deformation is always controlled in 20%~40%.

BAOJI HIGHSTAR TITANIUM METAL is committed to the production and export of titanium metal. It has a large number of stocks and provides OEM services. Welcome to order and inquire about our titanium plate and titanium foil material.

TITANIUM PLATE/FOIL/STRIP DETALS

Titanium plate manufacturing process:

Hot forging is a forging process performed above the metal recrystallization temperature. Hot rolling is a rolling process carried out at a temperature higher than the recrystallization temperature. Cold rolling: a rolling process in which the plastic deformation temperature is lower than the recovery temperature. Annealing: A metal heat treatment process in which the metal is slowly heated to a temperature for a sufficient period of time and then cooled at a suitable rate (usually slow cooling, sometimes controlled cooling). Pickling: The article is immersed in an aqueous solution of sulfuric acid or the like to remove a film such as an oxide on the surface of the metal. It is a pre-treatment or intermediate treatment of electroplating, enamel, rolling and other processes.

To sum up, the welding function of cutting titanium plates is the first to reflect these aspects:

(1) High temperature crack: The high temperature crack referred to herein means a crack related to welding. High temperature cracks can be roughly classified into condensation cracks, microcracks, cracks in HAZ (heat affected zone), and reheat cracks.
(2) Low-temperature cracking: Low-temperature cracking sometimes occurs in a martensitic-cut titanium plate and some ferrite-cut titanium plates having a martensite arrangement. Because the primary cause of the attack is hydrogen dispersion, the degree of bondage of the welded joint, and the hardening arrangement between them, the solution is primarily to reduce the dispersion of hydrogen during the welding process, to suitably perform preheating and post-weld heat treatment, and to reduce the degree of restraint.
(3) Resistance of welded joints: In the austenitic-cut titanium plate, in order to reduce the high-temperature crack sensitivity, 5%-10% of ferrite remains between the components. However, the presence of these ferrites results in a decrease in low temperature resistance. When the duplex-cut titanium plate is welded, the amount of austenite in the welded joint region is reduced to affect the onset of the resistance. Others followed by the addition of ferrite, the resistance value has a significant reduction trend.
The reason why the resistance of the welded joint of the high-purity ferritic cut titanium plate has been remarkably lowered is due to the incorporation of carbon, nitrogen and oxygen. In the meantime, the oxygen content in the welded joint of some titanium plates is added to form an oxide type doping, and these impurities become a source of crack initiation or a method of crack propagation to lower the resistance. However, some titanium plates are mixed with air in the maintenance gas, and the nitrogen content is added to the {100} surface of the cleavage surface of the substrate to cause the strip-like Cr2N, and the matrix becomes hard and the resistance is lowered.
(4) σ phase embrittlement: austenitic cut titanium plate, ferrite cut titanium plate and dual phase titanium plate are prone to σ phase embrittlement. Because the alpha phase is divided by a few percent in the arrangement, the tolerance is significantly reduced. “The phase is usually separated in the range of 600-900 ° C, especially at 75 ° C. As a preventive method to avoid the phase attack, the ferrite content should be reduced as much as possible in the austenitic cutting titanium plate. .
(5) At 475 ° C embrittlement, the Fe-Cr alloy was decomposed into a low chromium concentration α solid solution and a high chromium concentration α’ solid solution when held at 475 ° C for a long time (370-540 ° C). When the chromium concentration in the α’ solid solution is more than 75%, the deformation changes from slip deformation to twin deformation, and then 475 °C embrittlement occurs.

PRODUCT APPLICATION

Titanium plate is mainly used to make aircraft engine compressor parts
Structural parts for the manufacture of rockets, missiles and high-speed aircraft
Used in the production of electrodes for the electrolysis industry, condensers for power stations, heaters for oil refining and seawater desalination, and environmental pollution control device.

APLICACIÓN DEL PRODUCTO

La placa de titanio se utiliza principalmente para fabricar piezas de compresores de motores de avión.
Piezas estructurales para la fabricación de cohetes, misiles y aviones de alta velocidad.
Se utiliza en la producción de electrodos para la industria de la electrólisis, condensadores para centrales eléctricas, calentadores para refinación de petróleo y desalinización de agua de mar y dispositivos de control de la contaminación ambiental.

제품 응용

티타늄 판은 주로 항공기 엔진 압축기 부품을 만드는 데 사용됩니다.
로켓, 미사일 및 고속 항공기 제조용 구조 부품
전기 분해 용 전극, 발전소 응축기, 정유 및 해수 담수화 용 히터, 환경 오염 제어 장치 생산에 사용됩니다.

APPLICAZIONE DEL PRODOTTO

La piastra in titanio viene utilizzata principalmente per la produzione di parti di compressori per motori di aerei
Parti strutturali per la fabbricazione di missili, missili e velivoli ad alta velocità
Utilizzato nella produzione di elettrodi per l’industria dell’elettrolisi, condensatori per centrali elettriche, riscaldatori per la raffinazione del petrolio e la desalinizzazione dell’acqua di mare, e dispositivo di controllo dell’inquinamento ambientale.

ПРИМЕНЕНИЕ ПРОДУКТА

Титановая пластина в основном используется для изготовления деталей компрессоров авиационных двигателей.
Конструктивные детали для изготовления ракет, ракет и скоростных самолетов
Используется при производстве электродов для электролизной промышленности, конденсаторов для электростанций, нагревателей для очистки нефти и опреснения морской воды, а также в устройствах контроля загрязнения окружающей среды.

APLICAÇÃO DO PRODUTO

Placa de titânio é usado principalmente para fazer as peças do compressor do motor de aeronaves
Peças estruturais para o fabrico de foguetes, mísseis e aviões de alta velocidade
Utilizado na produção de eletrodos para a indústria de eletrólise, condensadores para usinas de energia, aquecedores para refino de petróleo e dessalinização de água do mar, e dispositivo de controle de poluição ambiental.

PCHEMICAL COMPOSITION AND PHYSICAL

ASTM STANDARD DOWNLOAD