TA1

نطاق التوريد لمجموعة الطيران

المطروقات، والقضبان المستديرة، والألواح الفولاذية، والحلقات، والأنابيب غير الملحومة، والألواح الفولاذية/الأحزمة الفولاذية، والشعيرات الدائرية، ومواد لحام الأسلاك، مرحبًا بكم للاستفسار!

مطروقات التيتانيوم مخصص
قضبان التيتانيوم وفقًا للرسومات. Φ(8-400) ×L≤5000 مم (قضبان مدرفلة، قضبان مزورة)
صفيحة/صفيحة تيتانيوم (0.3-60.0) × (400-1000) × (1000-3500) مم (صفيحة مدرفلة على البارد، صفيحة مدرفلة على الساخن)
أنبوب تيتانيوم Φ(3-210) × (0.2-10.0) × لتر (أنابيب مدرفلة، أنابيب مبثوقة)
حلقة من التيتانيوم القطر الخارجي φ (100-1200) × القطر الداخلي Φ (100-1000) × الارتفاع (20-800) مم
كعكة التيتانيوم المستديرة Φ(150-1200) × (20-800) مم
سلك تيتانيوم Φ(0.1-7.0) × لتر

1. Introduction to TA1/Gr1 Materials

       TA1 is industrial pure titanium. A dense metal titanium with a titanium content of no less than 98% and contains a small amount of impurities such as oxygen, nitrogen, hydrogen, carbon, silicon and iron. Oxygen, nitrogen, carbon, hydrogen… The material grades of Chinese industrial pure titanium are divided into three grades according to their impurity content. The gap impurity elements of these three industrial pure titanium are gradually increasing, so their mechanical strength and hardness also increase step by step, but plasticity and toughness decrease accordingly.　

      TA1, TA2 and TA3 in the national standard correspond to Gr0, Gr1 and Gr2 in the UNS. The commonly used industrial pure titanium in the industry is TA2. Because of its moderate corrosion resistance and comprehensive mechanical properties, TA3 can be used when the wear resistance and strength requirements are high, and TA1 can be used when the molding performance is required.

      When the iron content ω is 0.095%, the oxygen content ω is 0.08%, the hydrogen content ω is 0.009%, and the nitrogen content ω is 0.0062%, TA1 and TA2 have good low-temperature toughness and high low-temperature strength, and can be used as low-temperature structural materials below -253℃.

2. Technical standards for TA1/Gr1 materials

      GB/T3620.1-2016 درجات التيتانيوم وسبائك التيتانيوم والتركيبات الكيميائية

      GB / T 3621-2007 ASTM / B265 صفائح التيتانيوم وسبائك التيتانيوم GB/T 3621-2007

      GB/T2965 -2007 ASTM/B348 مادة قضبان التيتانيوم وسبائك التيتانيوم GB/T2965 -2007

      GB/T 3624-2010 ASTM337 أنابيب غير ملحومة من التيتانيوم وسبائك التيتانيوم

      GB/T16598-2013 أنابيب التيتانيوم وسبائك التيتانيوم للمبادل الحراري والمكثف ASTM381

      GB/T13810-1997 مواد معالجة التيتانيوم وسبائك التيتانيوم للغرسات الجراحية AMST/F136

      GB/T3623-2007 AMST/B863 أسلاك التيتانيوم وسبائك التيتانيوم GB/T3623-2007

      ASTM/B265 ASTM/B265 رقائق التيتانيوم وسبائك التيتانيوم 

3. Chemical composition of TA1/Gr1

4. TA1/Gr1 الخصائص الفيزيائية

5. TA1 material characteristics

      Titanium has six major characteristics:

1. High strength: Titanium has better strength/density ratio than other metals and can be made of titanium to make components with high strength, good rigidity, and light weight. Titanium is used in the engine, frame, skin, fasteners and landing gear of aircraft.
2. Anti-corrosion: Compared with stainless steel, titanium alloy has better corrosion effect in humid air and seawater, and titanium has great resistance to pitting, acid corrosion and stress corrosion. Titanium resists corrosion of alkali, chloride, chlorinated organic matter, sulfuric acid, nitric acid.
3. High temperature resistance: The application temperature of titanium is higher than that of aluminum alloy. Titanium can work for a long time at 450-500℃. Titanium alloy stil has high strength at operating temperatures of 150-500°C. The working temperature of titanium can reach 500℃.
4. Low temperature resistance: Titanium alloys still have their mechanical properties when operating at low or ultra-low temperature conditions. Titanium alloys with low temperature resistance and extremely low gap still have good ductility, so titanium alloys are a good low temperature structural material.
5. Environmentally friendly metals: Titanium has lower thermal conductivity than carbon steel or copper, but titanium has very good corrosion resistance, so the thickness of titanium can be greatly reduced, and the heat exchange mode is dropwise condensation between titanium and steam. This mode reduces heat transfer resistance and there is no scaling on the titanium surface, thus making the titanium more thermal conductivity.
6. Good thermal conductivity: Titanium is a non-magnetic metal and cannot magnetize in large magnetic fields. Moreover, titanium is non-toxic and blood-compatible, so titanium has been used in the medical field. ​

　　TA1 titanium alloy forging: forged, extruded, rolled and cold drawn. The hot processing temperature is 800-900℃, pay attention to lubrication and suction. When the cold working rate reaches 30-60%, intermediate annealing is required.

　　TA1 titanium alloy heat treatment: generally used in an annealed state. The recommended annealing is 670-720, 0.5-2h; the stress-relieving annealing system is 530-550℃, 0.5-1h or 470-490℃, 2-4h.

　　TA1 titanium alloy welding: Argon protection arc is widely used, and plasma welding, resistance welding, gas protection diffusion welding, etc.

6. TA1 application field

      1. Mainly used in aerospace, navigation, nuclear power, electronics, chemical industry, petroleum, precision manufacturing, medical and pharmaceuticals, etc.

      2. Condenser for thermal power stations;

      3. Pipeline systems, valves, and pumps that are corroded by marine seawater;

      4. Chemical heat exchanger, pump body, distillation tower; seawater desalination system, platinum-plated anode;