Titanium Alloy U profiles Section Titanium ASTMF136 ASTMB348 U Section Channel

Product Description:

The effects of straightening heating temperature and cooling rate on straightening deformation, microstructure and properties of U profile were studied. The results show that under the same cooling rate, the straightening deformation effect of U profile is good with the straightening temperature increasing. At the same heating temperature, with the decrease of cooling rate, the resilience after high temperature straightening deformation is smaller, and the straightening deformation effect of U profile is better.

When the straightening heating temperature is 720℃ and the cooling rate is 30℃/min, the straightening U profile meets the relevant requirements of AMS2245 "Dimensional Tolerance of Titanium and titanium alloy extrusion bars, bars and profiles"; The straightening heating temperature is not higher than 720℃, and the straightening process does not change its structure and properties.

Titanium alloys have been widely used in aviation industry and aerospace technology because of their high specific strength, heat resistance and corrosion resistance. The advantages of using the hot extrusion process to produce titanium alloy profiles are that the hot extrusion method makes the deformed metal have the best three-way compressive stress state, so that higher quality products can be obtained. When the hot extrusion process is used, because the preparation of the mold is relatively simple, the flexibility of replacing the variety is greatly improved, which also improves the economy of the product.

Features:

Titanium alloys have been widely used in aviation industry and aerospace technology because of their high specific strength, heat resistance and corrosion resistance. The advantages of using the hot extrusion process to produce titanium alloy profiles are that the hot extrusion method makes the deformed metal have the best three-way compressive stress state, so that higher quality products can be obtained.

A study was conducted to observe the effects of straightening heating temperature and cooling rate on straightening deformation, microstructure and properties of U profile. It was found that under the same cooling rate, the better straightening deformation effect of U profile gets as the straightening temperature increases. Moreover, when the straightening heating temperature is 720℃ and the cooling rate is 30℃/min, the straightening U profile conforms to the relevant requirements of AMS2245 "Dimensional Tolerance of Titanium and titanium alloy extrusion bars, bars and profiles". Furthermore, when the cooling rate is decreased at the same heating temperature, the resilience after high temperature straightening deformation is smaller, and the straightening deformation effect of U profile performs better. It is also noted that the straightening heating temperature should not exceed 720℃ to avoid any change in its structure and properties.

Technical Parameters:

Applications:

Titanium metal and alloys have demonstrated superior properties, such as strong heat resistance, low temperature toughness, and fracture toughness, which lead it to wide use in the aerospace industry. These properties make titanium alloys especially useful for aircraft engine parts, rocket and missile structural parts, fuel and oxidizer storage tanks, and high-pressure vessels. In addition to these uses, it has also been utilized to make automatic rifles, mortar mounts, and recoilless gun tubes.

Titanium Channel

Packing and Shipping:

Titanium Channel Packaging and Shipping includes the following:

• Carefully package the product in an air-tight, corrugated box.
• Ensure that the box is large enough to accommodate all the components of the product.
• Include a packing slip in the package that specifies the contents.
• Write the customer's address correctly on the box.
• Attach an appropriate shipping label, such as the one provided by the shipping company.
• Ship the package using a reputable shipping company, such as UPS or FedEx.

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