第26页-Electric forging-Innally

What are the key steps in the heat treatment process of 6061 aluminum alloy forgings?

The key steps in the heat treatment process of 6061 aluminum alloy forgings include: Preheating: Forgings need to be preheated before heating to prevent cracks during heating. The preheating temperature is generally 100 ~ 200℃, and the holding time is 1 ~ 2 hours. Heating: the forging is heated in the heating furnace, the heating temperature is 530 ~ 570℃, and the holding time is 2 ~ 4 hours. In the heating process, it should be avoided to heat too fast to prevent cracks in the forging. Heat preservation: Keep the forgings at the heat preservation temperature for a certain time so that the temperature inside and outside the forgings is evenly distributed. The holding temperature is 550 ~ 570℃,…

How to prepare high quality 6061 aluminum alloy forgings?

To produce a high-quality 6061 aluminum alloy forgings, follow the following steps: Blank preparation: Pre-treatment of raw materials such as cutting and heat treatment for subsequent forging. Billet heating: the billet is heated in the heating furnace to make it reach the appropriate forging temperature, this step is crucial to control the quality of the forging, heating temperature and time need to be determined according to the specific situation of the forging. Blank forging: The heated blank is placed into the mold for hammering or rolling operations to obtain the desired shape and size. In the forging process, it is necessary to pay attention to the control of deformation, hammering force and times and other factors, which will directly affect…

Why titanium alloy forgings become the new darling of high-end manufacturing”

The reason why titanium alloy forgings have become the new darling of high-end manufacturing is mainly due to their excellent performance and characteristics. Here are a few main reasons: High strength and low density: Titanium alloy has the characteristics of high strength and low density. Compared with steel, the density of titanium alloys is about half that, while the strength is comparable to high-strength steel. This allows titanium alloys to withstand higher loads with the same weight and is widely used in the manufacture of high-performance components, such as aeroengine blades. Good corrosion resistance: The surface of titanium alloy will naturally generate a layer of oxide film, this layer of protective film makes it have good oxidation resistance and rust…

Into the world of titanium forgings: from design to production

Titanium alloy forgings are high performance materials widely used in aviation, aerospace, medical and other fields. From design to production, the production process of titanium alloy forgings is very complex and demanding. Here are the steps to enter the world of titanium forgings. First, the design phase The design of titanium alloy forgings needs to consider several factors. First of all, you need to choose the right titanium alloy. Different application scenarios require titanium alloys with different compositions and characteristics. For example, in the field of aviation, commonly used titanium alloys are Ti-6Al-4V, Ti-5Al-2.5Fe, etc., which have high strength and corrosion resistance. Secondly, the structural design of forgings needs to be carried out according to the application scenarios and requirements….

Titanium forgings: High-performance materials powering the aerospace industry

Titanium alloy forging is a high-end material with excellent performance, and its application in the aerospace field plays an important role in improving the performance and safety of aircraft. This paper will introduce in detail the application of titanium alloy forgings in the aerospace industry and its importance and advantages. Titanium alloy forging refers to the titanium alloy material processed by forging process with a certain shape and performance of the parts. Titanium alloy forging can still maintain its excellent mechanical properties at high temperature, with lightweight, high strength, corrosion resistance, high temperature resistance and other multiple advantages, so it is widely used in the aerospace field. Second, the production process of titanium alloy forging The production process of titanium…

Titanium forgings: High-performance materials powering the aerospace industry

Improving quality: The secret weapon of titanium forgings manufacturing

As a high performance material, titanium alloy forgings are widely used in aerospace, automotive, medical and other fields. With the continuous progress of science and technology, improving the quality of titanium alloy forging has become crucial. This paper will introduce some practical methods and advantages of improving the manufacturing quality of titanium alloy forgings, hoping to provide useful reference for related industries. First, the status quo of titanium alloy forging manufacturing and the importance of quality improvement Titanium alloy forgings have excellent strength, corrosion resistance and high temperature properties, and are regarded as star materials in aerospace, automotive and other fields. However, due to the difficulty of processing titanium alloys, problems such as cracks and bubbles are prone to occur…

Drive shaft forgings: Key role in power transmission”

The drive shaft forging is a key component in the automobile transmission system, which connects the engine and transmission, effectively transmits the power of the engine to the wheels, and pushes the car forward or backward. In the working process of the drive shaft, it not only has to withstand large torque and speed, but also adapt to a variety of complex working environments, so the requirements for the drive shaft forging are very strict. The main role of the drive shaft forging is to transmit the power of the engine to the wheels together with the gearbox and the drive axle to drive the car. When the engine is working, the gas pressure in the cylinder is constantly changing,…

Forging drive shafts: Transition from tradition to modernity

The drive shaft is one of the key components of the car, which connects the car engine and transmission, transfers the power of the engine to the wheels, and pushes the car forward or backward. Forging drive shaft is one of the key steps to manufacture high quality drive shaft, and the transformation from traditional to modern is an important trend in the development of drive shaft forging. Traditional forging methods include free forging and model forging. Free forging uses a large forging hammer or press for forging, but the production efficiency is low, the labor intensity is large, and the production cycle is long. Model forging is the use of molds for forging, which has higher production efficiency, but…

Electric forging

What are the key steps in the heat treatment process of 6061 aluminum alloy forgings?

How to prepare high quality 6061 aluminum alloy forgings?

Why titanium alloy forgings become the new darling of high-end manufacturing”

Into the world of titanium forgings: from design to production

Titanium forgings: High-performance materials powering the aerospace industry

Titanium forgings: High-performance materials powering the aerospace industry

Improving quality: The secret weapon of titanium forgings manufacturing

Drive shaft forgings: Key role in power transmission”

Forging drive shafts: Transition from tradition to modernity

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