Bearings/rigging forging-Innally

Advantages of cake forging compared with other types of forging

In forging process, there are many types of forgings, including cake forgings, shaft forgings, complex shape forgings and so on. Among them, the cake forging with its unique structure and performance characteristics, in many forging types stand out, has a significant advantage.First of all, the cake forgings have a large transverse size in the structure, which makes it excellent in terms of bearing pressure and distributing loads. Compared to other types of forgings, cake forgings are better able to resist deformation and damage, so they are more suitable for applications where large loads are required, such as heavy machinery, Bridges and building structures. Secondly, in the manufacturing process of cake forgings, because the shape is relatively simple, the forging process…

How to choose the cake forgings suitable for specific application scenarios

As an important part of machinery manufacturing and industrial production, the choice of cake forgings plays a vital role in ensuring the stable operation of equipment and extending the service life. However, due to the different application scenarios of forging requirements are different, how to choose the appropriate cake forging has become a problem that needs to be carefully considered. This paper will discuss how to select the cake forgings suitable for specific application scenarios from the aspects of material selection, dimensional accuracy, surface quality and heat treatment.First of all, material selection is the first step in the selection of cake forgings. Different application scenarios have different performance requirements for materials, such as high temperature and oxidation resistant materials need…

Discussion on improving the utilization rate of shaft forging materials

As a key component in machinery manufacturing, the material utilization rate of shaft forgings directly affects the production cost and the economic benefit of enterprises. Therefore, improving the material utilization rate of shaft forgings is the goal that the machinery manufacturing industry has been pursuing. This paper will discuss how to improve the material utilization rate of shaft forgings, and provide some useful references for related enterprises.First, optimize the design schemeDesign scheme is the basis of material utilization of shaft forgings. By optimizing the design scheme, material waste can be minimized. Specifically, designers can minimize the size and weight of forgings and avoid unnecessary material consumption under the premise of ensuring the functionality and safety of shaft forgings. At the…

Application of titanium alloy forgings in the field of medical devices

With the continuous progress of medical technology, the requirements for medical device materials are becoming higher and higher. Titanium alloy forgings, as a kind of material with excellent properties and wide applications, have been widely used in the field of medical devices. This paper will discuss the application and advantages of titanium alloy forgings in the field of medical devices.Titanium alloy forgings have excellent biocompatibility, which is one of the important reasons for their wide application in the field of medical devices. Biocompatibility refers to the interaction between the material and the organism, including the irritation of the material to the organism and the reaction of the organism to the material. Titanium alloy forgings have good biocompatibility, will not cause…

Production cost and economic benefit of titanium alloy forgings

As a kind of high performance material, titanium alloy forgings have been widely used in aviation, aerospace, chemical industry and other fields. However, the high production cost of titanium alloy forgings has become a factor restricting its wide application. This paper discusses the relationship between production cost and economic benefit of titanium alloy forgings. First of all, the production cost of titanium alloy forgings is higher, mainly because of its raw material costs, processing costs and equipment costs are higher. The price of titanium alloy is much higher than that of ordinary steel, and its processing is difficult, requiring high-precision equipment and process control, which further increases the production cost. In addition, the production of titanium alloy forgings is small,…

Comparison of titanium alloy forgings with other materials

In a variety of engineering applications, the choice of materials is critical. Different materials have different properties and can meet different needs. As a high performance material, titanium alloy forgings have significant advantages over other materials.First of all, titanium alloy forgings have higher specific strength and specific stiffness compared to steel. This means that titanium forgings are able to provide better strength and stiffness while maintaining a lower weight. This is critical for aviation, aerospace and chemical equipment that needs to withstand high loads. In addition, titanium forgings also have good corrosion resistance and high temperature properties, making them more competitive in these fields.Secondly, titanium alloy forgings also have unique advantages compared with aluminum alloys. Although aluminum alloy has the…

How to promote the sustainable development of stainless steel forgings industry through technological innovation

As an important branch of manufacturing industry, stainless steel forging industry is facing increasingly severe environmental challenges and market competition. In order to achieve sustainable development, technological innovation has become a key driving force to promote the stainless steel forgings industry. This article will explore how to promote the sustainable development of the stainless steel forgings industry through technological innovation.I. Promotion and application of intelligent production technologyWith the continuous development of intelligent technology, its application in the production process of stainless steel forgings can improve production efficiency, reduce energy consumption and reduce labor costs. For example, the use of automated production lines, robots and Internet of Things technology to achieve automation and information management of the production process, improve production…

Cost control and optimization of stainless steel forgings

As a kind of high quality and high performance material, stainless steel forgings are widely used in various industrial fields. However, its production cost is relatively high, so how to carry out effective cost control and optimization has become the focus of attention of enterprises. This paper will discuss the cost control and optimization method of stainless steel forgings in detail.

Cost control and optimization method of stainless steel forgings

As a kind of high performance material, stainless steel forgings are widely used in various fields. However, the production cost of stainless steel forgings is high, so cost control and optimization are crucial for the sustainable development of enterprises. This paper will introduce the cost control and optimization method of stainless steel forgings.

Bearings/rigging forging