Precision Automotive Parts Manufacturer, Metal Stampings | Fortuna Stamping

Metal stamping products can be seen everywhere in our lives, and these products have been surface-treated when we see them, which is a process of forming a coating on the surface of the workpiece by a certain method. This gives the product the effects of rust resistance, oxidation resistance, corrosion resistance, more aesthetics and improved performance of the product. So what are the surface treatment methods for metal stamping parts? Dongguan Fortuna will introduce to you below.

Stamping parts processing manufacturers usually use galvanizing, nickel plating and other methods to carry out surface treatment of stamping parts, so that the product quality can be better guaranteed. Electrogalvanizing is widely used. This article will introduce to you the factors that affect galvanizing during processing, so as to avoid unnecessary losses caused by poor surface treatment caused by these factors.

When the stamping factory is producing metal stamping parts, there are occasional scratches and pits. For these situations, we must take precautions and deal with them in a timely manner. Next, Dongguan Fortuna will analyze the reasons for scratches or pits of metal stamping parts.

With the development of society, metal stamping parts are applied to various industries. When the stamping factory is processing metal stamping parts, it will evaluate the quality of the stamping parts. When there is a stamping defect, the stamping will have some defect ratings. Next, the editor of Dongguan Fortuna will give you an analysis.

Stamping parts, like many metal processing products, have their own precision ranges. There are many factors that affect the machining accuracy of stamping parts, so reasonable requirements for the accuracy of stamping parts are required, otherwise it will bring a great burden to the stamping equipment and molds. Today, the editor of Dongguan Fortuna will sort out the various factors that affect the precision of stamping processing.

With the development of society, the application of stamping parts is becoming more and more extensive. The role of stamping die in the production of stamping parts is very important, which directly determines the size and accuracy of stamping parts. In the production process of stamping parts, the stamping factory will find that the punch of the stamping die will break, so how to solve it, the editor of Dongguan Fortuna will tell you.

Cleaning is an indispensable process in the production of metal stamping parts. This article will briefly introduce two common methods of quickly cleaning hardware parts. Of course, these knowledge points are well understood by metal stamping parts processing manufacturers, and there are also suitable methods for choosing their own.

In stamping processing, shearing is a process that is often used. For metal stamping plants, the reasonable choice of shearing equipment is very important. The size and precision of the stamped parts to be cut vary according to customer requirements and cutting equipment. Next, the editor of Yiwei Precision will introduce you to the different ways of cutting stamping parts.

When stamping parts processing plants produce and process metal stamping parts, there are often some problems that affect the quality of the products. For example, if the stamping parts are torn and skewed, what is the reason for this? After consulting the technical staff of Yiwei Precision, the editor concluded the following main reasons.

The shape and size of stamping parts are realized by stamping dies. The accuracy of the die determines the accuracy of the stamping parts. Therefore, the stamping die is particularly important. It will be a huge advantage for stamping factories to have independent mold research and development capabilities. There are many types of stamping dies, and their functions are different. Today, we mainly introduce the lower-level advanced die. Next, the editor of Dongguan Fortuna Metals will introduce t

Copper is pure copper, also known as C1100 and T2, which is the elemental substance of copper, named for its purple-red color. Copper is industrial pure copper with a melting point of 1083°C, no allotropic transformation, and a relative density of 8.9, five times that of magnesium. The mass of the same volume is about 15% heavier than ordinary steel. Because of its rose-red color, it turns purple after an oxide film is formed on the surface, so it is generally called red copper. It is copper con

The surface quality of copper busbars can be divided into three main aspects: surface cleanness, surface flattness and surface defects, which are inseparable from copper properties, production process, production management and production environment.