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why do most customers refer to stainless steel badges that are not stainless steel? Because there are many processes that cannot be achieved by using stainless steel to make badges, stainless steel generally only makes some etching or printing processes, and both processes are basically flat, or the etching is only slightly concave and convex, so that the effect that the customer wants cannot be achieved, and it will inevitably be completed by stamping or die casting, but both processes cannot be made of stainless steel. Standardization Factors with the continuous improvement of people's living standards, people have higher and higher requirements for visual design of signs; In the design of metal signs, it is not only required to be beautiful but also to reflect the information conveyed to people by the products of the enterprise, so that people can think of the Enterprise when they see the logo of the trademark, what kind of products are suitable for what style, what material of signs, so that people are more easy to remember; For example: Home appliances, electronic digital products, most of the choice of gold or silver logo, material selection: stainless steel or nickel material! So what types of glue are commonly used in the use of metal signs? How is the glue correct and what type of sign or product is used? In the use of metal signs, we often use four kinds of glue: water glue, hot melt glue, back glue and four-dimensional glue. Water glue is a kind of liquid glue. The surface is colorless and transparent, and it is not easy to turn yellow. It is an environment-friendly chemical. It has good adhesive strength at normal temperature and is convenient to use. The release paper that tears the label can be directly attached to the product; Commonly used in electronic digital products, furniture, gift boxes, household appliances and other products.
Many industries entering the 1980s s, especially the automobile industry, are more dependent on powder metallurgy technology than ever before, using as many high-performance parts of powder metallurgy as possible is a powerful means to improve the competitiveness of automobiles, especially cars, in the market. High density P/M products are the key factors to ensure their excellent mechanical properties. Therefore, in order to expand the application range of powder metallurgy P/M Parts, it is necessary to increase its density to obtain powder metallurgy parts with excellent mechanical properties. Generally, the whole surface is used as a sign.
Dongguan Jufu Intelligent Technology Co. , Ltd. specializes in metal signs, metal labels, electroforming trademarks, metal nameplates, conductive materials, thermal conductive materials, shielding materials, precision die-cutting, decorative parts and the research and development, production and sales of related products, and provide related supporting services, successively introduced, Japan and South Korea crafts and equipment, hired industry authority technology, after bold exploration and development, successfully developed pure nickel, nickel metal internal casting, breakthrough technologies such as laser prevention have filled a number of technical gaps in the same industry, standardized production in strict accordance with the management system, and realized careful operation and strict control of raw materials and production processes, to ensure the brilliant achievements of zero complaints about factory products.
chemical stability of the material itself: stainless steel has the properties of high temperature resistance, acid and alkali resistance, corrosion resistance, oxidation resistance, etc. Affected by the chemical structure of stainless steel, in harsh environment, such as: high temperature, wet and cold, long-term exposure to rain medium environment, stainless steel signs can still maintain bright and bright for a long time, no deformation. In short, it is characterized by strong annual use and not easy to deform. In the choice of making metal signs, stainless steel and aluminum are very common metal materials, so what is the difference between the advantages and disadvantages of these two materials?
The sign sign of the office building is the symbol of the modern sign guidance system as the static identification of the environment, it is an important indication of connecting people in daily life. Due to the multi-element alloy, the carbide Dispersion strengthening after solid solution strengthening and tempering is better, with high toughness, high impact fatigue resistance. Used for pneumatic tools, punching tools and large and medium-sized punching dies. The disadvantages are low compression resistance, poor thermal stability and difficult control of quenching deformation. For CrWzSi steel, when Shearing (Such as 5CrW2Si) High temperature heating quenching should be used as far as possible to change the shape of martensite and greatly improve its strength and toughness, which the author has achieved good results in practical work.
such signs are characterized by waterproof, low price and mass production. They can be directly pasted with neutral glass glue and paint surface. The disadvantage is that the appearance is not as delicate as metal signs. Aluminum Alloy sign aluminum alloy sign is a popular material in 1990s, aluminum. Compared with traditional materials, it does not rust, has light volume and low cost. The big signs we usually see outside, the signs are all made of aluminum alloy, such as the signs on the road, and some cards are also made of aluminum alloy.
The manufacturing process of nickel sheet thin standard is to use the cathode deposition phenomenon in the electrochemical process to carry out molding processing, that is, the conductive original mold is used as the cathode, the Electroformed Metal is used as the anode, and the metal salt solution of the electroforming material is used as the electroforming liquid. Under the action of direct current, the metal plate at the anode will gradually dissolve into metal ions, which will be continuously added to the electroforming solution to keep the concentration of the electroforming solution balanced.