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In the process of making metal badges, avoiding stamping deformation requires strict control over multiple aspects such as equipment debugging, mold design, material selection, and operation techniques. The following are the specific key points and solutions: I. Optimization of Mold Design and Pr...Read more »

The production of metal badges requires efforts from four major dimensions: raw material control, optimization of process details, maintenance of equipment precision, and full-process quality inspection. Through standardized operations and data-driven monitoring, the quality of the finished produ...Read more »

The production of metal badges (possibly a typo of “metal badge”) requires different equipment based on the type of process (such as baking varnish, enamel, stamping, printing, etc.). The following is an analysis of the professional equipment and functions required for mainstream proc...Read more »

The high-temperature curing after baking varnish filling is a key process that endows the color fastness and gloss of the badge. It is necessary to ensure the curing effect through details such as temperature curve control, equipment parameter setting, and workpiece placement norms. The following...Read more »

Baking varnish filling is the core link in the production of baking varnish badges that determines the color reproduction and visual texture. It is necessary to strictly control aspects such as color separation accuracy, pigment properties, and operation techniques. The following are the key deta...Read more »

The specific steps for making lacquered badges involve multiple processes such as design and plate making, metal stamping, surface treatment, lacquer filling, high-temperature curing, and post-processing. Each step must be precisely controlled to ensure the texture and durability of the badges. T...Read more »

The complexity of the process for making badges varies significantly depending on the type, material, design requirements and application scenarios. From simple and quick basic processes to delicate and time-consuming high-end custom processes, each has its own characteristics and applicable scop...Read more »

To remove stubborn stains from ceramic badges, try the following: Toothpaste wipe Materials: plain white toothpaste, soft damp cloth or towel. Operation method: Apply proper amount of toothpaste to the stain and wipe gently with a damp cloth or towel. The tiny particles in the toothpaste can act ...Read more »

After the ceramic badge is made, in order to maintain its good appearance and quality, it can be maintained from the following aspects: Avoid collision and falling: The texture of the ceramic is brittle, and it is easy to break or damage when it is crashed or dropped. In the daily storage and use...Read more »

Badge of metal Design: Design the style of the badge according to the needs, draw a detailed design drawing, and determine the shape, size, pattern, text and other elements of the badge. Mold making: Making molds according to the design drawing, usually using steel molds or copper molds. For comp...Read more »

When making badges, the selection of materials that are not easy to rust needs to consider a number of factors, the following are some common materials that are not easy to rust and their characteristics: Stainless steel Characteristics: Stainless steel has good corrosion resistance, because it c...Read more »

electroplate Principle: Through electrolysis, deposit a layer of other metals or alloys on the surface of the metal badge, such as chromium, nickel, zinc, etc., to form a dense protective film, isolate air and water, and prevent the badge base metal from contacting with the external corrosive med...Read more »