Metal materials are used more and more in various existing products, because metal materials can better reflect product quality and highlight brand value. Among many metal materials, aluminum is easy to process and has good visual effects. The surface treatment methods are abundant, and the first ones are used by various manufacturers. The surface treatment of aluminum profiles is mainly divided into: sand blasting (formation of matte pearl silver surface), polishing (forming mirror surface), drawing (forming a satin-like effect), plating (covering one) Layer of other metals), spraying (covering other non-metallic coatings)
The following metal processing Xiaobian will bring you some easy pictures, follow the metal processing WeChat, and feel the surface processing technology of aluminum and aluminum alloy in our daily products.
The process of cleaning and roughening the metal surface by the impact of high velocity sand flow. The aluminum surface treatment of this method can achieve a certain degree of cleanliness and different roughness of the surface of the workpiece, so that the mechanical properties of the surface of the workpiece are improved, thereby improving the fatigue resistance of the workpiece and increasing the interaction between the coating and the coating. The adhesion enhances the durability of the coating and also contributes to the leveling and decoration of the coating. This process is often seen in Apple's various products, and is increasingly used by existing TV sets or middle frames.
Mechanical, chemical or electrochemical methods are used to reduce the surface roughness of the workpiece to obtain a bright, flat surface. The polishing process is mainly divided into: mechanical polishing, chemical polishing, and electrolytic polishing. The aluminum parts are mechanically polished + electrolytically polished to get close to the stainless steel mirror effect, giving people a feeling of high-grade simplicity and fashionable future (of course, it is easy to leave fingerprints and more care).
Metal wire drawing is a manufacturing process in which sand sheets are repeatedly scraped out of the line by sandpaper. Drawing can be divided into straight drawing, chaotic drawing, swirl drawing, thread drawing. Metal processing WeChat, the content is good, it is worthy of attention. The metal wire drawing process can clearly show each of the fine silk marks, so that the matte light in the metal matt light, the product has both fashion and technology.
4. High-light cutting
The diamond knives are reinforced with a sculpting machine to cut the parts on the spindle of the high-speed rotation (typically 20,000 rpm) to produce a local highlight on the surface of the product. The brightness of the cut highlight is affected by the speed of the milling bit. The faster the bit speed is, the brighter the cut light is, and the darker it is, the easier it is to produce the cut. Metal processing WeChat, the content is good, it is worthy of attention. High-light high-light cutting is especially used in mobile phones, such as iphone5. In recent years, some high-end TV sets have adopted high-gloss milling technology, and the anodizing and wire drawing process makes the TV set full of fashion sense and technology sharpness.
Anodizing refers to the electrochemical oxidation of metals or alloys, and the formation of an oxide film on aluminum products (anodes) by aluminum and its alloys under the corresponding electrolyte and specific process conditions due to the application of current. Anodizing can not only solve the defects of aluminum surface hardness and wear resistance, but also prolong the service life of aluminum and enhance the appearance. It has become an indispensable part of aluminum surface treatment, and it is the most widely used and very successful. Process.
6. Two-color anodizing
Two-color anodization refers to anodization on a product and imparting a different color to a particular area. The two-color anodizing process is complicated and costly; however, the contrast between the two colors can better reflect the high-end and unique appearance of the product.
Silicone o-rings are based on silicon, an element derived from quartz. To create this class of synthetic elastomers, pendant organic groups such as methyl, phenyl and vinyl are attached to silicon atoms. Different additions of side chains can achieve significant variations in properties. Silicone o-rings have excellent heat, ozone and corona resistance and have good dielectric stability and resistance to many oils, chemicals and solvents. Silicone o-rings possess the best flexible property at low temperature but have low tensile strength and poor wear and tear resistance.
Cure System: Peroxide-Cured
Standard silicone o-ring compounds are usually peroxide-cured. Platinum-cured compounds offer better flexible properties and very low volatile matter. Platinum-cured silicone o-rings usually are applied in medical systems or other required low volatile matter. However, they need to be produced in a clean room and with a higher cost of platinum catalyzer, making them more expensive than peroxide-cured ones.
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