hongruiyijewelry
Connaître certaines techniques courantes de fabrication de bijoux en acier inoxydable peut approfondir votre compréhension des bijoux en acier titane. L'éditeur a résumé ce qui suit 9 techniques courantes. 1、 Incrustation de fibre de carbone La fibre de carbone peut être utilisée sur les bijoux en acier inoxydable pour donner à la surface du bijou une forme fibreuse en trois dimensions. Si la réflexion de la lumière est utilisée, elle bougera de haut en bas avec votre ligne de vue, présentant un effet tridimensionnel, qui est très beau et peut pleinement démontrer la tendance des bijoux en acier inoxydable. D'autre part, le prix de l'incrustation de fibre de carbone dans les bijoux en acier titane est également relativement élevé.
2、 Incrustation de résine Lors de la pose de résine dans des bijoux en acier inoxydable, le bijou doit d'abord être chauffé à haute température, and then the resin should be applied to the surface of the jewelry. Due to the heating treatment, it will not easily fall off during the wearing process.
3、 Wire cutting One of the techniques for processing stainless steel jewelry is wire cutting. The use of wire cutting technology for processing involves using molybdenum wires of different sizes and a wire cutting machine to slowly cut out the shape of the jewelry, and then manually polish it. The more complex and difficult the style, the longer the shipping time. 4、 Zircon inlay There are two ways to embed zircon in stainless steel jewelry processing. One is to use AB glue to directly stick it on. This is a special adhesive for attaching jewelry, which is very strong and does not have to worry about easy detachment. There is another method, which is to use machine pressing and embedding, with complex and fine workmanship, but the price will be much more expensive than AB adhesive. 5、 Polishing surface The polishing surface technology used by jewelry processing factories, in simple terms, is to apply polishing wax on a high-speed rotating cotton polishing wheel. By contacting the cloth wheel with jewelry, the surface of the jewelry becomes shiny and can also reflect light. 6、 Sandblasting Working principle: Place sand in water, use a grinding fluid pump and compressed air, and spray the grinding fluid at high speed onto the surface of stainless steel jewelry through a spray gun, forming a silver gray coating that makes the jewelry look more beautiful and has a color resistant effect. 7、 Precision Die Casting The commonly used technique in jewelry processing factories is precision die-casting. Generally, the desired jewelry sample is first carved out with wax, then placed in gypsum, deparaffinized, and the raw materials are dissolved at a high temperature of 1500-2000 degrees Celsius. Then poured into the gypsum mold, and subjected to processes such as pressure, demolding, and manual polishing, which are also quite complex processes. The price may vary depending on the gypsum molds required for die-casting. 8、 Lasha surface The sanding process uses sandpaper tape to create a frosted effect on the surface of stainless steel jewelry, giving the jewelry a matte finish. 9、 Vacuum electroplating Vacuum electroplating in jewelry processing factories can be divided into several types. The vacuum electroplating process used in stainless steel jewelry processing is mainly furnace vacuum electroplating. Electroplating such a film can form a protective film on the surface of the jewelry, deposit an 18k gold film layer, and extend the color retention time.
