What material does Dalian sandblasting process work well on?

In the industrial and engineering fields, Dalian sandblasting processing is widely used for surface treatment of various metal materials, glass products, and optical equipment. For example, in the field of mechanical manufacturing, it can be used for rust removal, polishing, wire drawing, polishing, and other treatments of parts. In industries such as automobiles, railways, and aviation, sandblasting is often used for surface treatment of vehicle bodies to improve their aesthetics and corrosion resistance. In addition, sandblasting processing is widely used in fields such as carving art, home decoration, architecture, and public art.

Sandblasting processing has broad application prospects and can be used for surface treatment in various occasions. When choosing sandblasting processing, it is necessary to comprehensively consider factors such as particle size, shape and hardness, material surface, and treatment method, in order to achieve good surface effects. At the same time, it is also necessary to choose experienced sandblasting manufacturers to ensure the quality and effectiveness of sandblasting processing.

What material does Dalian sandblasting process work well on?

Metal materials: Metal materials such as stainless steel, copper, aluminum, zirconium alloys, etc., are commonly used for sandblasting processing. Sandblasting on these materials can effectively improve their surface smoothness and texture, making them more metallic. Stainless steel sandblasting is commonly used for making kitchen equipment, industrial machinery, etc., while aluminum products sandblasting is commonly used for processing in areas such as the shell and body to achieve better aesthetic effects. The sandblasting process of copper alloy can effectively prolong its service life and enhance its aesthetics.

Plastic material: Plastic is a relatively soft material that is often used in various household appliances and toys. Sandblasting on such materials can make their surfaces smoother, more aesthetically pleasing, and more durable. Plastic materials sometimes require sandblasting due to surface adhesion or scratches during the manufacturing process. Through this processing method, not only can scratches on the surface be smoothed out, but the depth and accuracy of sandblasting can be controlled by changing the particle size of the abrasive, thereby achieving different aesthetic effects. For example, sandblasted acrylic products can effectively improve their smoothness and transparency.

Glass material: Glass is a commonly used material widely used in fields such as architecture, home furnishings, and automotive manufacturing. Usually, sandblasting can increase the smoothness and texture of glass surfaces, from basic items such as glasses and vases to more complex products such as car windows and aircraft cabins. After sandblasting, the glass will turn into a matte effect. Therefore, in the design of some consumer goods and other fields, sandblasting is often used to create artistic effects on the glass surface, such as various patterns and patterns.

Sandblasting is a surface treatment technique that eliminates surface defects and improves surface quality by sandblasting the surface of an object. It is widely used in various fields such as automobile manufacturing, metal product processing, electronic component manufacturing, aviation manufacturing, and provides important assistance for modern industrial production. The principle of sandblasting processing is to use high-speed abrasive jet to accelerate the pressure and spray it onto the surface of the object to be treated, in order to achieve the effect of surface treatment. The commonly used abrasives include quartz sand, glass beads, ceramic beads, and other different materials. Using different sizes of abrasives can also result in different treatment effects.