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A matte Chip is a manufacturing process that cuts the surface of a material into a matte (non-mirror smooth). It is usually achieved using special cutting tools or chemical corrosion techniques. Matte sections are used to create surfaces with a certain roughness in optical devices and in industrial applications. It is a thin film material that loses the surface by special treatment. The special treatment of the matte Chips gives it a matte surface effect. It is softer and more dull than glossy slices. So the matte section is widely used in industrial fields, optical devices, etc.
The product has a matte finish effect. Its surface is specially treated to lose its luster and give it a soft, matte appearance effect. Compared with the glossy slice, it has a unique tactile and visual effect, which can increase the texture and visual appeal of the product.
Matte section can increase the roughness of the material surface and provide more surface contact area. It is suitable for applications that require increased friction or enhanced attachment capacity.
3 This type of slice usually has good scratch resistance. Therefore, it can effectively avoid scratches on the appearance and quality of the product.
Matte slicing can reduce the reflection and refraction of light, so improving the transmittance and performance of optical devices. It can also be used to deal with reflective problems on material surfaces, reducing the reflection interference of light in industrial applications.
The surface of the product loses its luster, but it still has a high transparency. It can clearly show the interior and appearance of the packaged items.
matte Chips have good printing performance. It can be customized through printing technology. For example, screen printing, offset printing, etc. The matte effect of its surface can provide better adhesion and texture for the printed pattern.
1. In the field of optical devices, it can be used to prepare optical lenses, optical waveguides and light filters with a specific texture.
2. Matte slides can also be used in industrial applications. For example, during manufacturing to increase friction, improve lubrication or achieve stronger connections.
3 In optical sensors and imaging devices, it can be used to reduce reflection and refractive interference. This performance improves the image quality and the sensor performance.
4. The product can also be used in anti-reflective coatings, optical anti-glare materials and pigments. So as to provide better adhesion and enhanced optical properties.
A matte Chip is a manufacturing process that cuts the surface of a material into a matte (non-mirror smooth). It is usually achieved using special cutting tools or chemical corrosion techniques. Matte sections are used to create surfaces with a certain roughness in optical devices and in industrial applications. It is a thin film material that loses the surface by special treatment. The special treatment of the matte Chips gives it a matte surface effect. It is softer and more dull than glossy slices. So the matte section is widely used in industrial fields, optical devices, etc.
The product has a matte finish effect. Its surface is specially treated to lose its luster and give it a soft, matte appearance effect. Compared with the glossy slice, it has a unique tactile and visual effect, which can increase the texture and visual appeal of the product.
Matte section can increase the roughness of the material surface and provide more surface contact area. It is suitable for applications that require increased friction or enhanced attachment capacity.
3 This type of slice usually has good scratch resistance. Therefore, it can effectively avoid scratches on the appearance and quality of the product.
Matte slicing can reduce the reflection and refraction of light, so improving the transmittance and performance of optical devices. It can also be used to deal with reflective problems on material surfaces, reducing the reflection interference of light in industrial applications.
The surface of the product loses its luster, but it still has a high transparency. It can clearly show the interior and appearance of the packaged items.
matte Chips have good printing performance. It can be customized through printing technology. For example, screen printing, offset printing, etc. The matte effect of its surface can provide better adhesion and texture for the printed pattern.
1. In the field of optical devices, it can be used to prepare optical lenses, optical waveguides and light filters with a specific texture.
2. Matte slides can also be used in industrial applications. For example, during manufacturing to increase friction, improve lubrication or achieve stronger connections.
3 In optical sensors and imaging devices, it can be used to reduce reflection and refractive interference. This performance improves the image quality and the sensor performance.
4. The product can also be used in anti-reflective coatings, optical anti-glare materials and pigments. So as to provide better adhesion and enhanced optical properties.
