First, the application of photocurable materials.
1.3D printing
The application of photocurable materials in 3D printing is more and more extensive. In 3D printing, photocurable materials can solidify liquid materials into solids by ultraviolet or visible light irradiation. This curing method can realize high-precision printing at high speed and low cost.
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UV-curable coatings can form hard, wear-resistant and corrosion-resistant coatings in a short time. This coating is widely used in automobile, aviation, architecture and other fields, which can improve the durability and aesthetics of products.
3. Optical materials
Photocurable materials can also be used to manufacture optical materials, such as optical fibers and lenses. This material has the characteristics of high transparency, high refractive index and high heat resistance, which can meet the demanding requirements of optical materials for material properties.
Second, the development trend of photocurable materials
1. Environmental protection
With the improvement of environmental awareness, people have higher and higher environmental requirements for photocurable materials. In the future, photocurable materials will pay more attention to environmental protection and reduce environmental pollution.
2. High performance
Future photocurable materials will pay more attention to the improvement of properties, such as hardness, wear resistance and corrosion resistance. This will contribute to the application of photocurable materials in a wider range of fields.
3. Multifunctional
Future photocurable materials will pay more attention to versatility, such as self-repair, self-cleaning and self-induction. This will help photocurable materials to play a role in more complex application scenarios.
Third, the operation steps
When using light-cured materials, attention should be paid to the following operation steps:
1. Select appropriate light sources, such as ultraviolet rays and LED lights.
2. Apply the photocurable material to the surface of the object to be cured.
3. Aim the light source at the photocurable material to fully irradiate it.
4. After the curing is completed, check the curing quality. If there is any bad situation, re-operate.