loading
| Availability: | |
|---|---|
| Quantity: | |
Triangle 3D PET Acoustic panel
MQ
3D polyester panels are mainly made of polyester resin, which has good weather resistance and chemical stability. It is usually reinforced with fiberglass reinforcements such as fiberglass cloth for strength and stiffness. The process of making 3D polyester panels typically involves resin coating a reinforcement material and then hardening it through heat curing or a chemical reaction. This process creates a strong yet lightweight structure suitable for a variety of applications.
Environmental:
3D polyester panels use environmentally friendly polyester resin during the manufacturing process to reduce the impact on the environment. Due to its durability and long life, it reduces the need for frequent replacement of resources and helps reduce waste generation.
Fire-retardant:
3D polyester panels can be flame-retardant treated to improve their flame-retardant properties and make them safer and more reliable. Flame retardant properties enable it to meet strict safety standards in construction and engineering, reducing fire risks.
Easy Installation:
The lightweight design makes the 3D polyester panels easier to handle, install and adjust, reducing construction costs and time. It is highly malleable and can achieve diverse shapes and structures through different manufacturing processes, providing more flexible construction options.
Acoustic and Noise Reduction:
Due to its structural and material properties, 3D polyester panels can effectively absorb sound and reduce indoor noise levels. In places where noise interference needs to be reduced, such as offices, conference rooms, etc., 3D polyester panels can provide a good acoustic environment.
Impact-resistant:
Due to its fiberglass reinforcement, 3D polyester panels have excellent impact resistance and are able to maintain structural integrity when subjected to external impacts. This makes it excellent in applications that need to withstand external forces, such as industrial equipment housings, vehicle parts, etc.
Highly Decorative:
3D polyester panels can be highly decorative through different manufacturing processes and surface treatments to meet design needs. Available in a wide range of colours, textures and shapes, making them ideal for indoor and outdoor decoration.
1. Building exterior wall decoration: The highly decorative nature and diverse designs of 3D polyester panels make it an ideal choice for building exterior wall decoration. It can give a building a unique look while providing weather resistance and fire retardant properties.
2. Interior decoration: Due to the design freedom and high decorativeness of 3D polyester panel, it is often used in interior decoration, such as wall decoration, ceiling design, etc. Its light weight and easy construction also make interior decoration more flexible and convenient.
3. Electrical and electronic equipment: The insulating properties of 3D polyester panels make it useful in the field of electrical and electronic equipment to provide effective insulation protection while being impact-resistant and corrosion-resistant.
4. Acoustic engineering: Due to its sound absorption and noise reduction properties, 3D polyester panels are widely used in places where noise needs to be controlled, such as offices, conference rooms, recording studios, etc.
Step 1- Preparation: Make sure the mounting surface is flat, dry and free of any dust or dirt. Check whether the wall or other surface is suitable for installing 3D polyester panels.
Step 2- Measure and mark: Use measuring tools to accurately measure the dimensions of the installation area and mark the installation location and direction of the 3D polyester board.
Step 3- Cutting and Adjusting: Use appropriate tools to cut and adjust the 3D polyester panels to fit the specific installation area as needed.
Step 4- Glue or fixative: Use appropriate glue or fixative to firmly adhere the 3D polyester sheet to the surface.
Step 5- Installation sequence: Install the 3D polyester boards one by one according to the pre-marked positions and the installation sequence provided by the design or manufacturer.
Step 6- Positioning and adjustment: During the installation process, constantly check the horizontal and vertical positions of the panels and make necessary adjustments to ensure that the final effect meets the design requirements.
Step 7- Cleanup and Maintenance: After installation, clean up any excess glue or debris. Regularly check the surface of the 3D polyester board to ensure it maintains good appearance and performance.
3D polyester panels are mainly made of polyester resin, which has good weather resistance and chemical stability. It is usually reinforced with fiberglass reinforcements such as fiberglass cloth for strength and stiffness. The process of making 3D polyester panels typically involves resin coating a reinforcement material and then hardening it through heat curing or a chemical reaction. This process creates a strong yet lightweight structure suitable for a variety of applications.
Environmental:
3D polyester panels use environmentally friendly polyester resin during the manufacturing process to reduce the impact on the environment. Due to its durability and long life, it reduces the need for frequent replacement of resources and helps reduce waste generation.
Fire-retardant:
3D polyester panels can be flame-retardant treated to improve their flame-retardant properties and make them safer and more reliable. Flame retardant properties enable it to meet strict safety standards in construction and engineering, reducing fire risks.
Easy Installation:
The lightweight design makes the 3D polyester panels easier to handle, install and adjust, reducing construction costs and time. It is highly malleable and can achieve diverse shapes and structures through different manufacturing processes, providing more flexible construction options.
Acoustic and Noise Reduction:
Due to its structural and material properties, 3D polyester panels can effectively absorb sound and reduce indoor noise levels. In places where noise interference needs to be reduced, such as offices, conference rooms, etc., 3D polyester panels can provide a good acoustic environment.
Impact-resistant:
Due to its fiberglass reinforcement, 3D polyester panels have excellent impact resistance and are able to maintain structural integrity when subjected to external impacts. This makes it excellent in applications that need to withstand external forces, such as industrial equipment housings, vehicle parts, etc.
Highly Decorative:
3D polyester panels can be highly decorative through different manufacturing processes and surface treatments to meet design needs. Available in a wide range of colours, textures and shapes, making them ideal for indoor and outdoor decoration.
1. Building exterior wall decoration: The highly decorative nature and diverse designs of 3D polyester panels make it an ideal choice for building exterior wall decoration. It can give a building a unique look while providing weather resistance and fire retardant properties.
2. Interior decoration: Due to the design freedom and high decorativeness of 3D polyester panel, it is often used in interior decoration, such as wall decoration, ceiling design, etc. Its light weight and easy construction also make interior decoration more flexible and convenient.
3. Electrical and electronic equipment: The insulating properties of 3D polyester panels make it useful in the field of electrical and electronic equipment to provide effective insulation protection while being impact-resistant and corrosion-resistant.
4. Acoustic engineering: Due to its sound absorption and noise reduction properties, 3D polyester panels are widely used in places where noise needs to be controlled, such as offices, conference rooms, recording studios, etc.
Step 1- Preparation: Make sure the mounting surface is flat, dry and free of any dust or dirt. Check whether the wall or other surface is suitable for installing 3D polyester panels.
Step 2- Measure and mark: Use measuring tools to accurately measure the dimensions of the installation area and mark the installation location and direction of the 3D polyester board.
Step 3- Cutting and Adjusting: Use appropriate tools to cut and adjust the 3D polyester panels to fit the specific installation area as needed.
Step 4- Glue or fixative: Use appropriate glue or fixative to firmly adhere the 3D polyester sheet to the surface.
Step 5- Installation sequence: Install the 3D polyester boards one by one according to the pre-marked positions and the installation sequence provided by the design or manufacturer.
Step 6- Positioning and adjustment: During the installation process, constantly check the horizontal and vertical positions of the panels and make necessary adjustments to ensure that the final effect meets the design requirements.
Step 7- Cleanup and Maintenance: After installation, clean up any excess glue or debris. Regularly check the surface of the 3D polyester board to ensure it maintains good appearance and performance.
