Why does PP plastic hollow board adopt a hollow design?
DATE：2023/7/24 14:31:37 / READ： / SOURCE：This station
The reason why PP plastic hollow panels adopt a hollow design is because the hollow structure can provide better strength and stiffness, while reducing weight and cost. Hollow structures can enhance the strength of panels by increasing the distribution of materials, while also reducing the amount of material used and reducing costs.
Compared with hollow boards made of other materials, PP plastic hollow boards have the following differences:
Material: PP plastic hollow panels use polypropylene (PP) as the raw material, while other materials such as plastic, metal, glass, etc. can be used for hollow panels.
Plasticity: PP plastic has good plasticity, and can be made into hollow plates through Thermoforming and other processing processes. Hollow boards made of other materials may require different processing techniques.
Characteristics: PP plastic hollow board has good chemical corrosion resistance, wear resistance, and weather resistance, as well as good insulation performance. Hollow panels made of other materials may have different characteristics, such as metal hollow panels having good strength and high-temperature resistance.
The difference between PP plastic hollow board and solid board mainly lies in its structure and performance:
Structure: A hollow board is formed by connecting two parallel panels through a longitudinal honeycomb structure, while a solid board is made of a single piece of material.
Weight: Hollow panels are lighter due to their central cavity structure, while solid panels are relatively heavier.
Strength: Hollow panels have high strength and stiffness due to their honeycomb like structure in the middle, while solid panels have relatively low strength and stiffness.
Insulation performance: Hollow boards have good insulation performance due to the hollow structure in the middle, while solid boards have relatively poor insulation performance.
In summary, PP plastic hollow panels have good strength, lightweight, chemical corrosion resistance, and insulation performance, and are suitable for a wide range of applications, such as advertising signs, display racks, partition boards, etc. Solid boards are suitable for applications with high requirements for strength and stiffness, such as building materials, vehicle components, etc. The specific choice of hollow board or solid board needs to be considered based on specific application needs and requirements.
Material: PP plastic hollow panels use polypropylene (PP) as the raw material, while other materials such as plastic, metal, glass, etc. can be used for hollow panels.
Plasticity: PP plastic has good plasticity, and can be made into hollow plates through Thermoforming and other processing processes. Hollow boards made of other materials may require different processing techniques.
Characteristics: PP plastic hollow board has good chemical corrosion resistance, wear resistance, and weather resistance, as well as good insulation performance. Hollow panels made of other materials may have different characteristics, such as metal hollow panels having good strength and high-temperature resistance.
The difference between PP plastic hollow board and solid board mainly lies in its structure and performance:
Structure: A hollow board is formed by connecting two parallel panels through a longitudinal honeycomb structure, while a solid board is made of a single piece of material.
Weight: Hollow panels are lighter due to their central cavity structure, while solid panels are relatively heavier.
Strength: Hollow panels have high strength and stiffness due to their honeycomb like structure in the middle, while solid panels have relatively low strength and stiffness.
Insulation performance: Hollow boards have good insulation performance due to the hollow structure in the middle, while solid boards have relatively poor insulation performance.
In summary, PP plastic hollow panels have good strength, lightweight, chemical corrosion resistance, and insulation performance, and are suitable for a wide range of applications, such as advertising signs, display racks, partition boards, etc. Solid boards are suitable for applications with high requirements for strength and stiffness, such as building materials, vehicle components, etc. The specific choice of hollow board or solid board needs to be considered based on specific application needs and requirements.
Author：admin