Lead sheet is a commonly used industrial material, mainly used for radiation protection and sealing materials. Different types of lead sheets have different properties, and factors such as radiation protection capabilities, sealing performance, and physical properties need to be considered when selecting. Lead sheets are widely used in medical, nuclear energy, aerospace and other fields, and can be used to manufacture medical equipment, protective walls, etc.
Lead sheet is a commonly used industrial material with important functions and many types to choose from.
1. Main functions of lead plate:
Lead plates are mainly used for radiation protection and sealing materials, and are widely used in medical, nuclear energy, aerospace and other fields. Lead plates have high density and the ability to absorb radiation, which can effectively block the spread of rays and protect people from radiation harm. It can also be used as a sealing material to prevent the leakage of liquid or gas.
2. Type of lead plate:
Lead sheets can be divided into different types according to different uses and requirements. Common types include:
– Pure lead plate: Made of pure lead, it has excellent radiation protection and sealing properties.
– Additive lead sheet: Other elements such as tin, antimony, etc. are added to pure lead to improve the properties of the material.
– Textured plate: Texture is formed on the surface of the lead plate to increase the mechanical strength and corrosion resistance of the material.
– Portable packaging lead sheets: used for packaging and transmission of radiation sources, with the characteristics of portability and easy operation.
3. Selection of lead sheets:
There are several factors to consider when choosing the right lead sheet:
– Radiation protection capabilities: Different lead plates have different radiation protection capabilities, and the appropriate model needs to be selected according to the specific radiation source and protection requirements.
– Sealing performance: If you need to use lead plate as a sealing material, you need to ensure that it has good sealing performance to prevent leakage.
– Physical properties: The density, hardness, ductility and other physical properties of the lead plate are also important considerations in selection.
– Size and thickness: Select the appropriate size and thickness of the lead plate according to the usage requirements.
4. Application of lead plate:
Lead sheets are widely used in medical, nuclear energy, aerospace and other fields. It can be used to manufacture medical equipment, protective walls, protective doors and windows, sealed containers, etc., to provide effective radiation protection for workers and the environment. In nuclear energy fields such as nuclear power plants and nuclear fuel processing plants, lead sheets are used to manufacture nuclear fuel storage containers, radiation protection devices, etc. Lead plates can also be used for the protection and sealing of aircraft, rockets and other spacecraft.
Lead sheets serve important functions including radiation protection and sealing material. Different types of lead sheets can be selected according to different uses and requirements. When selecting, factors such as radiation protection capabilities, sealing performance, physical properties, size and thickness need to be considered. Lead sheets are widely used in medical, nuclear energy, aerospace and other fields.
