Non standard containers refer to containers that differ in shape, size, or design from conventional containers. They are usually designed based on specific usage needs and functions.

1. High pressure container: used for storing and transporting high-pressure gases or liquids. These containers typically have special materials and structural designs to withstand safe use in high-pressure environments.
2. High temperature container: used for storing and handling high-temperature substances, such as high-temperature liquids or solids. These containers need to have high-temperature resistance to ensure stability and safety in high-temperature environments.
3. Corrosive container: used for storing and handling corrosive substances, such as acid-base solutions or chemical reagents. These containers are typically made of corrosion-resistant materials and have characteristics that are compatible with specific chemical substances.
4. Special shaped containers: Used for specific container shape and size requirements, such as rectangular containers, elliptical containers, etc. These containers can adapt to specific space limitations or process requirements.
5. Customized container: A container designed based on specific usage needs and functions, combined with platform big data. These containers can adapt to various special application scenarios, such as laboratory containers, medical containers, etc.

1. Design and manufacturing: The working principle of non-standard containers involves their design and manufacturing process. Based on customer needs and application scenarios, designers will design containers, including shape, size, material selection, structural design, etc. Then, the manufacturer will manufacture the container based on the design drawings, using special materials and processes.
2. Special materials and structures: Non standard containers usually use special materials, such as high-temperature resistant materials, corrosion-resistant materials, etc., to meet specific working environment requirements. In addition, the structural design of the container is also crucial, considering factors such as the strength, sealing, and stability of the container.
3. Work environment adaptation: The working principle of non-standard containers also involves the adaptability of containers in specific working environments. According to the design and manufacturing of the container, ensure that it can withstand special temperatures, pressures, humidity, etc.

Non standard containers have the characteristics of customization, special materials, special shapes and sizes, high performance requirements, safety and reliability, and a wide range of applications, which can meet the needs of specific scenarios or industries.

Chemical industry; The food industry; Medical industry; Laboratory; Energy industry; Environmental protection industry; It can also be applied in fields such as aerospace, automotive, construction, metallurgy, etc. to meet specific storage, transportation, processing, and protection needs.