Specific Usage Methods of China Wire Mesh Containers

The usage methods of China wire mesh containers vary depending on their type and application scenario. The following describes their specific usage methods from five aspects: industrial, agricultural, construction, safety protection, and laboratory scenarios:

1. Industrial Scenarios

Chemical Separation: In distillation columns, absorption columns, and other towers, corrugated wire mesh packing increases the gas-liquid contact area, improving mass transfer efficiency. During installation, it is necessary to ensure a uniform distribution of the packing layer to avoid channeling or wall flow. For example, in the benzene-toluene separation process, a well-structured wire mesh packing can achieve low pressure drop and high throughput, improving separation efficiency.

Gas-Liquid Separation: At the top of towers or in gas-liquid separators, wire mesh achieves gas-liquid separation by intercepting and coalescing tiny liquid droplets. During installation, attention should be paid to the wire mesh density; higher density can improve separation efficiency, but also increases pressure drop. Regarding material selection, 316L stainless steel is suitable for environments resistant to Cl corrosion, while titanium is suitable for high-temperature acidic environments.

Filtration and Sieving: Stainless steel wire mesh and rare metal mesh are used for filtering and sieving liquids, gases, and various particulate and powder materials. When installing, the appropriate mesh size must be selected based on the filtration precision. For example, 20-mesh wire mesh is commonly used for flour sieving, while 325-mesh is used for lithium battery slurry filtration.

Catalyst Support: In reactors, wire mesh containers support the catalyst bed to prevent leakage. During installation, ensure the wire mesh is strong enough to avoid damage due to catalyst weight or fluid impact.

2. Agricultural Scenarios

Animal Hull Fences: Wire mesh containers are used in farms to prevent animals from escaping. During installation, select the appropriate mesh size based on animal size to ensure the fence is stable while maintaining ventilation.

Insect Control: In agriculture, wire mesh containers are used to prevent pests from damaging crops. During installation, select the appropriate mesh size based on the type of pest to ensure effective pest interception without affecting crop growth.

Vegetable Insulation: Wire mesh containers can serve as supports for vegetable insulation blankets, supporting the insulation material and protecting crops from low-temperature damage. During installation, ensure the support is stable and able to withstand the weight of the insulation material.

3. Architectural Scenarios

Building Curtain Walls: Wire mesh containers are used for building exterior cladding, providing light transmission and transparency. During installation, ensure the wire mesh is securely connected to the building structure to prevent it from detaching due to wind or earthquakes.

Interior Partitions: In interior design, wire mesh containers can be used as partitions to divide space while maintaining a sense of openness. During installation, select the appropriate wire mesh specification based on the partition dimensions to ensure a stable and aesthetically pleasing partition.

Decorative Materials: Wire mesh containers can also be used for architectural decoration, such as stair railings and furniture materials. During installation, select the appropriate wire mesh material and weaving method based on decorative requirements to ensure the decorative effect meets design requirements.

4. Safety Protection Scenarios

Metal Mesh Safety Fences: In places such as chemical plant workshops, wire mesh containers are used to provide safety protection. During installation, select the appropriate mesh size and material based on protection requirements to ensure the fence effectively prevents personnel or objects from entering hazardous areas.

Military Gabion Mesh: Hesco barriers are collapsible wire mesh containers used for temporary or semi-permanent protective barriers in military and civilian applications. During installation, unfold and interconnect the wire mesh panels to form the desired shape, then fill with local resources to enhance protective capabilities.

5. Experimental Scenario

Reaction Zone: During the experiment, the wire mesh container can be clamped between the two electrodes to fix the sample particles and prevent high-speed airflow from blowing them out of the reaction zone. During installation, ensure the wire mesh is taut to avoid poor contact due to thermal deformation.

Tar Collection: In the tar collection experiment, the wire mesh container acts as a condensation nucleus provider within the quartz sleeve, increasing the heat exchange area and facilitating tar collection. During installation, ensure the wire mesh aperture is appropriate to effectively intercept tar particles.

Qingdao Feiyuan Storage Equipment Co., ltd. is a manufacturer of storage and logistics facilities that integrates research and development, production, and sales. For more information about China wire mesh container, please contact us.

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