The working process and screening advantages of Finger Screen

The Finger Screen is an efficient and reliable sorting equipment. It uses bars of different sizes to form a screen surface and effectively separate materials according to their size. In the treatment of decoration waste, the Finger Screen can accurately classify materials such as concrete blocks, tile fragments, plastics, and metals to ensure that each material can be reasonably recycled and reused. As an efficient garbage sorting equipment, the Finger Screen has brought revolutionary changes to garbage disposal with its ability to accurately classify. With the advancement of science and technology, the emergence of Finger Screen has provided new possibilitie for the accurate sorting of decoration waste and has become the key to achieving high-price recycling.

A. Introduction to Finger Screen

The Finger Screen is a device that uses a screen surface composed of bars of different sizes to sort materials by size, shape and weight. It usually consists of a frame, a drive device, a screen bar and a cleaning system. The design of the Finger Screen enables it to adapt to various complex material conditions, thus playing a key role in garbage disposal. With its efficient and accurate classification capabilities, the Finger Screen plays an increasingly important role in the field of garbage disposal. It not only improves the efficiency of garbage sorting, but also provides the possibility for the recycling of resources. It is an important tool for achieving sustainable development and environmental protection goals. With the continuous advancement of technology, the application of Finger Screen will become more extensive, bringing more convenience and environmental benefits to our lives.

B. Advantages of Finger Screen

The working principle of Finger Screen is based on the physical properties of materials. When garbage passes through the Finger Screen, small particles smaller than the gap between the bars will fall, while materials larger than the gap will be intercepted. This process can be optimized by adjusting the spacing, angle and vibration frequency of the bars to meet the needs of different types of garbage sorting.

Adjustable gap: According to the needs of garbage sorting, the gap of the Finger Screen can be adjusted to achieve effective screening of garbage of different sizes.

Multi-level screening: By setting multiple screen layers, the Finger Screen can classify garbage into multiple levels at one time, improving the sorting efficiency.

Automatic cleaning: The cleaning system equipped with the Finger Screen can automatically remove debris attached to the bars to ensure that the screening effect is not affected.

Efficient transmission: With the appropriate drive device, the Finger Screen can ensure that the garbage is evenly distributed on the screen surface and improve the screening accuracy.

High-precision sorting: The Finger Screen can ensure the effective separation of different materials and improve the recycling value.

High processing capacity: strong processing capacity, suitable for large-scale garbage disposal needs.

Low maintenance cost: low maintenance cost, more economical for long-term use.

C. The role of Finger Screen

In terms of achieving high-price recycling, the role of Finger Screen cannot be underestimated.

1. It can ensure that valuable materials are not mixed together and depreciated. For example, if metals and plastics can be separated cleanly, their recycling prices will be much higher than the prices in a mixed state.

2. It reduces the cost and time of manual sorting, improves sorting efficiency, and makes the entire recycling process more economical and efficient.

3. Since Finger Screen can improve the purity of materials, this is crucial to improving the market competitiveness of recycled materials.

D. Working process of Finger Screen

Loading: Load the mixed decoration waste into the feed port of the Finger Screen.

Screening: Start the Finger Screen to vibrate or rotate it. When the garbage moves on the screen surface, the material smaller than the bar gap falls, and the material larger than the bar gap is transported to the other end.

Classification: Through the Finger Screen of different sizes, the decoration waste is divided into multiple levels, such as large concrete blocks, medium-sized tile fragments, small plastic particles, etc.

Collection: Materials of each level are collected separately and prepared for the next step of recycling.

E. Application of Finger Screen in garbage disposal

The application of Finger Screen in garbage disposal is very extensive, including but not limited to the following aspects:

1. Sorting of urban domestic waste: Finger Screen can effectively separate organic matter, paper, plastic, metal, etc. in domestic waste, which is convenient for subsequent treatment and recycling.

2. Construction waste treatment: In construction waste, Finger Screen can be used to separate materials such as concrete blocks, bricks, and wood.

3. Food processing industry: In the process of food processing, Finger Screen can be used to screen raw materials or products and remove unqualified products.

4. Agricultural field: used for cleaning and grading of agricultural products, such as grains, seeds, etc.

PS: As a key equipment for accurate sorting of decoration waste, Finger Screen not only optimize the waste treatment process, but also lay the foundation for high-priced recycling of resources. Its application is an important part of achieving the reduction, resource utilization and harmlessness of construction and decoration waste, and has far-reaching significance for promoting the development of circular economy. With the continuous advancement of technology and the enhancement of environmental awareness, Finger Screen will play a greater role in the field of resource recycling in the future.

Author : Serena Chang

Serena Chang is the writer of blog and news column. With more than 10 years of working experience in the machinery industry, she has a comprehensive understanding of environmental protection machinery and is willing to share useful knowledge of environmental protection machinery.