The Plug Feeder: An Innovative Tool for Wood Fiber Preparation in Industry

In the wood-based products industry, fiber preparation is crucial for producing high-quality and consistent products. The traditional method of preparing wood fibers involves using disc refiners or hammer mills, which can lead to uneven fiber size and limited throughput. However, with the advent of the Plug Feeder, industrial wood fiber preparation has been revolutionized.

The Plug Feeder is a fully automated tool that chops and separates wood chips into uniform fibers using a controllable rotor speed and an adjustable gap between the rotor and the stator. The diameter of the holes in the stator determines the size of the resulting fibers. This innovative approach to wood fiber preparation delivers numerous benefits to the industry.

Firstly, the Plug Feeder generates a more homogenous fiber distribution, which improves the quality of wood-based products. This tool produces fibers that are remarkably uniform in size and shape, which enhances the strength, stiffness, and dimensional stability of the final product. Additionally, the homogeneous fiber size distribution minimizes the defects of the final product and leads to more efficient use of the wood raw material.

Secondly, the Plug Feeder's high throughput rate is impressive. Due to its fully automated system, the Plug Feeder can prepare up to 50 cubic meters of wood chips per hour. This throughput rate is significantly higher compared to traditional fiber preparation methods, reducing downtime and increasing overall productivity.

Lastly, the Plug Feeder's automated system ensures a lower cost per ton of prepared fibers since it requires less labor and produces less waste. The tool can easily be integrated into an existing production line, making it an ideal choice for industrial-scale wood fiber preparation.

Overall, the Plug Feeder is a must-have tool for any industrial wood-based products industry that values quality, efficiency, and cost-effectiveness. Its impact on the industry has been significant, leading to more sustainable and profitable wood-based products manufacturing.