They have the ability to absorb the impact of the charging equipment directly on the charger with a shallow bed (the impact on the charger when large material is unloaded) dry or wet of different sizes at uniform sizes. This flexibility can be applied in many applications., Tail rollers and wheels are also used in bulldozers and loaders. This style of feeding dominates the market in industries where users need a feed capable of extracting materials of different characteristics. The polyurethane seal integrating chain prevents bushing, which reduces wear and extends equipment life compared to a dry chain. Noise pollution for quieter operation. spare parts, less maintenance, and better power control. In turn, these benefits lead to increased productivity with minimal bottle packaging in any mineral processing circuit. Installation of an apron feeder on a slope The common belief about apron feeders is that they must be installed horizontally. Well, contrary to popular belief, they can be installed on a slope! There are many additional benefits and features that come with them. Less space is needed overall if you are installing an apron feeder on a slope. Not only because the loader can be tilted to limit the floor space, but also the height of the receiving hopper can be reduced. Sloped apron feeders are more forgiving when dealing with large chunks of material and overall will increase the volume in the hopper and reduce the cycle time of transport trucks. Keep in mind that there are a few factors to watch out for when installing a feeder on a slope to optimize the process. A well-designed hopper, tilt angle, support structure design, and an access and ladder system around the loader are all key factors. Be sure to consult with all parties and professionals to make sure all aspects are covered. Optimal Apron Feed Speed Faster is always better, right? The common misconception for anything is "faster is better". In the case of apron feeders, nothing could be further from the truth. The optimal speed is about finding the balance between efficiency and transport speed. They operate at slower speeds than belt feeders, but for good reason. Typically, the optimum speed for a plate feeder is 0.05 to 0.40 m / second (10 to 80 fpm). If the minerals are not abrasive, the speed may increase beyond 0.30 m / second because there will be less wear. Higher speeds would damage an operation. If the speed is too fast, there is a risk of accelerated component wear. Energy efficiency decreases due to the increased demand for energy. Another concern to keep in mind when using a high-speed plate feeder is the increased possibility of generating fines. There may be a grinding effect between the material and the cookware. Not only would the generation of fines create more problems due to the possible dispersion of dust in the air, but it would also create a more hazardous working environment for the employees in general. Therefore, finding the optimum speed is more important for the productivity and operational safety of the plant. The HENAN EXCELLENT MACHINERY CO., LTD is a professional bulk material conveying equipment manufacturer. We have a professional production capacity and rich production experience as well as strict product quality inspection. We can guarantee that every piece of equipment we produced is qualified equipment, and we ensure the qualified rate of the products. To know more about our products, Please visit our official website: https://m.exctmach.com/.