Powder Filter Machine/Vibration Shaker
The vibrating screen produced by Dayong Company has high screening efficiency. The products of different specifications produced by the company have different production output and screening grades to meet the different needs of customers and different screening purposes. The equipment has reliable structure, exciting Strong vibration, high screening efficiency, low vibration and noise, durable, easy maintenance, safe to use, etc., are widely used in product classification in mining, building materials, transportation, energy, chemical and other industries. Dayong company provides customers with perfect service with the highest enthusiasm.
The screening machine is a new type of equipment specially produced by Xinxiang Dayong Company for powder screening problems. The machine has high screening efficiency. The products of different specifications produced by the company have different production output and screening grades to meet the different needs of customers. For the purpose of screening, such as removing impurities, grading, filtering, etc., the company has developed different specifications and models of equipment, including edge type, gate type, direct discharge type, water-proof design or mobile wheels, etc.
The equipment has the characteristics of reliable structure, strong excitation force, high screening efficiency, low vibration noise, durability, convenient maintenance and safe use. It is widely used in product classification in mining, building materials, transportation, energy, chemical and other industries. According to material products and user requirements, high manganese steel braided sieves, punched sieves and rubber sieves can be used. The sieve can be used in a single layer or multiple layers to meet the screening of different particle sizes of granular powder. Separate design, easy and quick to change the screen and clean, it only takes a few minutes to replace the screen. Dayong company provides customers with perfect service with the highest enthusiasm.