Products

(1) Change the structure of the traditional gyratory screen to replace the screen from the top, the side door type realizes the replacement of the screen from both sides of the screen box.

(2) Change the structure of the whole layer of the traditional sieve machine. Each layer of the side door type is composed of multiple independent small sieve plates. Each small sieve plate is 1/2~1/8 of the weight and area of the original sieve plate.

(3) Change the operation process of traditional gyratory screen that when replace the lower screen, the user must remove the upper screen and screen cover. The side door type can directly replace the lower screen without moving the upper screen plate or screen cover, saving unnecessary work.

(4) For traditional gyratory screen, if the screen is broken somewhere, the whole screen needs to be replaced, but for the side door type, people only need to replace a small piece of the damaged screen plate in each layer, which also saves unnecessary operations.

(5) The traditional screen replacement operation is too cumbersome, the time is too long, so that the entire production line downtime is too long, affecting the output. The side door type makes the screen replacement simple, and the time is shortened in 10 minutes.

(6) The screen replacement work is safe. Since each layer of the screen is divided into 2 to 8 separate small screen plates, each small screen plate weight will be within 20 kg, which is quite safe for the operator.

(7) Since the weight and area of the small screen plate of each layer are 1/2 to 1/8 of the original screen plate, there is no need to use auxiliary equipment such as lifting when replacing the screen, and the screen replacement is faster.

(8) Since the use of small sieve plates, no more space is required when replacing the screen, saving equipment installation space.

(9) Based on the characteristics of side door type mentioned above, such as the screen plate area is controllable, the weight is small, the door can be opened on the side, there is no interference between the screen plate layers, and the small block screen plates are also independent of each other, which can make the fine screen meet some application environments that have harsh requirements for screen replacement time and space, such as strong bonding materials, abrasive materials and application environments that require frequent replacement of different aperture screens.

The gyratory reciprocating motion of gyratory screen begins with a circular motion at the feed end, gradually diminishing along the length of the machine to elliptical movement in the middle, and finally to an almost straight-line motion at the discharge end.

Abrasive: glass beads, slag, alumina, sand and other abrasive materials

Animal feed: feed powder and chips, meat paste and small food

Carbon products: coking coal, graphite, charcoal etc.

Chemical products: hundreds of different compounds

Clay: product classification

Fertilizer: raw material sieving and finished product fine screening. Including ammonium nitrate, phosphate, potassium hydroxide, urea and other compounds

Food: sugar, flour, milk powder, coffee, cereals, rice, nuts, condiments, cocoa powder, glucose, starch etc. Grain cleaning: corn, wheat, soybean and other cereals peeling and cleaning Ore: ore, rubble, limestone, soda ash and salt

Paper: paper pulp, coating

Fiberboard: wood chips, flaking, bits of wood, to make high quality fiberboard

Drug: many large drug manufacturers use AAREAL screening machines, which meet the health standard design, to achieve precise and effective separation and cleaning

Plastic: plastic particles, plastic powder

Powder metal: aluminum, copper, iron, nickel, steel, zinc and many other metal powders Recycling of resources:used in the recycling of various materials, such as PET recycling etc.

Steelmaking: classification of steel shot and metal filing