counter flow cooler

SKLN counter-flow cooler adapts the latest octagonal cooling box design, no cooling dead ends. The use of closed feeder feed, into the air area, cooling effect is significant.

SKLN series counter flow feed cooler is suitable for cooling various kinds of pellets such as pelleted feed, expanded feeds, extruded feeds, and flake feeds, etc.

Feed pellet cooling system can reduce the temperature of pellets from 80~90℃ about 3~5℃ above ambient temperature, and the pellet moisture content is reduced from 17%~18% to 12%~13%, which is good for the pellet packing and storage.

Pellet cooling machine adopts split type air feeder, closed to prevent the pellet mill with high temperature and high wet steam into the cooler then affect the cooling effect, and prevent the wind into.

SKLN series counter flow cooler is equipped with a reciprocating grate type discharging device, which is characterized by its smooth material flowing and uniform discharging;

Counter flow pellet cooler is widely used to cool finished pellets with high temperature or high humidity. It adopts counterflow cooling theory, and pellets can be cooled completely and evenly.

Pig feed pellet cooler application: cool the pellets with high temperature and moisture,suitable for cooling granular materials.

Feed pellet cooler machine:for cooling the final pellets to normal room temperature. After cooling the finished product temperature is not higher than room temperature+3 ℃ ~ 5 ℃, suitable for the cooling of granular materials.

Our counterflow cooling machine is of significant cooling effect, excellent quality. Counterflow feed pellet cooler is accepted by many large and medium-sized animal feed manufacturers.

The counter flow cooler machine can cool down the hot feed pellets from 80 – 90℃ to about 3-5℃ above ambient temperature.

SKLN series counter flow cooler is suitable for cooling various kinds of pellets such as pelleted feed, extruded feeds and flake feeds etc.

SKLN series counter flow feed cooler is suitable for cooling various kinds of pellets such as pelleted feed, expanded feeds, extruded feeds and flake feeds etc.

Hen feed pellet cooler adopts feeding with closed air feeder, the air inlet area is large, and the cooling effect is remarkable.

Animal feed pellet cooler is designed to cool or dry the feed pellets, to be crushed, screened or packed immediately.

Fish feed pellet cooler takes advantage of counter current cooling principle to cool the pellet material with high temperature high humidity. It can avoid the shock cooling phenomenon when the cold air contacts with the hot material, thus can prevent the pellet appearance generating crazings.

Chicken feed pellet cooler has some advantages,such as heat transfer area, low thermal resistance, and simple structure.

Duck feed pellet cooler function: cooling down the high temperature and high humidity feed pellets, suitable for cooling granular materials

Sheep feed pellet cooler is mainly used for cooling down the high temperature and high humidity feed granular that after pelletizing or puffing.

The counter flow type poultry feed pellet cooler is highly effective and unique. It is simply used to cool down the hot and fresh pellets from a feed pellet making plant.

Counter flow feed pellet cooler machine, is suitable for cooling various kinds of pellets.

The Nigerian customer bought a cooling system and pellet machine for processing animal feed.

By using the principle of counter flow, cattle feed pellet cooler could avoid the direct contact between cold wind and hot humidity pellet, could effectively prevent the particles from surface cracking.

Animal Feed Pellet Cooling System Machine is designed to cool or dry the feed pellets.

Pellet cooler machine is structurally arranged in a vertical way, the appearance is simple and beautiful

Main parts of the counter flow pellet cooler are: the rotary distributor, the cooling room, the pendulum discharger.

Fish feed cooler adopts the counter flow cooling principle cooling down pellets with high temperature and high moisture content. This cooling method can avoid the sudden cooling because of the direct contact between the cold air and materials. which will prevent the surface cracking of the pellets.