The counterflow pellet cooler is applied for efficient cooling of hot and moist pelleted products with good flowing capabilities. Typical applications are for cooling of feed pellets and wood pellets. It can reduce the temperature of pellets from 80~90?to about 3~5? above ambient temperature. And the pellet moisture content is reduced from 17%~18% to 12%~13%. The advantages in energy efficiency, easy operation, great cooling result and lower investment cost have made the counterflow pellets cooler the preferred choice for most users of feed and wood pellets plant.
Counterflow Pellet Cooler Features and Benefits
?The 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.
?Cooling tank adopts octagon design, which can ensure the cooling has no dead angles.
?Adopt air-closed material feeder, large inlet air area, outstanding cooling effect.
?The material discharging device adopts slide valve reciprocating type, stable and reliable running, little residual.
?The cooled feed pellets temperature won’t be higher than ambient temperature + 3~5?, also suitable for cooling particle material.
?High cooling speed and favorable cooling effect. The counterflow pellets cooler can cool more pellets while maintaining optimum pellet quality.
?Lower power consumption, easy operation and cleaning, high production efficiency.
Counterflow Pellet Cooler Application
The counterflow pellet coolers are mainly used in large or medium size feed pelletizing plant and wood pellet production line. The pellet coolers can cool the pellet material and reduce the material temperature and moisture content. So the animal feed pellets are more convenient to package, transport and store.
What Should be Noticed When Operate the Counterflow Pellet Cooler?
- Start the air-lock device and draught fan before the cooler starting to work.
- Adjust the level indicator position according to the yield requirement. When the yield is high, install the level indicator at top position; on the contrary, install it below.
- When the cooler stops working, expel the material in the cooler through operating the hand switch.
- Don’t open the observation door when the cooler runs.
