Pistachio Vacuum Harrow Dryer

Classification：Agricultural and sideline products industry:

 Case Introduction: Pistachio vacuum harrow dryer adopts sandwich and internal stirring heating mode at the same time, with large heat transfer surface and high thermal efficiency; the machine is set to stir, so that the material forms a continuous cycle state in the cylinder, which further improves the uniformity of the material heating; the machine is set to stir, so that it can be used to smoothly dry slurry, paste and paste-like materials.

I. Pistachio Material Overview: Pistachio is also known as “no name”. Pistachio material overview:

Pistachios, also known as “no-name seeds”, are similar to white nuts, but are different from them in that they are cracked and have slits. Pistachios are rich in vitamins, minerals and antioxidants, with low fat, low calorie, high fiber characteristics, is a wise choice for health. It is mainly produced in Syria, Iraq, Iran, southwestern former Soviet Union and southern Europe. Xinjiang, China is also cultivated, pistachio is suitable for normal growth in the region, and has a good economic benefit, at the same time can be used as an excellent soil and water conservation species.

II. Pistachio vacuum harrow dryer features:

1. The machine adopts sandwich and internal stirring heating mode at the same time, large heat transfer surface, high thermal efficiency;

2. The machine is set to stir, so that the material in the cylinder to form a continuous cycle of the state, and further improve the uniformity of the material heated;

3. The machine is set to stir, so that it can be smoothly carried out slurry, paste, paste-like material drying.

III. Vacuum harrow dryer scope of application:

1. Pharmaceutical, food, chemical and other industries for the following materials drying;

2. For slurry, paste paste, powdery materials;

3. Requirements for low-temperature drying of heat-sensitive materials;

4. Easy to oxidize, easy to explode, a strong stimulus, highly toxic materials;

5. Requirement for the recovery of organic solvents of the material.