& nbsp;Fully automatic multi-layer mesh belt dryer, fully automatic circulating air system (energy-saving year-on-year)30%The above heat sources, fully automatic moisture removal system (to prevent dry materials from combining with humid air), fully automatic temperature control system (dual temperature control detection)
1、 The medicinal material drying equipment adopts a mesh belt dryer, a multi-layer mesh belt dryer, and the inner liner and mesh wire are made of stainless steel material. & nbsp;& nbsp; 2、 The design concept of internal thermal circulation air saves more than 35% of heat source compared to direct discharge.
& nbsp;& nbsp; 3、 The design concept of internal thermal circulation air can ensure that the temperature, air volume, and air pressure inside the dryer are uniform, and the drying degree of the material is even
& nbsp;& nbsp; 4、 Fully automatic moisture removal system to prevent the combination of humid air and dry materials from affecting the drying effect and drying time
& nbsp;& nbsp; 5、 It is a new, energy-saving, and environmentally friendly dryer. It has high production capacity, strong dehydration performance, strict adherence to production process requirements, high degree of automation, and long service life.
& nbsp;& nbsp; 6、 Our company's equipment has undergone 10 years of drying technology, which has been tested for drying various products. Who knows the ratio of drying time, temperature, air volume, and air pressure for various products. The characteristics of ensuring that the product does not change color, nutrients are not lost, and the taste is good. This device is economical, practical, cost-effective, and has a small investment and fast return
& nbsp;& nbsp; 7、 There is diversity in the selection of heat sources, including electric heating, thermal oil heating, hot air heating, etc
Technical parameters:
model | DW-1.2-8 | DW-1.2-10 | DW-1.6-8 | DW1.6-10 | DW-2-8 | DW-2-10 |
Number of units | four | five | four | five | four | five |
Bandwidth m | one point two | one point two | one point six | one point six | two | two |
Drying section length | eight | ten | eight | ten | eight | ten |
Auxiliary material thickness mm | 10-80 |
Operating temperature ℃ | 60-130 |
Steam pressure Mpa | 0.2-0.8 |
Steam consumption kg/h | 120-130 | 150-375 | 150-375 | 170-470 | 180-500 | 225-600 |
Drying time h | 0.2-1.2 | 0.25-1.5 | 0.2-1.2 | 0.25-1.5 | 0.2-1.2 | 0.2-1.5 |
Dry strength kgHtwoO/h | 60-160 | 80-220 | 75-220 | 95-250 | 100-260 | 120-300 |
Note: The drying strength shown in the table depends on the drying temperature of the material, the thickness of the auxiliary material, and the residence time.
| | |
Atractylodes macrocephala | Radix Isatidis | Mint leaves |
| | |
chinese rhubarb | Danshen (Salvia miltiorrhiza) | Chinses angelica |
| | |
Codonopsis pilosula | Licorice | Lotus leaf |
| | |
Huai Mi | Astragalus membranaceus | Chinese bellflower |
| | |
Forsythia suspensa | Fat sea | Dandelion |