
SQ乾燥(極速乾燥)技術是結合了熱與機械壓縮來加強加熱從而加速蒸發,有效的節省能源、時間和空間。
SQ Dryers intensify the drying process using heat and compression in an Energy, Time and Space efficient manner.
• 電磁加熱技術是最高效節能的加熱技術之一
Electric-powered induction heating, one of the most energy efficient heating systems.
• 乾燥過程無需任何導熱介質如蒸汽,熱氣或熱媒油。這大幅度減少熱能的流失
Drying in the absence of heat transfer medium (steam, hot air or thermal oil), eliminates heat loss to the environment.
• 無外置的熱爐或加熱器
No external boilers or heaters.
• 設備裝置整齊,幹凈又利落,並無雜亂的導管和循環泵
No messy piping or ducting and circulation pumps or fans, making installation simple, neat and clean.
• 10至18分鐘內的極速乾燥保存了絕大部分的食物營養,香氣和原料熱值
Super quick drying in 10 to 18 minutes conserve superior levels of nutrition, aroma, and heat value.
• SQ乾燥機能控制多重的溫度,並且能夠快速調整所設置的溫度,以達到乾燥產品的要求
Multiple temperature control allowed within a dryer, responsive to temperature setting changes to meet dried product requirements.
• 消毒殺菌功效
Sterilization
• 即熱功能,室溫至設置溫度過程只需十幾秒鐘時間
Instant heat up, heats up from ambient to operating temperature in seconds.
• 迅速降溫,減少機器維護和生產中斷的時間
Fast system cools down reduces maintenance time and minimizes disruptions to production.
• 同一臺機器可以為不同用途預設設置,方便生產線轉換
Pre-set settings for multiple applications in one machine enable easy production changeover.
• 單向式操作避免乾燥產品和濕原料再混合
Single-pass operation that avoids back mixing of dried product with wet feed.
• 自動智能系統
Fully automatic smart system.

• Inbuilt induction heater
• No heat transfer medium (hot air,thermal oil, steam etc.,)
• Direct translation of heat from inducted belts to wet substance
• Wet substance held and compressed between two belts
• Double sided heating
• Instant heat up and changes in temperature
• No standby heat
• Compact & easy setup
• No dust emission
| Model | RZ-108.07 |
| Belt width[mm] | 700 |
| Throughput [kg/h] | 25 |
| Water removal capacity [kg/h] | 17 |
| Width W [m] | 1.44 |
| Length L [m] | 2.78 |
| Height H [m] | 1.80 |
| Weight [metric ton] | 2.3 |
ㆍ Actual throughput and energy consumption depends on input substance characteristics,input conditions and output requirements.
ㆍ The throughput is estimated with input of 70% mc and output of 10% mc.
ㆍ The model and specifications are subject to change without prior notice.
