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상세 정보 |
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| 원료: | 신선한 덩이줄기 전분 작물(카사바/감자/고구마) | 특징: | 카사바 섬유 탈수 |
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| 유형: | 곡물 가공 장비 | 공급원료: | 탄소강 |
| 색상: | 파란색 | 생산능력: | 4t/h 섬유 |
| 전압: | 380V/50Hz | 모터: | Seimens 및 중국 브랜드 |
| 보증: | 1년 | 이점: | 에너지 절약 |
| 애플리케이션: | 식품가공분야 | 오래된 것과 새로운 것: | 새로운 |
| 최종 제품: | 프리미엄 고운 카사바/감자/고구마전분 | 판매 후 서비스 제공: | 해외 기계 서비스에 사용할 수 있는 엔지니어 |
제품 설명
- Dual-purpose machine takes into account starch fiber dewatering and industrial sludge dewatering with higher equipment utilization.
- Continuous operation design has large processing capacity, meeting high-output production needs.
- Sturdy and durable structure with reliable key components, high long-term operation stability.
- Low noise and low energy consumption, meeting environmental protection production and workshop condition improvement needs.
Belt solid-liquid separation dewatering machine has strong versatility, meeting dual needs of tuber starch fiber dewatering and industrial sewage sludge dewatering. The equipment includes frame, filter belt, transmission, tensioning, deviation correction, extrusion, discharge, belt cleaning and other modules, equipped with pneumatic and electric control systems to ensure stable operation. The equipment is durably designed and easy to maintain, suitable for starch plants, sewage treatment plants, food factories, breweries and other scenarios, with stable and reliable dewatering effect, adapting to various complex working conditions.
- After materials enter the filter belt, they are quickly dewatered under gravity and mechanical pressure.
- Moisture flows into the collection device through the filter screen, and solid materials move to the discharge end with the filter belt.
- The airbag deviation correction device keeps the filter belt stable without deviation, and the variable frequency system adjusts the operation speed to adapt to different material characteristics.
- The belt cleaning device continuously cleans the filter screen to prevent blockage, and the circulating water system reduces water resource consumption.
- The whole machine runs in a continuous closed-loop manner, maintaining stable separation effect under complex working conditions.


