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품질 Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D 공장
품질 Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D 공장
품질 Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D 공장
품질 Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D 공장
품질 Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D 공장
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Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D

Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D
Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D Product Overview This infrared drying production line is engineered for rapid, energy-efficient drying and curing of water-based, solvent-based, or UV-curable coatings applied ...
원산지:중국
브랜드 이름:OSMANUV
인증:ISO9001
모델 번호:사양
최소 주문 수량:1세트
가격:협상 가능
제품 맞춤 속성
강조하다

Programmable Profiles Infrared Drying Oven

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30-200°C Infrared Drying Machine

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Customizable Belt Speed Lab-Scale Drying Oven

상태:
새로운
보증:
1년
유형:
분무 건조 장비,건조 오븐,진공 건조 장비,동결 건조 장비,열풍로
판매 후 서비스 제공:
해외로 기계, 비디오 기술 지원, 현장 유지 보수와 수리 서비스를 서비스할 수 있는 엔지니어들, 현장 설치, 무료 예비품
전력(w):
30KW,3-75kw,12kw,3.5kw,99KW
치수(l*w*h):
다양하고 맞춤형, 20m*2.4m*2.4m, 실제와 같이 맞춤화 가능
애플리케이션:
식품 가공, 화학 물질 가공, 의약품 가공, 플라스틱 가공, 화학 산업
특징:
고효율, 중요한 세척/잔류물 없음, 진공 건조
제품 설명
Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D Product Overview This infrared drying production line is engineered for rapid, energy-efficient drying and curing of water-based, solvent-based, or UV-curable coatings applied to molded pulp tableware and packaging products. The system uses short-wave or medium-wave infrared emitters to directly transfer heat to the coating and substrate surface,