진공 소포 분산기는 액체에서 기포와 공기를 제거하는 데 사용되는 일종의 장비입니다., 페인트에 자주 사용되는, 접착제, 화장품 및 기타 분야. The following is the typical structure of vacuum defoaming disperser:

수술실: Vacuum defoaming dispersers usually contain an operating chamber for placing liquid samples and conducting operations. The operating chamber is usually made of stainless steel or corrosion-resistant material with airtight properties to maintain a negative pressure environment.

진공 시스템: The vacuum defoaming disperser is equipped with a vacuum system for generating a negative pressure environment. Vacuum systems typically include vacuum pumps, vacuum gauges, and associated pipe connections. Vacuum pumps create a negative pressure environment by extracting air from the operating chamber to promote the removal of bubbles.

진공탈포분산기의 주요구조

Stirring device: Vacuum defoaming dispersers are usually equipped with a stirring device for stirring liquid samples. The stirring device is usually driven by a motor with a stirring rod or a stirring blade to achieve mixing and even mixing of the liquid.

Heating/cooling system: Some vacuum defoaming dispersers are also equipped with heating or cooling systems for controlling the temperature of the liquid sample. 가열 또는 냉각하여, 점도, 액체의 유동성과 분산을 조절할 수 있습니다..

제어 시스템: Vacuum defoaming dispersers are usually equipped with a control system for setting and adjusting various parameters, 진공 정도와 같은, 교반 속도, 가열 온도, 등. Control systems are usually controlled by touch screens or buttons, providing ease of operation and accuracy.

The structure of vacuum defoaming disperser can be different according to the specific brand and model, the above introduction is only the common structure in general cases. When selecting and operating the vacuum defoaming disperser, it is recommended to refer to the operation manual and relevant technical specifications of the equipment to ensure correct and safe use.