How to Use Lab Vacuum Freeze Dryer for Laboratory Research
Price
Min. Order Reference FOB Price
1 Piece US$1,800.00 / Piece
Sepcifications
- Customized Non-Customized
- Structure Desktop
- Material Plastic
- Certification CE, ISO, RoHS
- Application School, Hospital, Lab
- Type Heating Type
- Transport Package Wooden Case
- Specification CE, SGS, ISO, GMP
- Trademark CK
- Origin Changzhou
- Name Freeze Vacuum Dryer
- Tem. Low Tenmperature
- Pressure Negative Pressure
- Pump Water Ring Vacuum Pump
- Heating Source Hot Water or Steam
- Temperature -70-50
Product Description
Vaccum freeze dryer is a cost effective and high performance benchtop freeze dryers/Lyophilizer. 3 Liters in 24hours ice capacity. Internal condenser coil-304 or 316 stainless steel. -50C or -80C condenser lowest temperature. CFC-free refrigeration.(optional for customer's request ...
-
The Application of Fluid Bed Granulators in the Production of Instant Granule Products The fluid bed granulator (also known as the fluidized bed granulator) is a highly efficient equipment that combines the functions of mixing, granulating, drying, and coating. It has important applications in the production of instant granules such as coffee agglomerates, milk tea, and traditional Chinese medicine granules. Through fluid - bed technology, powder materials are suspended in the air flow, and an even - sized granule is formed by spraying an adhesive, ultimately resulting in a product with good solubility and strong fluidity. -
Benefits of CIP Cleaning for Spray Dryers Spray dryers play a vital role in the food processing, pharmaceutical and chemical industries. However, residues tend to accumulate inside them, affecting product quality and production efficiency. Therefore, it is crucial to choose the right cleaning method. CIP (Clean in Place) cleaning technology, as an efficient and convenient cleaning method, provides an ideal solution for cleaning spray dryers. -
How to Help Spray Dryer Customers Improve Powder Product Recovery Rate This article focuses on the problem of low powder product recovery rate in the spray drying process. It analyzes the main causes, including improper atomization, inappropriate drying chamber design and operation, and low - efficiency powder collection systems. To address these issues, corresponding solutions are proposed, such as regular atomizer maintenance, optimization of the drying chamber′s temperature control and structure using CFD simulation, and upgrading the powder collection system. Improving the product recovery rate is of great significance for production - oriented enterprises as it can reduce production costs, enhance production efficiency, and contribute to environmental protection.