Laboratory mini spray dryer

Related introduction of laboratory mini spray dryer

Compact Laboratory Equipment: The laboratory mini spray dryer is a compact and versatile tool specifically designed for small-scale experimentation and research purposes.
Atomization and Drying Process: It operates by atomizing liquid samples into fine droplets using a nozzle, which are then rapidly dried using hot air, resulting in powdered or granulated substances.
Precise Control and Parameters: Equipped with precise controls for airflow, temperature, and feed rate, enabling researchers to tailor drying conditions for various substances.
Versatile Applications: This equipment is used across diverse fields such as pharmaceuticals, food, materials science, and biochemistry for drying heat-sensitive or thermally unstable materials.
Particle Size Control: Capable of producing particles with controlled sizes, allowing researchers to create powders or granules with specific characteristics suitable for their studies.
Ease of Operation and Cleaning: Designed for user-friendly operation and easy cleaning, facilitating quick setup and efficient experimentation in laboratory settings.

Compact Size: This dryer is characterized by its small, space-saving design tailored for laboratory settings, optimizing functionality within limited workspace.
Atomization Capability: It efficiently converts liquid samples into fine droplets, maximizing surface area exposure for swift drying and producing powders or granules.
Precise Control Parameters: Equipped with precise controls for temperature, airflow, and feed rate, enabling researchers to fine-tune drying conditions for specific materials and experimental needs.
Versatility in Applications: Its adaptability spans across various research fields like pharmaceuticals, food science, materials development, and biochemistry, ideal for drying sensitive or delicate substances.
Customizable Particle Size: Researchers can manipulate and regulate particle sizes, yielding tailored powders or granules to meet precise experimental requirements.
Ease of Operation and Maintenance: Engineered for user-friendly operation, cleaning, and maintenance, ensuring efficient handling and upkeep for ongoing laboratory experiments.

Liquid Sample Preparation: The process begins with the preparation of a liquid sample containing the material to be dried, often a solution or suspension.
Atomization: The liquid sample is introduced into the dryer and directed to a nozzle or atomizer. Here, the liquid is broken down into tiny droplets, increasing its surface area.
Hot Air Introduction: Simultaneously, hot air or a drying gas is introduced into the drying chamber at controlled temperatures.
Droplet Drying: The atomized droplets are swiftly exposed to the hot air in the drying chamber. This exposure causes rapid evaporation of the liquid content within the droplets.
Solvent Evaporation: As the droplets travel through the drying chamber, the solvent or carrier liquid evaporates, leaving behind dried particles.
Particle Collection: The dried particles, which could be in powder or granular form, are collected from the drying chamber.
Air and Moisture Separation: The drying gas or hot air, now laden with evaporated moisture, is directed out of the chamber, often passing through a separation system to remove moisture content.
Recovery and Reuse: In some setups, the drying gas may undergo treatment to recover solvents or to be reused in subsequent drying cycles, enhancing efficiency.

Application: aslemon Acid,chicken essence,borax,ammonium sulfate,radish silk,seeds,salt,silkworm, etc
Industry: chemical,pharmaceutical,food,dehydrated vegetables,grain,mining,etc