Stainless steel lab spray dryer for sale,KAIMINA_specification/price/image

Product Detail
Company Profile

Overview Of stainless steel lab spray d ryer

The SDS-2L Laboratory Spray Dryer represents the culmination of our company's meticulous development efforts in this field. The unit features a compact, self-contained design that requires no external auxiliary facilities to operate. It is controlled via a large, full-color LCD touch screen interface and full SS304 high quality stainless steel. Utilizing a dual-stage heating system, the machine rapidly reaches the set temperature within just one minute, enabling faster initiation of experiments. It demonstrates excellent heating stability during prolonged operation and, compared to other spray dryers currently on the market, produces a powder product with a significantly lower moisture content.

Working principle
Spray dryers are primarily used to transform solutions, emulsions, suspensions, and paste-like materials into dry powders via spray drying. They offer numerous advantages, including rapid drying speeds, high efficiency, and a streamlined processing workflow. For heat-sensitive materials, the process effectively preserves their original color, aroma, and flavor; furthermore, the resulting dry powders exhibit excellent solubility and high purity. This series of spray dryers is widely applicable across various sectors, including chemical engineering, petrochemicals, light industry, food processing, pharmaceuticals, building materials, ceramics, and forest chemical industries.
Heated air enters the drying chamber after passing through a heater. Simultaneously, the liquid feedstock is atomized by an atomizer into micron-sized droplets. Upon contact with the hot air, these droplets rapidly vaporize and dry, transforming into a powder or granular product. The dried powder or granules are then carried by the airflow into a cyclone separator for separation, where they settle into a collection bottle; finally, the exhaust gas is discharged.

Application

The laboratory spray dryer is designed for use in universities, research institutes, and the laboratories of food, pharmaceutical, and chemical enterprises for the production of small-scale particulate powders. It offers broad applicability across a wide range of liquid formulations—including emulsions and suspensions—and is particularly well-suited for drying heat-sensitive substances, such as biological products, biopesticides, and enzyme preparations. Because the sprayed material is exposed to high temperatures only during the brief, instantaneous moment it exists in an atomized state, these active substances retain their original biological activity and integrity after drying.

Diverse Application Fields: Beverages, Flavorings and Pigments, Milk and Dairy Products, Egg Products, Plant and Vegetable Extracts, Pharmaceutical Synthesis, Heat-Sensitive Substances, Plastics, Polymers and Resins, Fragrances, Blood Products, Ceramics and Superconductors, Biochemical Products, Dyes, Soaps and Detergents, Food Products, Adhesives, Oxides, Bone Meal and Dental Powders, etc.

Addvantages Of Stainless steel lab spray dryer

1. It is made of high-quality 304 stainless steel, the unit features a dual-stage heating system that rapidly reaches the set temperature within one minute, enabling faster experiment initiation. It demonstrates excellent long-term heating stability, compared to other spray dryers currently on the market, yields a product powder with a significantly lower moisture content.
2. The atomizing nozzle utilizes a concentric design with adjustable particle size, ensuring continuous and uniform atomization throughout the experiment while preventing material from adhering to the chamber walls.
3. Equipped with a built-in bilingual (Chinese/English) interface, the system offers an intuitive human-machine interaction experience that eliminates the need for frequent switching during experiments; furthermore, experimental parameters can be saved for convenient recall and reuse.
4. All pipeline connection points are sealed using silicone gaskets secured by full-circumference clamps, ensuring a completely leak-free operation.
6.Prior to shipment, every unit undergoes a rigorous series of quality control tests to guarantee long-term operational stability and reliability for the customer.

Specifications Of

Stainless steel lab spray dryer

Model	SD-S-2L
Applicable Materials	Solution, partial suspension
Water evaporation capacity	MAX.2000ml/h
Temperature Setting Range	RT-300℃(Inlet Temperature)
Temperature Accuracy	±0.1℃
Drying Air Volume	Variable Frequency Control: MAX 105 m³/h
Spray Air Pressure	Adjustable: MAX 0.7 MPa
Atomizing Nozzle	SS316 Stainless Steel; Concentric Atomization; Exclusive
Temperature Control	PID Digital Real-Time Temperature Control
Touchscreen	Display and Adjustment of Parameters: Temperature, Airflow Speed, Feed Rate, Cleaning Cycle, Historical Data, etc.
Control System	Embedded Intelligent Control System (Dedicated to Spray Drying)
Temperature Sensor	PT100*2
Heater	MAX 2.2 / 4.4 / 8.8 kW: Three-Stage Adjustable Maximum Power; Dual Heating Elements for Enhanced Efficiency
Air Inlet Duct	Fully Sealed Design; Double-Layered Polygonal Ducting; Double-Layer Thermal Insulation; Quick-Open Mechanism for Easy Maintenance
Material Feed	Peristaltic Pump
Air Compressor	0.55kW 8L
Fan	0.75 kW; Aluminum Alloy Construction; Pressurized; Variable Frequency Speed Control
Relay	Omron
Leakage Protection	Chint
Security Features	Over-temperature protection, over-current protection
Dimensions	LWH(mm) 800×800×1310
Weight	120kg
Power Supply	Single phase 220V,50/60Hz, customized as request
Accessories	32L Enlarged SS304 Mirror-Polished Drying Chamber, High-Efficiency Helical SS304 Cyclone Separator (Fully Dismountable), SS304 Sample Collection Bottle (Fully Dismountable), SS304 Sanitary Piping, Silicone Feed Tubing, SS304 Clamps, Silicone Gaskets, Elbows, and Exhaust Pipe.

FAQS:

Q1: What is a lab spray dryer?
A lab spray dryer is a small-scale drying system used to convert liquid solutions or suspensions into dry powder through rapid hot air drying.

Q2: How does a lab spray dryer work?
The liquid is atomized into fine droplets, which are quickly dried by hot air inside a chamber, forming powder collected by a cyclone separator.

Q3: What is it used for?
Widely used in:
Pharmaceuticals (API, excipients)
Food & beverage (milk powder, flavors)
Chemicals (catalysts, materials)
Universities & R&D labs

Q4: What materials can be processed?
Solutions
Emulsions
Suspensions
Typical products:
Herbal extracts
Protein powders
Ceramic materials

Q5: What parameters are important?
✓ Inlet temperature
✓ Feed rate
✓ Airflow
✓ Atomization type

Q7: Do you support customization?
Yes, including:
✓ Glass or stainless steel system
✓ Closed-loop (for organic solvents)
✓ Inert gas protection

Q8: How to choose the right model?
Based on:
✓ Sample type
✓ Solvent (water or organic)
✓ Output requirement
✓ Application (R&D or pilot scale)

Q9: How to get a quotation?
Please provide:

Material details
Solvent type
Expected capacity
Special requirements

Please share your inquiry,We will recommend the most suitable model for your application.