Spray Dryer Machine | 2–100 L/H Spray Drying Equipment
Spray Dryer Machine | 2–100 L/H Spray Drying Equipment suppliers
Spray Dryer Machine | 2–100 L/H Spray Drying Equipment factory
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Spray Dryer Machine | 2–100 L/H Spray Drying Equipment
Capacity:2L/h-100L/H Spray dryer,such as 2L/H,3H/L,5L/H,10L/H,15L/H,25L/H....
Alternate Name:Spray Dryer Machine
Material: SS304, GLASS, OR SS316L
Suitable for drying materials: Instant drying of liquid materials into solid powder.
Packing method: Experted Wooden Box
Certificate: CE, ISO, TUV,etc
Warranty:13 Months free
Leading time:5-15 days
Cooperation Credit: Commercial Non-Disclosure Agreement
Description
Technical Parameters
Description of Spray Dryer machine
Achieve Chem supplies Spray dryer machines/equipment for laboratory research, pilot-scale process development and small-scale production. With liquid feed capacities from 2 to 100 L/H, our spray drying systems can be configured according to material properties, required powder characteristics, production capacity and process conditions.
Our Spray Dryer Equipment is designed for converting liquid feeds, solutions, emulsions and suspensions into free-flowing powders through controlled atomization and rapid hot-air drying. Applications include food and beverage ingredients, pharmaceutical materials, biotechnology, chemical products, specialty materials and laboratory R&D.
Feed Capacity: 2–100 L/H | Custom Configuration Available | Laboratory to Small-Scale Production
[Request a Quote] [Talk to an Engineer]
Specification of spray dryer
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2L/H Spray dryer machine
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1.Input capacity: 2L/H (for raw material liquid) 8.Nozzle size: standard 1mm (0.1/0.5/0.7/0.75/1.5/2.0/2.5mm are optional) 10.Heat source: Electric 11.Dried powder restoring rate: ≧95% 12.Max. Moisture evaporation: 2kg/h 13.Air compressor: built-in oil-free 14.Total power: 3.5kw, AC220V 50hz 15.Dimension: 800*600*1300mm |
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3L/H Spray dryer machine (Two liquid nozzle)
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1.Handle capacity: 3L/H (raw material liquid) 2.Inlet air: 30°C -300°C adjustable 3.outlet air: 40°C -140°C 4.Precision of temperature: ± 1 °C 5.Dryer time: 1.0-1.5 S 6.Speed of squirt pump: 3000ml/h 7.Spray system: two liquid nozzle (Centrifuge atomizer is optional) 8.Nozzle size: standard 1.00mm (others optional) 9.Spray direction: downwards co-current 10.Dried powder restoring rate: ≧95% 11.Max. Moisture evaporation: 3kg/h 12.Air compressor: built-in oil-free 13.Heat source: Electric 14.Total power: 4.5KW, AC220V 50hz 15.Dimension:1630*930*1150mm |
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5L/H Spray dryer equipment
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1. Handle capacity: 5L/H (for raw material liquid) 9.Heat source: Electric 13.Total power: 9KW, AC 380V/50hz 14.Dimension: 1800*930*2200mm |
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10L/H Spray dryer Machine |
Dimension: 2500mm(L) x1600mm (W) x2800mm(H) 1.Max capacity: 10000ml/h 2.Temperature range of Inlet air: 50°C -300°C (adjustable) 3.Temperature range of outlet air: 30°C -150°C 4.Precision of temperature: ± 1 °C 5.Dryer time: 1.0-1.5 S 6.Speed of squirt pump: 10000ml/h, 7.Spray direction: downwards co-current 8.Total power: 22KW, 380V 50/60Hz, 3 phase 9.Stainless steel tank diameter: 1400mm 10.Dried powder restoring rate (%): ≥95 (base on material) 11.Atomizer speed: 35000rpm (adjustable) 12. outside Surface: 8K mirror stainless steel 13. inside surface: 6K mirror ss with polish & pickling treatment for weld. 14. Atomizer size: diameter 80mm |
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We also produced other models spray dryer equipment, such as 15 L/H,20 L/H,50 L/H,100 L/H Want a quick quotation now ? Please CONTACT OUR SALES SPECIALIST Classification of Spray Dryer Machine ModelsDifferent materials and production requirements require different spray drying capacities. Achieve Chem provides multiple spray dryer configurations so customers can select a suitable system according to feed rate, material characteristics and target powder output.
Actual drying capacity depends on feed concentration, moisture content, inlet and outlet temperature, atomization method and material properties. Our engineering team can recommend a suitable configuration based on your process requirements. Interested in a Spray Dryer with similar capabilities for your lab? [Speak to an Engineer] How to Choose the Right Spray DryerSelecting a spray dryer should not be based only on liquid feed capacity. The properties of the material and the required powder characteristics are also important. 1. Feed CapacityChoose the spray dryer according to your required liquid feed rate. Laboratory users may prefer a 2–5 L/H spray dryer, while pilot and production users may require 10–100 L/H or a customized configuration. 2. Material PropertiesViscosity, solids concentration, heat sensitivity, density and surface tension can affect atomization and drying performance. Providing your material information allows us to recommend a more appropriate spray drying system. 3. Powder CharacteristicsIf you require specific particle size, moisture content, bulk density or powder morphology, the atomization and drying configuration should be selected accordingly. 4. Process TemperatureHeat-sensitive materials may require careful control of inlet and outlet temperatures. Our spray drying systems can be configured according to the thermal characteristics of the material and the desired final product. 5. Production StageFor laboratory research, a small spray dryer can be used for formulation development and process evaluation. Pilot spray dryers are suitable for scale-up studies, while larger systems are intended for small-scale production. |
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Spray Dryer Equipment for Different Applications
A spray dryer can be used for many liquid-to-powder processes, but the appropriate configuration depends on the application.
Food & Beverage
Our spray dryer machines can be used for processing liquid food ingredients, extracts, flavors, beverages and other materials that need to be converted into powder form.
Typical applications include:
Milk and dairy-related materials
Fruit and vegetable extracts
Plant extracts
Flavoring ingredients
Beverage ingredients
Food additives
For food applications, material properties, feed concentration, drying temperature and desired powder characteristics should be evaluated before equipment selection.
Pharmaceutical & Biotechnology
Spray drying is widely used for developing powdered pharmaceutical and biotechnology materials. A suitable system can provide controlled drying conditions while helping researchers evaluate formulation and process parameters.
Potential applications include:
Pharmaceutical formulations
Herbal extracts
Enzymes
Biological materials
Heat-sensitive formulations
Research and development samples
For pharmaceutical applications, the equipment configuration, contact materials, cleaning requirements and documentation should be selected according to the customer's process and compliance requirements.
Chemical & Specialty Materials
Industrial spray drying equipment can also be configured for chemical and specialty material processing.
Typical applications include:
Pigments
Ceramic slurries
Specialty chemicals
Polymers
Functional materials
Chemical suspensions
For these applications, atomization method, powder particle size and material handling requirements should be considered during system design.
Laboratory Research & Process Development
The 2–5 L/H spray dryer range is suitable for laboratory testing, formulation development and process optimization. Researchers can evaluate drying conditions on a smaller scale before moving toward pilot or production capacity.
Spray Dryer equipment Technical Features
Achieve Chem's spray drying systems can be configured according to the specific requirements of each project.
Controlled Atomization
Atomization converts the liquid feed into fine droplets before drying. The selected atomization method influences droplet size, drying behavior and final powder characteristics.
Temperature Control
Precise control of drying temperatures is important for maintaining consistent processing conditions, especially when working with heat-sensitive materials.
Stainless Steel Construction
Stainless steel construction can provide durability, corrosion resistance and suitability for applications requiring hygienic equipment surfaces. The exact material grade and contact-part configuration can be confirmed according to the project requirements.
Powder Collection
The drying chamber and powder collection system are designed to separate and collect the dried product after the moisture has been removed.
Customized Configuration
Spray drying requirements vary significantly between materials. Achieve Chem can evaluate feed properties, required capacity, powder specifications and process conditions before recommending the equipment configuration.
Why Choose Achieve Chem Spray Dryer Equipment?
Choosing a spray dryer supplier is not only about purchasing a machine. Process engineering, equipment configuration, quality control and technical support can directly affect the success of a spray drying project.
Durable and Robust Nozzles
For a reliable spray dryer machine, the nozzle system-particularly the high-speed centrifugal atomizer-is the core component; its quality directly determines the machine's service life and maintenance costs. The centrifugal atomizers we supply undergo rigorous testing and quality assurance, enabling continuous operation for 72 hours.
Engineering-Based Equipment Selection
Our team can evaluate your material and process requirements before recommending a spray dryer machine model. This helps customers avoid selecting equipment based only on nominal capacity.
Multiple Capacity Options
The available 2–100 L/H range supports different stages of development, from laboratory research and pilot testing to small-scale production.
Custom Spray Dryer macihne Solutions
Different materials may require different atomization, heating, temperature-control and powder-collection configurations. Customization can be discussed according to your application and technical requirements.
Quality and Compliance Documentation
Achieve Chem has established quality and engineering credentials, including EU CE certification, ISO 9001 quality management system certification, technical patents and a special equipment production license. Relevant certificates and documentation can be provided according to the applicable equipment and project requirements.
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| CE CERTIFICATE | ISO CERTIFICATE | TUV CERTIFICATE |
Our Packing details
Our Customer's feedback:
Our spray dryer equipment Successful Cases:
Spray Drying Testing and Engineering Evidence
Equipment performance should be evaluated using actual material and process conditions rather than relying only on general specifications.
For customers with special drying requirements, material testing and process evaluation can help determine suitable operating parameters.
Typical Spray Drying Process of different material Comparison
| Material | Feed Condition | Inlet Temp. | Outlet Temp. | Feed Rate | Moisture | Recovery | Typical Powder Characteristics |
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| Milk | 30–50% solids concentrate | 170–180°C | 75–80°C | 5–15 mL/min | 2.5–3.0% | 85–95% | White/cream, free-flowing powder |
| Microalgae | Aqueous algae suspension | 150–180°C | 60–80°C | 5–12 mL/min | 2.5–4.0% | 80–90% | Green fine powder |
| Protein | 10–20% protein solution | 160–185°C | 60–80°C | 2.5–5.3 mL/min | 3–5% | 85–94% | White/off-white fine powder |
| Graphite | Water-based graphite slurry | 180–220°C | 70–85°C | 5–20 mL/min | 0.5–2.0% | 84–95% | Black/gray granulated powder |
| Ceramic / Alumina | 30–70 wt% ceramic slurry | 180–250°C | 80–95°C | 10–30 mL/min | <0.5–2.0% | 87–95% | Spherical ceramic granules |
We have different model tested machine.
Here we can share you more real tested material photos :
Actual test data should be confirmed according to the material and operating conditions used for each project.
Spray Dryer Machine Technical Specifications
| Parameter | Available Configuration |
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| Liquid Feed Capacity | 2–100 L/H |
| Application | Laboratory, Pilot and Small-Scale Production |
| Atomization | Configuration dependent |
| Heating Method | Configuration dependent |
| Temperature Control | Application dependent |
| Contact Material | Stainless Steel / Customized |
| Powder Collection | Configuration dependent |
| Control System | Customized according to project |
| Installation | Factory tested / Project dependent |
| Customization | Available |
For a precise technical proposal, please provide your material type, liquid feed rate, solids concentration, target powder characteristics and expected production capacity.
Spray Dryer Equipment vs. Standard Equipment Selection
A spray dryer should be selected according to the complete process rather than capacity alone.
| Selection Factor | Achieve Chem Approach |
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| Capacity | 2–100 L/H options |
| Application | Laboratory, pilot and production |
| Material Evaluation | Process requirements considered |
| Atomization | Selected according to application |
| Temperature Control | Configured according to material |
| Customization | Available |
| Engineering Support | Application-based recommendation |
| Documentation | Technical and quality documents available according to project |
This approach allows customers to select a spray drying system based on actual process requirements instead of purchasing a standard machine with unsuitable specifications.
Spray Dryer FAQ
Q: What is the capacity of your spray dryer macihne?
A: Our spray dryer range covers liquid feed capacities from 2 to 100 L/H, including laboratory, pilot and small-scale production models.
Q: Which spray dryer equipment is suitable for laboratory research?
A: The 2–5 L/H spray dryer range is generally suitable for laboratory research, formulation development and process testing. The final model should be selected according to the material and drying requirements.
Q: Can the spray dryer machine be customized?
A: Yes. Spray drying equipment can be customized according to feed properties, required capacity, atomization method, temperature requirements, powder characteristics and other process conditions.
Q: What materials can be processed by a spray dryer equipment?
A: Spray dryers can process many types of liquid feeds, including solutions, emulsions, suspensions and extracts. The material's viscosity, solids content, heat sensitivity and other properties should be evaluated before equipment selection.
Q: How do I choose the right spray dryer machine capacity?
A: Capacity should be selected according to the required liquid feed rate and production target. Laboratory users may require 2–5 L/H, while pilot and production applications may require 10–100 L/H or a customized system.
Q: Can you test our material before we purchase the equipment?
A: Material testing can be discussed for projects where drying behavior or powder characteristics require evaluation. Please provide information about your material and target product.
Q: What information should I provide for a spray dryer equipment quotation?
A: Please provide the material type, feed rate, solids concentration, expected powder output, target moisture content, particle size requirements and application. Photos or samples of the feed material can also help with equipment selection.
Q: Do you provide CE and ISO documentation?
A: Achieve Chem has EU CE certification and ISO 9001 quality management system certification. Relevant documentation can be provided according to the equipment and project requirements.
Q: Can the spray dryer machine be used for scale-up?
A: Yes. The available laboratory, pilot and higher-capacity configurations can support process development and scale-up from laboratory testing toward pilot and small-scale production.
Q: How can I get a quotation for Spray Dryer Equipment?
A: Send us your material information, required feed capacity and target powder specifications. Our engineering team can evaluate the application and recommend a suitable spray dryer machine and configuration.
Contact Us Today
Looking for a Spray Dryer Machine, Industrial Spray Dryer or Spray Dryer Equipment for your application?
Send us the following information:
Material to be dried
Liquid feed rate
Solids concentration
Target powder output
Target moisture content
Required particle size
Heat sensitivity
Application
Required production capacity
Our team can recommend a suitable Spray Drying Equipment configuration based on your process requirements.
Contact our technical team today. We offer free consultation services, material testing, and detailed quotations tailored to your needs.
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