Used GEA Niro Type F100 E000 FS S SVC 3A Centrifugal Atomizer – 82.5 HP Rotary Spray Dryer Head

Manufacturer Information:

• Manufacturer: GEA Niro

• Model: Type F100 E000 FS S SVC 3A

• Serial Number: 1246

• Equipment Type: Centrifugal Atomizer Head for Rotary Spray Dryer

• Condition: Used

• Motor Power: Approx. 82.5 HP / 55 kW

• Material Construction: 304 Stainless Steel

• Max Atomizer Speed: Up to 25,000 RPM

Description:

This used GEA Niro centrifugal atomizer (Type F100 E000 FS S SVC 3A) is a high-performance rotary spray dryer head engineered for precision droplet formation in industrial drying systems. Capable of handling up to 10 kg/h of evaporated water, it supports inlet temperatures as high as 350°C and processes both aqueous and solvent-based feedstocks. Built with a 304 stainless steel drying chamber and integrated cyclone separation, this unit is designed for consistent performance, even in demanding thermal applications. Driven by a powerful 82.5 HP (55 kW) motor, this atomizer delivers reliable particle size control for powders and granulates.

Specifications:

• Model: F100 E000 FS S SVC 3A

• Serial Number: 1246

• Atomizer Type: High-speed rotary centrifugal

• Motor: Approx. 82.5 HP / 55 kW

• Speed: Up to 25,000 RPM

• Throughput: Up to 10 kg/h of evaporated water

• Inlet Temperature: Rated up to 350°C

• Construction: 304 Stainless Steel drying chamber

• Separation System: Integrated cyclone separator

• Feed Compatibility: Aqueous and solvent-based solutions

Applications:

• Pharmaceutical powder production

• Nutraceutical spray drying

• Dairy and food ingredient drying

• Ceramic and catalyst material processing

• Chemical fine powder creation

• Solvent-based compound drying

• Specialty polymers and resins

• Flavor and fragrance encapsulation

• Battery material drying

• Biotechnology and fermentation products

What might this be used for:

• Atomizing liquid feeds into fine droplets for rapid drying

• Creating free-flowing powders from heat-sensitive materials

• Producing uniform particles from pharmaceutical solutions

• Drying emulsions, suspensions, or solutions for food or chemical use

• Converting active pharmaceutical ingredients (APIs) into dry forms

• Processing lab-scale or pilot plant batches for R&D

• Encapsulating flavors, vitamins, or proteins in spray-dried powders

• Developing custom powders with controlled particle size and solubility

• Supporting small- to mid-scale production of fine chemical powders

• Drying high-value or reactive compounds under controlled conditions