Vibrating fluidized bed dryers represent high-efficiency, energy-saving industrial drying equipment extensively utilized across chemical, pharmaceutical, food, and building materials industries. These systems are particularly well-suited for drying powdery, granular, and heat-sensitive materials.

Key Advantages

Significant Energy Savings: High thermal efficiency reduces energy consumption by 30%-60% compared to conventional drying equipment
Uniform Drying Performance: Vibration stabilizes material fluidization, eliminating channeling, dead beds, and agglomeration issues
Exceptional Adaptability: Capable of processing fragile, sticky, irregular particles, and other challenging materials
Fully Enclosed Structure: Prevents dust leakage and cross-contamination for clean, safe operation

Working Principle

Wet material enters through the feed inlet and moves forward horizontally under excitation force from vibrating motors. Simultaneously, heated clean air penetrates upward through a perforated plate at the bed bottom, suspending material particles into a fluidized state that enables efficient heat and mass transfer. After moisture evaporation, vapor discharges through multi-stage dust removal systems while dried product collects at the discharge outlet.

The system comprises feeding mechanisms, vibrating fluidized bed body, hot air systems, exhaust and dust removal systems, and PLC automatic controls. Critical parameters including material layer thickness, vibration amplitude, hot air temperature, and residence time feature stepless adjustment for continuous production optimization.

Primary Features and Benefits

High Efficiency Operation: Vibration assistance enables fluidization at lower wind velocities, substantially reducing fan energy consumption
Broad Material Compatibility: Excellent performance with viscous, brittle, or unevenly sized materials while preventing traditional fluidized bed limitations
Superior Product Quality: Uniform stress distribution without dead zones ensures stable drying process with minimal particle breakage
Precision Control Capabilities: Flexible adjustment of vibration parameters controls material residence time for consistent final moisture content

Application Areas

Chemical and Pharmaceutical Industries: Various compressed granules, xylose, xylitol, boric acid, hydroquinone, citric acid, and similar compounds

Food Industry Applications: Chicken essence, salt, sugar, soybean flour, seeds, compound fertilizer, slag, and other powdery and granular materials

Additional Functions: Beyond drying, this equipment serves cooling applications for dried materials (including PVC resin and plastic granules) and humidification processes for precise humidity control

Operational Considerations

Installation Requirements: Significant vibration necessitates adequate factory foundation load-bearing capacity and robust installation structures, with operating noise levels slightly higher than conventional dryers

Material Limitations: Generally unsuitable for materials prone to wall adhesion, while excessively fine particles (below 30 μm) risk being carried away by airflow, resulting in product loss

Las etiquetas:

máquina de secado de sal,

Secador horizontal de la cama flúida,

Secador en lecho fluidificado vibrante

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DETALLES DE LOS PRODUCTOS

Productos

Máquina del secado por aspersión

Máquina centrífuga del secado por aspersión

Máquina de secado por pulverización a presión

Máquina de secado de lecho fluidizado vibrante

Máquina para hervir granulados

Máquina de secado a vacío de doble cono giratorio

Máquina de secado de raspadores de tambor

secadora de la correa

Máquina de secado de cinturón de una sola capa

Máquina de secado de cinturón de múltiples capas

Máquina de secado de vegetales deshidratados

Máquina del secado al vacío

Máquina de secado de raqueta al vacío

Máquina de secado de cinta al vacío

Máquina de secado al vacío cuadrada/redonda

Máquina de secado de paletas

Máquina de secado de tambor

Máquina de secado continuo de discos

Máquina de secado de flash de giro

horno

Horno de la circulación del aire caliente

Horno medicinal

Equipo de mezcla

Máquina de mezclar cónica de tornillo doble

Machacamiento del equipo

Steam And Flue Gas Waste Heat/Exhaust Heat Fluidized Bed Dryers Are Highly Efficient, Energy-Saving, And Widely Adaptable.

Cuota De Producción:	3 conjuntos
Precio:	Negociable
Embalaje Estándar:	Según los requisitos del cliente
Forma De Pago:	T/T, LC/C

Información detallada

Descripción del producto

Información detallada

Lugar de origen

Porcelana

Nombre de la marca

suli

Certificación

ISO9001

Número de modelo

ZLG

Material:

Acero inoxidable, acero al carbono

Sistema de control:

PLC o botón

Fuente de calor:

Vapor, gas natural/gas licuado de petróleo, electricidad, aceite de transferencia de calor, calor re

Cantidad de orden mínima:

3 conjuntos

Precio:

Negociable

Detalles de empaquetado:

Según los requisitos del cliente

Condiciones de pago:

T/T, LC/C

Resaltar

steam fluidized bed dryer

flue gas waste heat dryer

energy-saving vibrating drying machine

Descripción del producto

Steam And Flue Gas Waste Heat/Exhaust Heat Fluidized Bed Dryers

Key Advantages

Significant Energy Savings: High thermal efficiency reduces energy consumption by 30%-60% compared to conventional drying equipment
Uniform Drying Performance: Vibration stabilizes material fluidization, eliminating channeling, dead beds, and agglomeration issues
Exceptional Adaptability: Capable of processing fragile, sticky, irregular particles, and other challenging materials
Fully Enclosed Structure: Prevents dust leakage and cross-contamination for clean, safe operation

Working Principle

Primary Features and Benefits

High Efficiency Operation: Vibration assistance enables fluidization at lower wind velocities, substantially reducing fan energy consumption
Broad Material Compatibility: Excellent performance with viscous, brittle, or unevenly sized materials while preventing traditional fluidized bed limitations
Superior Product Quality: Uniform stress distribution without dead zones ensures stable drying process with minimal particle breakage
Precision Control Capabilities: Flexible adjustment of vibration parameters controls material residence time for consistent final moisture content

Application Areas

Chemical and Pharmaceutical Industries: Various compressed granules, xylose, xylitol, boric acid, hydroquinone, citric acid, and similar compounds

Food Industry Applications: Chicken essence, salt, sugar, soybean flour, seeds, compound fertilizer, slag, and other powdery and granular materials

Operational Considerations

Material Limitations: Generally unsuitable for materials prone to wall adhesion, while excessively fine particles (below 30 μm) risk being carried away by airflow, resulting in product loss

Las etiquetas: