Custom stainless steel screw conveyor with helical shaft and blades Suitable for inclined conveying of dry powdery or small granular materials, or free-flowing substances.
Custom stainless steel screw conveyor with helical shaft and blades Suitable for inclined conveying of dry powdery or small granular materials, or free-flowing substances.
Industria química, transporte de granos, transporte minero, planta de energía
Componentes principales:
MOTOR
Dimensión (largo* ancho* alto):
Personalizado
Paquete de transporte:
Caja de madera
Especificación:
Personalizado
Servicio postventa:
Proporcionó
Estructura:
Sistema de transporte
Personalización:
Petición personalizada disponible
Costo de envío:
sobre el costo de envío y el tiempo de entrega estimado.
Devolución y reembolsos:
Puede solicitar un reembolso hasta 30 días después de la recepción de los productos.
Detalles de empaquetado:
caja de madera
Capacidad de la fuente:
1000000pcs por mes
Resaltar:
stainless steel screw conveyor
,
helical shaft auger screw
,
inclined conveyor for dry materials
Descripción del producto
Custom Stainless Steel Screw Conveyor with Helical Shaft and Blades
Designed for inclined conveying of dry powdery materials, small granular substances, or free-flowing materials.
Core Functionality
The screw shaft serves as the central component of the conveyor system, generating axial thrust through blade rotation to achieve precise, directional material conveyance.
Key Design Features
Blade Configurations: Solid-face for dry powders, ribbon-type for sticky materials, and paddle-type for combined conveying/mixing
Pitch Options: Standard pitch for most applications, short pitch preferred for inclined conveyance
Material Selection: Available in carbon steel, stainless steel, or surface-hardened options to meet abrasion, corrosion, or food-grade requirements
Structural Integrity: Designed to withstand operational torque and material resistance while maintaining dynamic balance
Performance Considerations
Precise screw design directly impacts operational stability, energy efficiency, and equipment lifespan. Critical factors include flight-to-barrel clearance and manufacturing precision.