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Máquina de goma del calendario
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Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length

Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length

Nombre De La Marca: Beishun
Número De Modelo: XY-2I360×1200
Cuota De Producción: 1 juego
Precio: Negociable
Detalles Del Embalaje: 20GP
Condiciones De Pago: T/T, L/C
Información detallada
Lugar de origen:
Qingdao
Certificación:
ISO/CE
Diámetro del cilindro:
360 mm
Servicios personalizados:
Soporte de personalización
Garantía:
3 años
Fuerza:
Eléctrico
Longitud del rodillo:
1000m m a 3000m m
Diámetro del rodillo:
de 200 mm a 600 mm
RollerSurface:
De forma lisa o con patrón
ControlSystem:
Control por control automático o manual
Diámetro del rodillo:
200-400 mm o personalizado
Máquina de calendario:
máquina del calendario de dos rollos
Dimensiones:
Varía según modelo, aprox. 3000 mm x 1500 mm x 2000 mm
Color:
Personalización
Sobre el peso:
4.8t-126t
Longitud de funcionamiento del rodillo:
630 (milímetro)
Color:
todo
Capacidad de la fuente:
20s/mes
Resaltar:

360mm Cylinder Diameter Rubber Calender Machine

,

3 Years Warranty Two Roll Calender Machine

,

1000mm to 3000mm Roller Length Double-Roll Rubber Sheet Calender

Descripción del producto
Double-Roll Rubber Sheet Calender

A double-roll calender is a precision machine used in rubber and plastics manufacturing to produce continuous sheets of material with uniform thickness. It features two massive, counter-rotating rolls that process raw rubber compound into smooth, consistent sheets through controlled pressure and shear forces.

Key Components
  • Rolls (Bowls): Precision-machined chilled cast iron cylinders with temperature control capabilities
  • Frame: Heavy-duty structure designed to withstand operational forces
  • Nip Adjustment Mechanism: Hydraulic or electromechanical system for precise gap control
  • Drive System: Powerful motor and gearbox for synchronized roll rotation
  • Auxiliary Equipment: Includes feed conveyors, stock blenders, cooling trains, and wind-up units
Operational Process
  1. Preparation: Rubber compound is pre-warmed and homogenized
  2. Feeding: Material is introduced into the nip between rolls
  3. Calendering: Pressure, shear, and heat transform rubber into uniform sheets
  4. Take-off: Sheet is removed from calender rolls
  5. Cooling: Sheet passes through cooling system to set dimensions
  6. Winding: Finished product is collected in roll form
Performance Characteristics
Advantages Disadvantages
High production speed for large volumes Limited precision compared to 4-roll calenders
Excellent surface finish quality Potential sheet crown effect requiring correction
Simpler design with lower maintenance costs Limited to basic sheeting applications
Comparison with Other Calender Types

Two-Roll Mill: Primarily for mixing and warming, with different roll speeds

Three-Roll Calender: Offers better control and gauge uniformity

Four-Roll Calender: Advanced configuration for precision sheeting and fabric coating

Common Applications
  • Rubber mats and flooring production
  • Gasket and seal manufacturing
  • Industrial rubber sheet production
  • Packing sheet fabrication
  • Intermediate sheets for molding processes
Operational Considerations
  • Precise temperature control for material consistency
  • Accurate parallel nip adjustment across roll width
  • Roll bending compensation for uniform thickness
  • Controlled rubber feed quantity into nip
Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length 0

The double-roll rubber sheet calender is a fundamental industrial machine for efficient, continuous rubber sheet production. While less versatile than more complex calenders, its robust design, operational simplicity, and cost-effectiveness make it essential for many rubber manufacturing applications.

Buen precio  en línea

Detalles De Los Productos

Hogar > Productos >
Máquina de goma del calendario
>
Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length

Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length

Nombre De La Marca: Beishun
Número De Modelo: XY-2I360×1200
Cuota De Producción: 1 juego
Precio: Negociable
Detalles Del Embalaje: 20GP
Condiciones De Pago: T/T, L/C
Información detallada
Lugar de origen:
Qingdao
Nombre de la marca:
Beishun
Certificación:
ISO/CE
Número de modelo:
XY-2I360×1200
Diámetro del cilindro:
360 mm
Servicios personalizados:
Soporte de personalización
Garantía:
3 años
Fuerza:
Eléctrico
Longitud del rodillo:
1000m m a 3000m m
Diámetro del rodillo:
de 200 mm a 600 mm
RollerSurface:
De forma lisa o con patrón
ControlSystem:
Control por control automático o manual
Diámetro del rodillo:
200-400 mm o personalizado
Máquina de calendario:
máquina del calendario de dos rollos
Dimensiones:
Varía según modelo, aprox. 3000 mm x 1500 mm x 2000 mm
Color:
Personalización
Sobre el peso:
4.8t-126t
Longitud de funcionamiento del rodillo:
630 (milímetro)
Color:
todo
Cantidad de orden mínima:
1 juego
Precio:
Negociable
Detalles de empaquetado:
20GP
Tiempo de entrega:
45DAY
Condiciones de pago:
T/T, L/C
Capacidad de la fuente:
20s/mes
Resaltar:

360mm Cylinder Diameter Rubber Calender Machine

,

3 Years Warranty Two Roll Calender Machine

,

1000mm to 3000mm Roller Length Double-Roll Rubber Sheet Calender

Descripción del producto
Double-Roll Rubber Sheet Calender

A double-roll calender is a precision machine used in rubber and plastics manufacturing to produce continuous sheets of material with uniform thickness. It features two massive, counter-rotating rolls that process raw rubber compound into smooth, consistent sheets through controlled pressure and shear forces.

Key Components
  • Rolls (Bowls): Precision-machined chilled cast iron cylinders with temperature control capabilities
  • Frame: Heavy-duty structure designed to withstand operational forces
  • Nip Adjustment Mechanism: Hydraulic or electromechanical system for precise gap control
  • Drive System: Powerful motor and gearbox for synchronized roll rotation
  • Auxiliary Equipment: Includes feed conveyors, stock blenders, cooling trains, and wind-up units
Operational Process
  1. Preparation: Rubber compound is pre-warmed and homogenized
  2. Feeding: Material is introduced into the nip between rolls
  3. Calendering: Pressure, shear, and heat transform rubber into uniform sheets
  4. Take-off: Sheet is removed from calender rolls
  5. Cooling: Sheet passes through cooling system to set dimensions
  6. Winding: Finished product is collected in roll form
Performance Characteristics
Advantages Disadvantages
High production speed for large volumes Limited precision compared to 4-roll calenders
Excellent surface finish quality Potential sheet crown effect requiring correction
Simpler design with lower maintenance costs Limited to basic sheeting applications
Comparison with Other Calender Types

Two-Roll Mill: Primarily for mixing and warming, with different roll speeds

Three-Roll Calender: Offers better control and gauge uniformity

Four-Roll Calender: Advanced configuration for precision sheeting and fabric coating

Common Applications
  • Rubber mats and flooring production
  • Gasket and seal manufacturing
  • Industrial rubber sheet production
  • Packing sheet fabrication
  • Intermediate sheets for molding processes
Operational Considerations
  • Precise temperature control for material consistency
  • Accurate parallel nip adjustment across roll width
  • Roll bending compensation for uniform thickness
  • Controlled rubber feed quantity into nip
Double-Roll Rubber Sheet Calender with 360mm Cylinder Diameter 3 Years Warranty and 1000mm to 3000mm Roller Length 0

The double-roll rubber sheet calender is a fundamental industrial machine for efficient, continuous rubber sheet production. While less versatile than more complex calenders, its robust design, operational simplicity, and cost-effectiveness make it essential for many rubber manufacturing applications.