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PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

Brand Name: Beishun
Model Number: 4-roller, 3-roller, 4-roller
MOQ: 1pcs
Price: 10000usd-150000usd
Payment Terms: L/C, T/T
Detail Information
Place of Origin:
QINGDAO, CHINA
Certification:
CE, ISO, SGS
Voltage:
220V/380V/440V
Material:
Rubber
Max Pressure:
10MPa
Power:
Electric
Vacuum System:
Optional
Control System:
PLC
Roller Diameter:
200-400mm
Max Temperature:
200℃
Supply Ability:
50 set/year
Highlight:

PLC Controlled Rubber Calendering Machine

,

500mm Rubber Calendering Machine

,

200mm Rubber Calendering Machine

Product Description

PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

Product Description:

Rubber Calender Introduction

Rubber calender is an essential equipment in rubber and plastic product processing. It is a heavy-duty and high-precision machine that plays an important role in the rubber and plastic machinery industry. Here is a detailed and comprehensive introduction to the rubber calender.

Structural Composition

The rubber calender is composed of several components:

  • Working roller: made of high-quality alloy steel, responsible for the core component of the calender. The surface is finely processed and treated to ensure its surface finish and flatness.
  • Frame: used to support and fix other components such as rollers, transmission devices, and so on to ensure the stability of the calender.
  • Machine base: plays the role of carrying the entire calender equipment and is usually made of cast iron or steel structure.
  • Transmission device: responsible for transmitting power to the roller so that it rotates at the set speed.
  • Speed and distance adjustment device: used to adjust the speed of the roller and the distance between the rollers respectively.
  • Roller heating and cooling device: used to ensure the plasticity of the rubber during the calendering process.
  • Lubrication system: used to reduce friction and wear, and extend the service life of the equipment.
  • Emergency stop device: used to prevent accidents when the calender encounters abnormal conditions during operation.
Working Principle

The heated rubber is processed through the gap between two or more rollers that rotate relatively and are horizontally set, forming semi-finished products. This process changes the molecular structure of the rubber, improves its plasticity, and precisely controls its dimensions.

Classification Method

The classification of rubber calenders can be based on:

  • The number of rollers: two-roll calender, three-roll calender, and four-roll calender.
  • The process use: sheeting calender, rubber rubbing calender, general calender, profile calender, laminating calender, and steel wire calender.
Parameter Indicators

The important parameter indicators for rubber calenders include:

  • Roller linear speed: a parameter that characterizes the production capacity of the calender.
  • Speed range: the range in which the roller can be infinitely variable.
  • Speed ratio: different process requirements for gluing, rubbing, or pressing during calendering may have different speed ratio requirements for the roller.
Operation Points and Maintenance

It is essential to know the operation points and maintenance of the rubber calender.

  • Preparation before starting: check whether all parts of the equipment are normal.
  • Feeding operation: feed the rubber raw materials evenly between the rollers at a moderate feeding speed.
  • Adjustment of the calendering process: adjust the roller speed, spacing, temperature and other parameters in time according to the molding of the rubber products.
  • Stop operation: stop feeding first, and then stop the equipment after all the rubber on the roller is discharged.
  • Daily maintenance: regularly check the operating conditions of the equipment.
  • Regular maintenance: regularly maintain the equipment in a comprehensive manner.
  • Troubleshooting: stop the equipment in time for inspection and repair when faults occur.
 

Features:

The Main Features of Rubber Calenders

The rubber calender is a machine used in the production of rubber products such as tires, conveyor belts, and rubber sheets. It has the following primary features:

Working Principle

The rubber calender applies pressure to rubber materials through the relative rotation of multiple rollers. It stretches and thins the rubber to achieve uniform thickness control. Different roller configurations, such as two-roller, three-roller, or four-roller, are employed to achieve the desired results.

Structural Features

The rollers are a key component of the rubber calender. They are usually made of high-quality steel with high hardness, strength, and good thermal conductivity. High surface accuracy ensures that the quality of the calendered products is high. The machine is also equipped with a complete transmission system that can accurately control the roller speed and achieve different calendering speeds and speed ratios. Moreover, a reliable spacing device can flexibly adjust the spacing between rollers to adapt to calendering rubber materials of different thicknesses.

Precision Control

The rubber calender is capable of accurately controlling the thickness, width, and other dimensional parameters of rubber sheets or profiles. The thickness tolerance can be controlled within a small range, such as about ±0.02mm.

Temperature Regulation

Most rubber calenders have roller heating or cooling functions with a temperature control system that can keep the roller at a suitable working temperature, usually between 50℃ and 150℃. This capability is helpful in the plasticization and molding of rubber.

Production Efficiency

The rubber calender has high production efficiency and can operate continuously. It can quickly and efficiently calender a large amount of rubber raw materials without sacrificing quality. The hourly output varies based on the machine model and process, with small ones producing several tons per hour and large industrial ones producing tens of tons.

 

Technical Parameters:

Model
Item XY-2I()320 XY-2I()620 XY-2I()1120A XY-2I()1500 XY-2I()1830 XY-2I()1730 XY-2I()2430
Roll dia 160 250 360 450 550 610 810
Roll working length 320 620 1120 1500 1830 1730 2430
Roll ratio 1:1 1:1 1:1 1:1 1:1.08 1:1 1:1
Roll linear speed (r/min) 7.79 14.8 3-20.2 2.5-24.8 2-18.7 4-36 2-20
Adjusting nip range 0-4.5 0-5.5 0-10 0-10 0-12 0-15 0.5-25
Min. calendering product thickness 0.2 0.2 0.2 0.2 0.2 0.2 0.5
Calendering product width 250 580 920 1250 1600 1500 2150
Motor power (kW) 5.5 15 37 45 75 90 160
Overall dimensions (L x W x H) (mm) 2200 x 530 x 1470 3100 x 770 x 1590 5400 x 1542 x 1681 7113 x 1595 x 2446 7420 x 1760 x 2760 5987 x 1860 x 2988 8690 x 3139 x 4270
About weight (t) ~1.2 ~3 ~14.5 ~22 ~24 ~30 ~62
Model
Item XY-3I 630 XY-3I 1120A XY-3 1120A XY-3l1120A XY-3I 1400 XY-3I 1200 XY-3I 1500 XY-3I 1730 XY-3I 2130
Roll diameter (mm) 230 360 400 450 610 710 -- 610 710
Roll working length (mm) 630 1120 1120 1200(1500) 1400 -- 1500 1730 2130
Roll speed ratio 1:1:1 1:1.42:1 1:1:1 0.733:1:1
0.733:1:0.733
1:1.383:1.383
1:1.383:1
1:1.5:1 1:1.4:1 1:1.48:1 1:1.5:1
Middle-roll linear speed (m/min) 7.97 7.0-21.06 8.8-26.39 8.36-25.08 5.4-54 8-50 2-20 3-30 2-20
Adjusting nip range (mm) 0-7 0-10 0-10 0-6 0-20 0-20 0.5-25 0-20 0-20
Min. calendering product thickness (mm) 0.2 0.2 0.2 0.15 0.15 0.15 0.5 0.15 0.15
Calendering product width (mm) 100-500 500-920 1200 1100(1400) 1500 1900 2150 1500 1900
Motor power (kW) 7.5 40/13.3 55/18.3 75/25 132 185 220 132 220
Overall dimensions (mm) 2570 x 740 x 1500 5550 x 1640 x 2120 6500 x 1500 x 2440 7120(7420) x 2200 x 2900 7010 x 3950 x 3730 7650 x 4560 x 4080 -- 7010 x 3730 x 5920 9300 x 5200 x 3150
About weight (t) ~2.6 ~11 ~22 ~26 ~52 ~67 -- ~100 ~126
Model
Item XY-4I 630 XY-4L 630 XY-4630 XY-41120A XY-41400 XY-41500 XY-41730 XY-42130 XY-42430
Roller dia (mm) 230 360 400 450 610 710 810 610 710
Roller working length (mm) 630 1120 1400 1500 1730 2130 2430 -- --
Roller ratio 1:1:1:1 0.73:1:1:0.73 1:1.38:1.38:1 1:1.5:1.5:1 1:1.4:1.4:1 1:1.4:1.4:1.4 1:1.5:1.5:1 1:1.5:1.5:1 1:1.5:1.5:1
Middle-roll linear speed (m/min) 2.1-21 2-20.1 3-26.3 2.5-25
 

Applications:

The following describes the operation process of a rubber calender:

Preparation before starting

  • Equipment inspection:
    • Carefully check the various components of the calender, including rollers, transmission systems, spacing devices, temperature control systems, etc., to ensure that the components are firmly connected and there is no looseness or damage.
    • Check whether the surface of the roller is clean and smooth. If there is debris or damage, it needs to be cleaned and repaired in time.
  • Material preparation:
    • Prepare the rubber raw materials to be calendered to ensure that their formula is accurate and the mixing is uniform. Generally, the rubber should be mixed in advance to give it suitable plasticity and other properties.
    • Prepare auxiliary materials such as additives and fillers that may be used according to production needs, and ensure that their quality meets the requirements.
  • Parameter setting:
    • According to the specifications and process requirements of the rubber products to be produced, set the roller speed, roller spacing, working temperature and other parameters in the control system. For example, when producing rubber sheets, the roller spacing needs to be set according to the thickness requirements of the sheet; the appropriate working temperature corresponding to different types of rubber is also different, and it needs to be accurately set.

Start-up operation

  • Start the transmission system: First turn on the transmission system of the calender, so that the roller starts to rotate slowly, and observe whether the roller rotates smoothly and whether there is any abnormal sound or vibration. If there is any abnormality, stop the machine immediately to check the cause and troubleshoot.
  • Preheat the roller: While the roller is rotating, start the temperature control system to preheat the roller. According to the set working temperature, the roller is gradually heated to the appropriate processing temperature range, generally between 50℃ - 150℃, depending on the type of rubber and process. During the preheating process, the temperature changes should be continuously monitored to ensure that the temperature rise is uniform and stable.

Calendering process operation

  • Feeding: When the roller reaches the set temperature and rotates smoothly, feed the prepared rubber raw materials slowly and evenly into the feed port between the rollers. The feeding speed should be moderate to avoid too fast causing rubber to accumulate on the roller and unable to calender normally, or too slow to affect production efficiency.
  • Calendering adjustment:
    • During the calendering process, pay close attention to the molding of rubber products, such as whether the thickness and width meet the requirements. If the thickness does not meet the requirements, the spacing between the rollers can be adjusted in time through the spacing device; if the width deviates, it may be necessary to check and adjust the uniformity of feeding and other related factors.
    • At the same time, observe the flow of rubber between the rollers to ensure that it is evenly squeezed and stretched. If local unevenness is found, the speed ratio of the rollers and other parameters can be adjusted appropriately to improve it.
  • Quality monitoring: Continuously check the quality of the calendered rubber products, including whether the appearance is smooth and flat, whether there are bubbles or impurities, and whether the dimensional accuracy meets the standards. If there are quality problems, analyze the causes in time and take corresponding corrective measures, such as adjusting process parameters, cleaning equipment, etc.

Shutdown operation

  • Stop feeding: When the current production task is completed or production needs to be suspended, first stop feeding the rollers, and let the remaining rubber between the rollers continue to be calendered until all the rollers are sent out.
  • Cooling roller: Turn off the heating function of the temperature control system, and turn on the cooling function as needed to allow the roller to gradually cool down to prevent the roller from being damaged due to long-term high temperature. It is also convenient for subsequent equipment maintenance and cleaning.
  • Stop the transmission system: After the roller has cooled to a certain degree and the rubber has been fully delivered, stop the transmission system of the calender to stop the roller from rotating.
  • Equipment cleaning: After the shutdown, clean the calender thoroughly, remove the rubber and other debris remaining on the roller surface, feed port, discharge port and other parts of the equipment, and prepare for the next start-up.
 

Customization:

 

Packing and Shipping:

Product Packaging:

  • 1 Rubber Calender Machine
  • Instruction Manual
  • Tools for Assembly

Shipping:

  • Weight: 1500 kg
  • Dimensions: 200 x 120 x 180 cm
  • Shipping Method: Freight
  • Delivery Time: 2-4 weeks
 

FAQ:

Q1: What is the brand name of this product?

A1: The brand name of this product is Beishun.

Q2: What are the available models for this product?

A2: The available models for this product are 4-roller, 3-roller, and 4-roller.

Q3: Where is this product manufactured?

A3: This product is manufactured in QINGDAO, CHINA.

Q4: What certifications does this product have?

A4: This product has CE, ISO, and SGS certifications.

Q5: What is the minimum order quantity for this product?

A5: The minimum order quantity for this product is 1 piece.

Q6: What is the price range for this product?

A6: The price range for this product is between 10000usd-150000usd.

Q7: How long is the delivery time for this product?

A7: The delivery time for this product is 45 days.

Q8: What are the payment terms for this product?

A8: The payment terms for this product are L/C and T/T.

Q9: What is the supply ability for this product?

A9: The supply ability for this product is 50 sets per year.
PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers 0

Good price  online

Products Details

Home > Products >
Rubber Calender Machine
>
PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

Brand Name: Beishun
Model Number: 4-roller, 3-roller, 4-roller
MOQ: 1pcs
Price: 10000usd-150000usd
Payment Terms: L/C, T/T
Detail Information
Place of Origin:
QINGDAO, CHINA
Brand Name:
Beishun
Certification:
CE, ISO, SGS
Model Number:
4-roller, 3-roller, 4-roller
Voltage:
220V/380V/440V
Material:
Rubber
Max Pressure:
10MPa
Power:
Electric
Vacuum System:
Optional
Control System:
PLC
Roller Diameter:
200-400mm
Max Temperature:
200℃
Minimum Order Quantity:
1pcs
Price:
10000usd-150000usd
Delivery Time:
45day
Payment Terms:
L/C, T/T
Supply Ability:
50 set/year
Highlight:

PLC Controlled Rubber Calendering Machine

,

500mm Rubber Calendering Machine

,

200mm Rubber Calendering Machine

Product Description

PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers

Product Description:

Rubber Calender Introduction

Rubber calender is an essential equipment in rubber and plastic product processing. It is a heavy-duty and high-precision machine that plays an important role in the rubber and plastic machinery industry. Here is a detailed and comprehensive introduction to the rubber calender.

Structural Composition

The rubber calender is composed of several components:

  • Working roller: made of high-quality alloy steel, responsible for the core component of the calender. The surface is finely processed and treated to ensure its surface finish and flatness.
  • Frame: used to support and fix other components such as rollers, transmission devices, and so on to ensure the stability of the calender.
  • Machine base: plays the role of carrying the entire calender equipment and is usually made of cast iron or steel structure.
  • Transmission device: responsible for transmitting power to the roller so that it rotates at the set speed.
  • Speed and distance adjustment device: used to adjust the speed of the roller and the distance between the rollers respectively.
  • Roller heating and cooling device: used to ensure the plasticity of the rubber during the calendering process.
  • Lubrication system: used to reduce friction and wear, and extend the service life of the equipment.
  • Emergency stop device: used to prevent accidents when the calender encounters abnormal conditions during operation.
Working Principle

The heated rubber is processed through the gap between two or more rollers that rotate relatively and are horizontally set, forming semi-finished products. This process changes the molecular structure of the rubber, improves its plasticity, and precisely controls its dimensions.

Classification Method

The classification of rubber calenders can be based on:

  • The number of rollers: two-roll calender, three-roll calender, and four-roll calender.
  • The process use: sheeting calender, rubber rubbing calender, general calender, profile calender, laminating calender, and steel wire calender.
Parameter Indicators

The important parameter indicators for rubber calenders include:

  • Roller linear speed: a parameter that characterizes the production capacity of the calender.
  • Speed range: the range in which the roller can be infinitely variable.
  • Speed ratio: different process requirements for gluing, rubbing, or pressing during calendering may have different speed ratio requirements for the roller.
Operation Points and Maintenance

It is essential to know the operation points and maintenance of the rubber calender.

  • Preparation before starting: check whether all parts of the equipment are normal.
  • Feeding operation: feed the rubber raw materials evenly between the rollers at a moderate feeding speed.
  • Adjustment of the calendering process: adjust the roller speed, spacing, temperature and other parameters in time according to the molding of the rubber products.
  • Stop operation: stop feeding first, and then stop the equipment after all the rubber on the roller is discharged.
  • Daily maintenance: regularly check the operating conditions of the equipment.
  • Regular maintenance: regularly maintain the equipment in a comprehensive manner.
  • Troubleshooting: stop the equipment in time for inspection and repair when faults occur.
 

Features:

The Main Features of Rubber Calenders

The rubber calender is a machine used in the production of rubber products such as tires, conveyor belts, and rubber sheets. It has the following primary features:

Working Principle

The rubber calender applies pressure to rubber materials through the relative rotation of multiple rollers. It stretches and thins the rubber to achieve uniform thickness control. Different roller configurations, such as two-roller, three-roller, or four-roller, are employed to achieve the desired results.

Structural Features

The rollers are a key component of the rubber calender. They are usually made of high-quality steel with high hardness, strength, and good thermal conductivity. High surface accuracy ensures that the quality of the calendered products is high. The machine is also equipped with a complete transmission system that can accurately control the roller speed and achieve different calendering speeds and speed ratios. Moreover, a reliable spacing device can flexibly adjust the spacing between rollers to adapt to calendering rubber materials of different thicknesses.

Precision Control

The rubber calender is capable of accurately controlling the thickness, width, and other dimensional parameters of rubber sheets or profiles. The thickness tolerance can be controlled within a small range, such as about ±0.02mm.

Temperature Regulation

Most rubber calenders have roller heating or cooling functions with a temperature control system that can keep the roller at a suitable working temperature, usually between 50℃ and 150℃. This capability is helpful in the plasticization and molding of rubber.

Production Efficiency

The rubber calender has high production efficiency and can operate continuously. It can quickly and efficiently calender a large amount of rubber raw materials without sacrificing quality. The hourly output varies based on the machine model and process, with small ones producing several tons per hour and large industrial ones producing tens of tons.

 

Technical Parameters:

Model
Item XY-2I()320 XY-2I()620 XY-2I()1120A XY-2I()1500 XY-2I()1830 XY-2I()1730 XY-2I()2430
Roll dia 160 250 360 450 550 610 810
Roll working length 320 620 1120 1500 1830 1730 2430
Roll ratio 1:1 1:1 1:1 1:1 1:1.08 1:1 1:1
Roll linear speed (r/min) 7.79 14.8 3-20.2 2.5-24.8 2-18.7 4-36 2-20
Adjusting nip range 0-4.5 0-5.5 0-10 0-10 0-12 0-15 0.5-25
Min. calendering product thickness 0.2 0.2 0.2 0.2 0.2 0.2 0.5
Calendering product width 250 580 920 1250 1600 1500 2150
Motor power (kW) 5.5 15 37 45 75 90 160
Overall dimensions (L x W x H) (mm) 2200 x 530 x 1470 3100 x 770 x 1590 5400 x 1542 x 1681 7113 x 1595 x 2446 7420 x 1760 x 2760 5987 x 1860 x 2988 8690 x 3139 x 4270
About weight (t) ~1.2 ~3 ~14.5 ~22 ~24 ~30 ~62
Model
Item XY-3I 630 XY-3I 1120A XY-3 1120A XY-3l1120A XY-3I 1400 XY-3I 1200 XY-3I 1500 XY-3I 1730 XY-3I 2130
Roll diameter (mm) 230 360 400 450 610 710 -- 610 710
Roll working length (mm) 630 1120 1120 1200(1500) 1400 -- 1500 1730 2130
Roll speed ratio 1:1:1 1:1.42:1 1:1:1 0.733:1:1
0.733:1:0.733
1:1.383:1.383
1:1.383:1
1:1.5:1 1:1.4:1 1:1.48:1 1:1.5:1
Middle-roll linear speed (m/min) 7.97 7.0-21.06 8.8-26.39 8.36-25.08 5.4-54 8-50 2-20 3-30 2-20
Adjusting nip range (mm) 0-7 0-10 0-10 0-6 0-20 0-20 0.5-25 0-20 0-20
Min. calendering product thickness (mm) 0.2 0.2 0.2 0.15 0.15 0.15 0.5 0.15 0.15
Calendering product width (mm) 100-500 500-920 1200 1100(1400) 1500 1900 2150 1500 1900
Motor power (kW) 7.5 40/13.3 55/18.3 75/25 132 185 220 132 220
Overall dimensions (mm) 2570 x 740 x 1500 5550 x 1640 x 2120 6500 x 1500 x 2440 7120(7420) x 2200 x 2900 7010 x 3950 x 3730 7650 x 4560 x 4080 -- 7010 x 3730 x 5920 9300 x 5200 x 3150
About weight (t) ~2.6 ~11 ~22 ~26 ~52 ~67 -- ~100 ~126
Model
Item XY-4I 630 XY-4L 630 XY-4630 XY-41120A XY-41400 XY-41500 XY-41730 XY-42130 XY-42430
Roller dia (mm) 230 360 400 450 610 710 810 610 710
Roller working length (mm) 630 1120 1400 1500 1730 2130 2430 -- --
Roller ratio 1:1:1:1 0.73:1:1:0.73 1:1.38:1.38:1 1:1.5:1.5:1 1:1.4:1.4:1 1:1.4:1.4:1.4 1:1.5:1.5:1 1:1.5:1.5:1 1:1.5:1.5:1
Middle-roll linear speed (m/min) 2.1-21 2-20.1 3-26.3 2.5-25
 

Applications:

The following describes the operation process of a rubber calender:

Preparation before starting

  • Equipment inspection:
    • Carefully check the various components of the calender, including rollers, transmission systems, spacing devices, temperature control systems, etc., to ensure that the components are firmly connected and there is no looseness or damage.
    • Check whether the surface of the roller is clean and smooth. If there is debris or damage, it needs to be cleaned and repaired in time.
  • Material preparation:
    • Prepare the rubber raw materials to be calendered to ensure that their formula is accurate and the mixing is uniform. Generally, the rubber should be mixed in advance to give it suitable plasticity and other properties.
    • Prepare auxiliary materials such as additives and fillers that may be used according to production needs, and ensure that their quality meets the requirements.
  • Parameter setting:
    • According to the specifications and process requirements of the rubber products to be produced, set the roller speed, roller spacing, working temperature and other parameters in the control system. For example, when producing rubber sheets, the roller spacing needs to be set according to the thickness requirements of the sheet; the appropriate working temperature corresponding to different types of rubber is also different, and it needs to be accurately set.

Start-up operation

  • Start the transmission system: First turn on the transmission system of the calender, so that the roller starts to rotate slowly, and observe whether the roller rotates smoothly and whether there is any abnormal sound or vibration. If there is any abnormality, stop the machine immediately to check the cause and troubleshoot.
  • Preheat the roller: While the roller is rotating, start the temperature control system to preheat the roller. According to the set working temperature, the roller is gradually heated to the appropriate processing temperature range, generally between 50℃ - 150℃, depending on the type of rubber and process. During the preheating process, the temperature changes should be continuously monitored to ensure that the temperature rise is uniform and stable.

Calendering process operation

  • Feeding: When the roller reaches the set temperature and rotates smoothly, feed the prepared rubber raw materials slowly and evenly into the feed port between the rollers. The feeding speed should be moderate to avoid too fast causing rubber to accumulate on the roller and unable to calender normally, or too slow to affect production efficiency.
  • Calendering adjustment:
    • During the calendering process, pay close attention to the molding of rubber products, such as whether the thickness and width meet the requirements. If the thickness does not meet the requirements, the spacing between the rollers can be adjusted in time through the spacing device; if the width deviates, it may be necessary to check and adjust the uniformity of feeding and other related factors.
    • At the same time, observe the flow of rubber between the rollers to ensure that it is evenly squeezed and stretched. If local unevenness is found, the speed ratio of the rollers and other parameters can be adjusted appropriately to improve it.
  • Quality monitoring: Continuously check the quality of the calendered rubber products, including whether the appearance is smooth and flat, whether there are bubbles or impurities, and whether the dimensional accuracy meets the standards. If there are quality problems, analyze the causes in time and take corresponding corrective measures, such as adjusting process parameters, cleaning equipment, etc.

Shutdown operation

  • Stop feeding: When the current production task is completed or production needs to be suspended, first stop feeding the rollers, and let the remaining rubber between the rollers continue to be calendered until all the rollers are sent out.
  • Cooling roller: Turn off the heating function of the temperature control system, and turn on the cooling function as needed to allow the roller to gradually cool down to prevent the roller from being damaged due to long-term high temperature. It is also convenient for subsequent equipment maintenance and cleaning.
  • Stop the transmission system: After the roller has cooled to a certain degree and the rubber has been fully delivered, stop the transmission system of the calender to stop the roller from rotating.
  • Equipment cleaning: After the shutdown, clean the calender thoroughly, remove the rubber and other debris remaining on the roller surface, feed port, discharge port and other parts of the equipment, and prepare for the next start-up.
 

Customization:

 

Packing and Shipping:

Product Packaging:

  • 1 Rubber Calender Machine
  • Instruction Manual
  • Tools for Assembly

Shipping:

  • Weight: 1500 kg
  • Dimensions: 200 x 120 x 180 cm
  • Shipping Method: Freight
  • Delivery Time: 2-4 weeks
 

FAQ:

Q1: What is the brand name of this product?

A1: The brand name of this product is Beishun.

Q2: What are the available models for this product?

A2: The available models for this product are 4-roller, 3-roller, and 4-roller.

Q3: Where is this product manufactured?

A3: This product is manufactured in QINGDAO, CHINA.

Q4: What certifications does this product have?

A4: This product has CE, ISO, and SGS certifications.

Q5: What is the minimum order quantity for this product?

A5: The minimum order quantity for this product is 1 piece.

Q6: What is the price range for this product?

A6: The price range for this product is between 10000usd-150000usd.

Q7: How long is the delivery time for this product?

A7: The delivery time for this product is 45 days.

Q8: What are the payment terms for this product?

A8: The payment terms for this product are L/C and T/T.

Q9: What is the supply ability for this product?

A9: The supply ability for this product is 50 sets per year.
PLC Controlled Rubber Calendering Machine with 200-500mm Diameter Rollers 0