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Factory Price High Quality detergent washing powder making Mixer Machine
Get Latest Price
US$ 1500
≥1 Sets
US$ 1450
≥5 Sets
Quick Details
Barrel Volume (L):
100
Max. Loading Volume (L):
20000 L
Range of Spindle Speed(r.p.m):
1 - 3000 r.p.m
Max. Loading Capacity:
50-10000L
Product Details
LENO Mixing tank is a vessel designed to blend or combine different substances or components to create a homogenous mixture. The working process of a mixing tank typically involves the following steps:
1.Preparation: Before starting the mixing process, the tank needs to be prepared. This includes ensuring that the tank is clean and free from any residual material from previous batches. The tank should also be inspected for any damage or leaks.
2.Loading: The substances or components to be mixed are loaded into the tank. This can be done manually or using automated systems such as pumps or conveyors. The order and quantity of loading depend on the specific mixing requirements and the nature of the substances being mixed.
2.Loading: The substances or components to be mixed are loaded into the tank. This can be done manually or using automated systems such as pumps or conveyors. The order and quantity of loading depend on the specific mixing requirements and the nature of the substances being mixed.
3.Mixing: Once the tank is loaded, the mixing process begins. Mixing can be achieved through various mechanisms, such as agitators, impellers, or paddles. These mechanisms are usually powered by electric motors or other sources of mechanical energy. The speed and intensity of mixing can be adjusted based on the desired outcome.
4.Monitoring: During the mixing process, it is important to monitor various parameters to ensure optimal mixing. This may
include temperature, pressure, pH levels, viscosity, or any other relevant factors depending on the nature of the substances
being mixed. Monitoring can be done manually or using automated sensors and control systems.
5.Sampling: Periodically, samples are taken from the mixing tank to check the quality and uniformity of the mixture. These
samples are analyzed in a laboratory or using on-site testing equipment to verify that the desired mixing parameters are being met.Adjustments can be made to the mixing process if necessary.
6.Discharge: Once the mixing process is complete and the desired mixture is achieved, the contents of the tank are discharged.This can be done by opening valves or using pumps or gravity flow, depending on the specific setup. The mixture is typically transferred to a storage container or directly into the next stage of the manufacturing process.
7.Cleaning and Maintenance: After the discharge, the mixing tank needs to be cleaned thoroughly to remove any residue or
leftover material. Regular maintenance of the tank and its components is also important to ensure its proper functioning and longevity.
4.Monitoring: During the mixing process, it is important to monitor various parameters to ensure optimal mixing. This may
include temperature, pressure, pH levels, viscosity, or any other relevant factors depending on the nature of the substances
being mixed. Monitoring can be done manually or using automated sensors and control systems.
5.Sampling: Periodically, samples are taken from the mixing tank to check the quality and uniformity of the mixture. These
samples are analyzed in a laboratory or using on-site testing equipment to verify that the desired mixing parameters are being met.Adjustments can be made to the mixing process if necessary.
6.Discharge: Once the mixing process is complete and the desired mixture is achieved, the contents of the tank are discharged.This can be done by opening valves or using pumps or gravity flow, depending on the specific setup. The mixture is typically transferred to a storage container or directly into the next stage of the manufacturing process.
7.Cleaning and Maintenance: After the discharge, the mixing tank needs to be cleaned thoroughly to remove any residue or
leftover material. Regular maintenance of the tank and its components is also important to ensure its proper functioning and longevity.
Products Description
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Profile/type
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Single layer tank
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Double layer tank
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Three layer tank
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material
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SS304 or SS316L
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Volume
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50L-20T (Customized)
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Pressure
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Vacuum-1Mpa
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Tank Type
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Vertical type or Horizontal type
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Structure
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one layer
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Inner layer+jacket
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inner layer+jacket+insulation
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Cooling way
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No
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ice water /cooling water
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ice water /cooling water
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heating way
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No
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electric/steam heating
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electric/steam heating
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Agitator type
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No
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low speed
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High speed
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No
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0-200RPM
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960-3400RPM
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PARTS DETAILS |
1.Quick open manhole / Pressure manhole
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2.Various types of CIP cleaners
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3.Sterile respirator
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4.Adjustable Legs
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5.Inlet and Outlet sanitary valve
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6.Thermometer (According to customer requirements )
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7.Paddle blender .(According to customer requirements)
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8.Liquid level meter and lever controller (According to customer requirements)
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9.Ladder
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LENO Mixing tank typically consists of several components that work together to facilitate the mixing process. These components can vary depending on the specific application and industry, but here are some common elements found in a mixing tank:
1.Tank or Vessel: The main body of the mixing tank is a container or vessel that holds the substances to be mixed. It is usually made of stainless steel, carbon steel, or other materials suitable for the specific application. The tank is designed to withstand the pressure, temperature, and other conditions required for the mixing process.
2.Agitator or Mixer: The agitator or mixer is a mechanical device used to blend the substances within the tank. It can consist of various types of impellers, paddles, or blades that create fluid movement within the tank. The agitator is typically powered by an electric motor or another energy source and is responsible for generating turbulence and promoting efficient mixing.
3.Inlet and Outlet Connections: The mixing tank has inlet and outlet connections that allow for the loading of substances into the tank and the discharge of the mixed product. These connections can include valves, pipes, pumps, or other equipment depending on the specific requirements of the mixing process.
4.Instrumentation and Controls: Mixing tanks may be equipped with various instrumentation and control systems to monitor and regulate the mixing process. This can include temperature sensors, pressure gauges, level indicators, pH meters, flow meters, and other instruments. Control systems may be manual or automated and can help adjust parameters such as mixing speed, temperature, and other variables to achieve the desired mixing results.
5.Heating or Cooling Systems: Some mixing tanks may include built-in heating or cooling systems to control the temperature of the mixture during the mixing process. These systems can use steam, hot water, or other heating mediums, as well as chillers or refrigeration units for cooling.
6.Safety Features: Mixing tanks are often equipped with safety features to ensure the protection of operators and the integrity of the process. These features can include pressure relief valves, emergency stop buttons, safety interlocks, and other mechanisms to prevent over-pressurization, excessive temperatures, or other hazardous conditions.
7.Cleaning Systems: Mixing tanks require regular cleaning to remove any residual material or buildup. They may include features such as spray balls, CIP (Clean-in-Place) systems, or other cleaning mechanisms to facilitate thorough and efficient cleaning operations.
2.Agitator or Mixer: The agitator or mixer is a mechanical device used to blend the substances within the tank. It can consist of various types of impellers, paddles, or blades that create fluid movement within the tank. The agitator is typically powered by an electric motor or another energy source and is responsible for generating turbulence and promoting efficient mixing.
3.Inlet and Outlet Connections: The mixing tank has inlet and outlet connections that allow for the loading of substances into the tank and the discharge of the mixed product. These connections can include valves, pipes, pumps, or other equipment depending on the specific requirements of the mixing process.
4.Instrumentation and Controls: Mixing tanks may be equipped with various instrumentation and control systems to monitor and regulate the mixing process. This can include temperature sensors, pressure gauges, level indicators, pH meters, flow meters, and other instruments. Control systems may be manual or automated and can help adjust parameters such as mixing speed, temperature, and other variables to achieve the desired mixing results.
5.Heating or Cooling Systems: Some mixing tanks may include built-in heating or cooling systems to control the temperature of the mixture during the mixing process. These systems can use steam, hot water, or other heating mediums, as well as chillers or refrigeration units for cooling.
6.Safety Features: Mixing tanks are often equipped with safety features to ensure the protection of operators and the integrity of the process. These features can include pressure relief valves, emergency stop buttons, safety interlocks, and other mechanisms to prevent over-pressurization, excessive temperatures, or other hazardous conditions.
7.Cleaning Systems: Mixing tanks require regular cleaning to remove any residual material or buildup. They may include features such as spray balls, CIP (Clean-in-Place) systems, or other cleaning mechanisms to facilitate thorough and efficient cleaning operations.
Product Paramenters
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Model
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Effective volume(L)
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Dimension of tank (D*H)(mm)
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Total Height(mm)
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Motor power(kw)
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Agitator speed(r/min)
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LNT-500
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500
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Φ800x900
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1700
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0.55
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0-63 |
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LNT-1000
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1000
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Φ1000x1200
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2100
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0.75
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LNT-2000
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2000
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Φ1200x1500
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2500
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1.5
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LNT-3000
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3000
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Φ1600x1500
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2600
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2.2
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LNT-4000
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4000
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Φ1600x1850
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2900
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2.2
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LNT-5000
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5000
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Φ1800x2000
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3150
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3
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LNT-6000
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6000
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Φ1800x2400
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3600
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3
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LNT-8000
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8000
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Φ2000x2400
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3700
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4
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LNT-10000
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10000
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Φ2100x3000
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4300
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5.5
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We can customize the equipment according to customer requirements.
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Product Image
LENO Mixing Tank Control box Panel
LENO Mixing Tank control box inside showing
500L Mixing Tank with lobe pump and emulsifier pump
1000L Vacuum Mixing Tank with three agitator combo
1000L Steam Double layer Steam Heating Mixing Tank
5000L Single Layer Mixing Tank with high shear mixer
50L Steam Heating Mixing Tank with conical bottom
500L Mixing Tank with Flange design
200L electrical heating Tank with Half opening Lid.
500L Single layer with Double Speed Mixing Tank
100L electrical heating tank with Flat bottom head
500L electrical heating tank with two side opening Lid
Pressure Mixing Tank with flushed mechanical Seal
200L Vacuum Lifting Mixing Tank for lotion,shampoo.
50L Electrical heating Tank with loading cells
2000L Half Piper Jacket Mixing Tank
300L electrical heating magnetic Mixing Tank
150L Vacuum design electrical double layer Mixing Tank
400L Steam heating Mixing Tank with Platform Support
1500L Single layer blending tank with half opening lid.
600L electrical heating tank with a matt finish
400L Single layer Half piper opening Lid.
100L Mixing Tank with lobe pump and emulsifier pump
3000L Dimple jacket Mixing Tank
Recommend Related Products
Various kinds of the mixers showing
LENO magnetic agitator is
a type of mixing equipment that uses a magnetic field to rotate a magnetic stir bar inside a container. The stir bar is typically made of a magnetic material, such as PTFE -coated neodymium, and is placed inside the container along with the material being mixed.
LENO paddle mixer
is a type of mixing equipment used in various industries to blend dry powders, granules, and other solid materials. The mixer consists of a large, rotating agitator, called a paddle, that moves the material around inside the mixer. The paddles are typically shaped like wings or blades, and they move the material in a tumbling motion, creating a gentle yet effective blending action.
LENO anchor agitator
is a type of mixing equipment used in various industrial applications to blend viscous liquids and pastes. The agitator consists of a central shaft with several blades, or anchors, attached to it. The anchors are typically flat, rectangular or trapezoidal in shape, and are positioned perpendicular to the shaft. As the shaft rotates, the anchors move the material around in a scraping motion, creating a mixing action that ensures thorough blending of the ingredients.
LENO scraped wall agitator
is a type of mixing equipment used in various industrial applications to blend high viscosity materials, such as creams, gels, pastes, and ointments. The agitator consists of a central shaft with several blades, or scrapers, attached to it. The scrapers are typically rectangular or trapezoidal in shape, and are positioned parallel to the shaft. As the shaft rotates, the scrapers move along the wall of the mixing vessel, scraping off the material and ensuring that it is thoroughly mixed.
LENO high shear mixer
is a type of mixing equipment used in various industrial applications to blend and emulsify
materials. The mixer consists of a rotor and stator assembly, which work together to create a high shear force that breaks down particles and blends the material into a uniform mixture.
materials. The mixer consists of a rotor and stator assembly, which work together to create a high shear force that breaks down particles and blends the material into a uniform mixture.
LENO propeller agitator
is a type of mixing equipment used in various industrial applications to blend low to medium viscosity liquids. The agitator consists of a central shaft with several blades, or propellers, attached to it. The propellers are typically flat, curved, or angled in shape, and are positioned perpendicular to the shaft. As the shaft rotates, the propellers create a flow pattern that circulates the material and blends it together.
LENO dispersing mixer
is a type of mixing equipment used in various industrial applications to disperse, homogenize and
agglomerates
materials. The mixer consists of a rotor-stator assembly, which works together to create a high shear force that breaks down particles and blends the material into a uniform mixture.
LENO spiral mixer is a type of mixing equipment used in commercial bakeries and food processing industries for mixing dough. The mixer has a unique design that uses a spiral-shaped dough hook to mix the ingredients together.
LENO spiral mixer is a type of mixing equipment used in commercial bakeries and food processing industries for mixing dough. The mixer has a unique design that uses a spiral-shaped dough hook to mix the ingredients together.
LENO Provide Different Jacket types
LENO
Dimple jacket
, also known as a dimple pad, is a type of external heat transfer surface commonly used in the construction of tanks and vessels. It consists of a series of small depressions or dimples formed on the outer surface of the tank.
LENO the
water jacket(Whole jacket)
is typically made of a durable and corrosion-resistant material such as stainless steel or copper. It is designed to withstand the pressure and temperature requirements of the specific application
LENO Half Piper Jacket
, also known as a half pipe coil or half pipe casing, is a type of jacket used in industrial equipment and vessels
for heat transfer purposes. It consists of a semi-cylindrical pipe or channel that is attached to the outer surface of the
equipment.
for heat transfer purposes. It consists of a semi-cylindrical pipe or channel that is attached to the outer surface of the
equipment.
(Please Note Some Mixing Tank suppliers Quote the cheap price with dimple jacket, Material also could be SS201)
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