A "moustache tile cutter" is a type of manual tile cutter that is designed to make straight cuts on ceramic or porcelain tiles. It is called a "moustache cutter" because the cutting wheel is shaped like a handlebar mustache.
To use a moustache tile cutter, you place the tile on the base of the cutter, score the tile along the desired cutting line with the cutting wheel, and then use the lever to snap the tile along the scored line. This method is ideal for making straight cuts on small to medium-sized tiles and is a popular choice for DIY home improvement projects.
It's worth noting that while moustache tile cutters are affordable and easy to use, they may not be suitable for cutting thicker or harder tiles such as natural stone tiles. In those cases, a wet saw or other power tools may be necessary.

A screw conveyor is a type of mechanical conveying system that is commonly used in industrial settings to move materials from one location to another. It consists of a rotating helical screw or auger that moves materials along a trough or tube.
The operation of a screw conveyor involves the rotation of the helical screw, which creates a continuous, directional flow of materials along the length of the conveyor. The materials are moved forward by the screw's rotational motion, and the pitch of the screw determines the amount of material that is moved per revolution.
Screw conveyors can be used to move a wide variety of materials, including powders, grains, pellets, and other bulk materials. They are often used in industries such as agriculture, food processing, chemical processing, and mining.
Advantages of screw conveyors include their ability to handle a wide range of materials, their low maintenance requirements, and their high efficiency. They can also be designed to operate at a range of angles, making them suitable for use in vertical or inclined applications.
Overall, screw conveyors are a versatile and efficient means of moving materials in industrial settings, and their widespread use is a testament to their effectiveness and reliability.

Application :Screw conveyors have a wide range of applications across multiple industries, including agriculture, food processing, chemical processing, and mining. Here are a few examples of the applications of screw conveyors:

• Agriculture: Screw conveyors are commonly used in agriculture to move grain, feed, and other bulk materials. They are often used to transport materials from storage bins to processing equipment, such as grinders or mills.
• Food Processing: Screw conveyors are widely used in the food processing industry to move materials such as flour, sugar, and other food ingredients. They are often used to move materials between processing equipment or to transport finished products to packaging and shipping areas.
• Chemical Processing: Screw conveyors are used in the chemical processing industry to move powders, pellets, and other materials used in the manufacturing of chemicals. They are often used to transport materials between different stages of the manufacturing process.
• Mining: Screw conveyors are used in the mining industry to move materials such as coal, minerals, and other bulk materials. They are often used to transport materials from underground mines to processing facilities.
• Waste Management: Screw conveyors are used in waste management facilities to move solid waste materials from one location to another. They are often used in recycling facilities to transport materials such as glass, plastics, and metals.

Overall, screw conveyors are an essential part of many industrial processes and are used in a wide range of applications to move materials efficiently and reliably.

The VIBRO CLASSIFIER 2 DECK (MTR) is a type of vibrating screen that is used to classify and separate materials based on their size and shape. It is a two-deck vibrating screen that uses an electric motor to generate vibrations that separate and classify the materials.
The VIBRO CLASSIFIER 2 DECK (MTR) is designed to be efficient and durable, with low maintenance requirements. It can be used to classify and separate a wide range of materials, including grains, spices, and other agro-based products.
The machine works by feeding the material onto the top deck, which has a larger mesh opening size. The larger particles are separated and dropped onto the lower deck, which has a smaller mesh opening size. The smaller particles pass through the mesh and are collected in a separate container. The VIBRO CLASSIFIER 2 DECK (MTR) can be customized to meet specific processing needs and can be used in various industries, including food processing, chemical, and pharmaceutical industries.
If you are in the agro processing industry and require efficient and reliable screening equipment to classify and separate your products, you may want to consider contacting Cleanx Agro Solution to see if their VIBRO CLASSIFIER 2 DECK (MTR) can meet your specific processing needs.

APPLICATIONThe VIBRO CLASSIFIER 2 DECK (MTR) from Cleanx Agro Solution has a wide range of applications in various industries that require the separation and classification of materials based on their size and shape. Some of the applications of the VIBRO CLASSIFIER 2 DECK (MTR) include :

• Grain Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the grain processing industry to separate different sized grains and remove impurities to improve the quality of the final product.
• Spice Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the spice processing industry to separate different sized particles and remove foreign matter such as stones, sand, and stalks.
• Food Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the food processing industry to separate and classify various food products such as flour, sugar, salt, and rice.
• Chemical Industry: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the chemical industry to separate and classify different sized particles of various chemicals.
• Pharmaceutical Industry: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the pharmaceutical industry to classify and separate different sized particles of active pharmaceutical ingredients (APIs) and other excipients.

These are just a few examples of the wide range of applications of the VIBRO CLASSIFIER 2 DECK (MTR). If you require efficient and reliable screening equipment for your specific processing needs, Cleanx Agro Solution can provide customized solutions based on your specific requirements.

Model

• CLX - VC0751502D
• CLX - VC1502002D
• CLX - VC1002002D

The VIBRO CLASSIFIER 3 DECK (MTR) is an advanced version of the VIBRO CLASSIFIER 2 DECK (MTR) and is used to classify and separate materials based on their size and shape. As the name suggests, the VIBRO CLASSIFIER 3 DECK (MTR) has three decks instead of two, which provides a more efficient screening process for the separation of materials.
The VIBRO CLASSIFIER 3 DECK (MTR) is manufactured and supplied by Cleanx Agro Solution, a company that specializes in the design and manufacturing of agro processing machinery. The VIBRO CLASSIFIER 3 DECK (MTR) is designed to be efficient, durable, and low maintenance, making it an ideal solution for processing industries that require high-capacity screening equipment.
The machine works by feeding the material onto the top deck, which has the largest mesh opening size. The larger particles are separated and dropped onto the lower decks, which have progressively smaller mesh opening sizes. The smaller particles pass through the mesh and are collected in a separate container. The VIBRO CLASSIFIER 3 DECK (MTR) can be customized to meet specific processing needs and can be used in various industries, including food processing, chemical, and pharmaceutical industries.
If you require efficient and reliable screening equipment for your specific processing needs, Cleanx Agro Solution can provide customized solutions based on your specific requirements. The VIBRO CLASSIFIER 3 DECK (MTR) can provide a more efficient screening process and can be a suitable solution for your processing needs.

APPLICATIONThe VIBRO CLASSIFIER 3 DECK (MTR) from Cleanx Agro Solution has a wide range of applications in various industries that require efficient and accurate screening and classification of materials based on their size and shape. Some of the applications of the VIBRO CLASSIFIER 3 DECK (MTR) include:

• Grain Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the grain processing industry to separate different sized grains and remove impurities to improve the quality of the final product.
• Spice Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the spice processing industry to separate different sized particles and remove foreign matter such as stones, sand, and stalks.
• Food Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the food processing industry to separate and classify various food products such as flour, sugar, salt, and rice.
• Chemical Industry: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the chemical industry to separate and classify different sized particles of various chemicals.
• Pharmaceutical Industry: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the pharmaceutical industry to classify and separate different sized particles of active pharmaceutical ingredients (APIs) and other excipients.
• 6. Recycling: The VIBRO CLASSIFIER 3 DECK (MTR) can also be used in recycling applications to separate and classify different types of materials such as plastics, glass, and metals.

These are just a few examples of the wide range of applications of the VIBRO CLASSIFIER 3 DECK (MTR). Cleanx Agro Solution can provide customized solutions based on your specific processing needs, ensuring efficient and reliable screening equipment to help you achieve your processing goals.

Model

• CLX - VC0751503D
• CLX - VC1002003D
• CLX - VC1502003D

Galvanized Iron (GI) aspiration ducting accessories are components used in a ventilation system to transport and remove contaminated air from an industrial or commercial facility. These accessories are typically made from galvanized steel and designed to fit together to create a complete ducting system.

Some common GI aspiration ducting accessories include:

• Ducting pipes: These are the primary components of a ducting system, used to transport air from one location to another. They are typically made from galvanized steel and come in a range of sizes to suit different applications.
• Elbows: Elbows are used to change the direction of airflow in a ducting system. They are available in different angles, such as 45 degrees or 90 degrees, and can be either long or short radius.
• Tees: Tees are used to branch off from the main ducting pipe and redirect airflow in a different direction.
• Reducers: Reducers are used to change the diameter of the ducting pipe to accommodate different airflow rates. They are available in a range of sizes to suit different applications.
• Dampers: Dampers are used to regulate the airflow in a ducting system. They can be manual or automatic and are typically installed at key points in the system, such as near the exhaust hood.
• Access doors: Access doors are used to provide access to the inside of the ducting system for cleaning and maintenance purposes.
• Clamps: Clamps are used to secure ducting pipes and accessories together to create a tight seal.

GI aspiration ducting accessories are essential for ensuring that a ventilation system functions effectively, efficiently, and safely. Proper installation and maintenance of these components can help to prevent air pollution, improve indoor air quality, and protect the health and safety of workers and building occupants.

Cleanx Agro Solution is a manufacturer and supplier of an auto gravity separator that is operated by a programmable logic controller (PLC).
An auto gravity separator is a machine that separates materials of different densities, such as grains, seeds, or minerals, using gravity. It does this by subjecting the material to a force that is stronger than the force of gravity, causing heavier materials to settle to the bottom and lighter materials to rise to the top.
A PLC is a type of computer used to control industrial processes and machinery. By using a PLC to operate the auto gravity separator, Cleanx Agro Solution's product may offer advantages such as precise control over the separation process and the ability to automate tasks that would otherwise require manual intervention.
Overall, Cleanx Agro Solution's auto gravity separator with PLC operation may be a useful tool for agricultural or industrial processes that require the separation of materials based on density. However, as with any equipment, it's important to thoroughly research the product and the manufacturer before making a purchasing decision.

APPLICATIONAuto gravity separators that are PLC operated can be used in various applications in agriculture, food processing, mining, and other industries where materials need to be separated based on their density. Here are some of the common applications of auto gravity separators:

• Grain and seed processing: Auto gravity separators can be used to separate different types of grains and seeds based on their density, size, and shape. This can help remove impurities, damaged or broken grains, and other unwanted materials from the final product.
• Mineral processing: Auto gravity separators can be used in the mining industry to separate minerals based on their density, such as separating gold from other minerals.
• Recycling: Auto gravity separators can be used in recycling facilities to separate materials based on their density, such as separating plastic from glass or paper.
• Food processing: Auto gravity separators can be used in food processing plants to separate different types of food products based on their density, such as separating beans from stones, or separating nuts from shells.
• Industrial applications: Auto gravity separators can also be used in industrial applications to separate materials based on their density, such as separating sand and gravel from soil, or separating different types of plastics from each other.

In summary, auto gravity separators that are PLC operated can be used in a variety of industries and applications where materials need to be separated based on their density.

A screw feeder is a mechanical device used to transport materials, typically in a controlled manner, from one location to another. It is commonly used in industrial processes such as food processing, chemical production, and mining.
The screw feeder consists of a rotating screw or auger, which moves the material along a tube or trough. The screw is powered by an electric motor, and the speed and direction of rotation can be controlled to regulate the flow rate and direction of the material. The material is typically fed into the screw feeder from a hopper or other storage container.
Screw feeders can be designed to handle a wide range of materials, including powders, pellets, and granular materials. They are often used in conjunction with other equipment, such as a vibrating feeder or a hopper, to ensure a consistent and controlled flow of material.
Screw feeders can be used for a variety of purposes, including metering, blending, and conveying materials. They are also used in applications where precise control of material flow is required, such as in the production of pharmaceuticals or in the handling of hazardous materials.

Features : Screw feeders can come with a variety of features depending on the specific application requirements. Some of the common features of screw feeders include:

• Type of Screw: Screw feeders can be designed with different types of screws, such as helicoid, sectional, ribbon, or paddle screws, to handle different types of materials.
• Hopper: A hopper is a container that holds the material to be fed. Screw feeders can be designed with different hopper sizes and configurations to meet the needs of specific applications.
• Feed Rate: Screw feeders can be designed to handle different feed rates, which is the amount of material that is dispensed per unit of time.
• Control System: Screw feeders can be equipped with a variety of control systems, including manual, automatic, and programmable logic controllers (PLCs). These control systems can help to regulate the flow of material and ensure consistent feeding.
• Material of Construction: Screw feeders can be made from different materials such as carbon steel, stainless steel, and plastic depending on the nature of the materials being fed and the environment in which the equipment will operate.
• Safety Features: Screw feeders can be designed with various safety features, such as guards, emergency stop buttons, and alarms, to protect operators and prevent accidents.
• Maintenance Features: Screw feeders can be designed to include features that make maintenance easier, such as easy access to components, quick-release mechanisms, and self-cleaning designs.

Overall, screw feeders can be customized to meet the specific needs of a wide range of industries and applications. By selecting the right features for your application, you can ensure reliable and efficient feeding of materials.

A cyclone separator is a device that separates particles or pollutants from a gas or liquid stream using centrifugal force. It works by creating a swirling flow of fluid inside a cylindrical or conical container, which causes the denser particles to be thrown outwards towards the wall of the container while the lighter fluid is forced to the center and exits through an outlet.
The cyclone separator consists of an inlet, an outlet, and a conical or cylindrical container with a tangential inlet for the gas or liquid stream. The inlet stream is directed tangentially into the container, which causes it to spin rapidly around the center axis of the container. This spinning motion creates centrifugal force, which causes the heavier particles or pollutants to be thrown outwards towards the wall of the container. The lighter fluid or gas then continues to the center and exits through the outlet.
Cyclone separators are commonly used in industries such as oil and gas, chemical processing, and air pollution control to remove solid particles, liquid droplets, and other contaminants from gas or liquid streams. They are also used in household vacuum cleaners and as pre-filters for air conditioning and ventilation systems.

ApplicationCyclone separators are used in a wide range of industrial and commercial applications for the separation of particles or pollutants from gas or liquid streams. Some common applications of cyclone separators include:

• Oil and gas industry: Cyclone separators are used in the oil and gas industry to remove sand, dirt, and other solid particles from natural gas and crude oil before they enter the pipeline system.
• Chemical processing industry: Cyclone separators are used in the chemical processing industry to remove solids and liquids from chemical products and waste streams.
• Air pollution control: Cyclone separators are used in air pollution control systems to remove particulate matter, such as dust and smoke, from exhaust gases before they are released into the atmosphere.
• Food processing industry: Cyclone separators are used in the food processing industry to remove debris and other contaminants from food products.
• Woodworking industry: Cyclone separators are used in woodworking shops to collect sawdust and other fine particles generated during the wood cutting process.
• Mining industry: Cyclone separators are used in the mining industry to separate valuable minerals from ore and to remove waste materials.
• HVAC systems: Cyclone separators are used in heating, ventilation, and air conditioning (HVAC) systems to remove large particles, such as dirt and dust, from the air before it enters the building.

Overall, cyclone separators are an effective and efficient way to separate particles or pollutants from gas or liquid streams, and they are widely used in many different industries and applications.

Centrifugal fans are commonly used in HVAC systems, industrial processes, and other applications to move air or gases through ducts or other channels. They can be classified as low-pressure or high-pressure fans depending on their operating characteristics and the requirements of the application.
Low-pressure centrifugal fans are designed to move large volumes of air or gas at relatively low pressure differentials. They typically have a high airflow rate and low static pressure, and are commonly used in HVAC systems, ventilation systems, and other applications where the primary goal is to move air or gas from one place to another. Examples of low-pressure centrifugal fans include axial fans, propeller fans, and radial blade fans.
High-pressure centrifugal fans, on the other hand, are designed to move air or gas at high pressure differentials. They typically have a lower airflow rate but a higher static pressure, and are commonly used in industrial processes, pneumatic conveying systems, and other applications where there is a need to overcome resistance or pressure drop in a duct or pipeline. Examples of high-pressure centrifugal fans include forward curved fans, backward curved fans, and radial blade fans with higher blade angles.
Overall, the selection of a low-pressure or high-pressure centrifugal fan depends on the specific requirements of the application, including the required airflow rate, static pressure, efficiency, noise level, and other factors. It is important to consult with an experienced engineer or supplier to select the appropriate fan for a given application.

Application Of Centrifugal Fan Low & High PressureThe choice between low-pressure and high-pressure centrifugal fans for an application depends on a number of factors, including the required airflow rate, static pressure, and the resistance or pressure drop of the system.
Low-pressure centrifugal fans are commonly used in HVAC systems and ventilation applications, where the goal is to move large volumes of air at a relatively low pressure differential. Some specific applications of low-pressure centrifugal fans include:

• Air handling units: Low-pressure centrifugal fans are commonly used in air handling units (AHUs) to circulate air through HVAC systems.
• Ventilation systems: Low-pressure centrifugal fans are used in ventilation systems to exhaust stale air and bring in fresh air.
• Cooling towers: Low-pressure centrifugal fans are used in cooling towers to remove heat from process water.
• Dust collection systems: Low-pressure centrifugal fans are used in dust collection systems to remove dust and other particles from the air.

High-pressure centrifugal fans, on the other hand, are typically used in industrial applications where there is a need to move air or gas at high pressure differentials. Some specific applications of high-pressure centrifugal fans include:

• Industrial processes: High-pressure centrifugal fans are used in many industrial processes, such as pneumatic conveying systems, to move air or gas at high pressures.
• Drying systems: High-pressure centrifugal fans are used in drying systems to move hot air or gas at high pressures to remove moisture from materials.
• Combustion air supply: High-pressure centrifugal fans are used in combustion systems to provide air at high pressures for efficient combustion.
• Air pollution control: High-pressure centrifugal fans are used in air pollution control systems to move air or gas through filters and scrubbers at high pressures to remove pollutants.

In summary, the choice between low-pressure and high-pressure centrifugal fans depends on the specific requirements of the application, including the desired airflow rate, static pressure, and resistance of the system. Consulting with an experienced engineer or supplier can help ensure that the appropriate fan is selected for a given application.

A rotary air valve, also known as an airlock or rotary valve, is a mechanical device used to regulate the flow of material between two or more chambers in a pneumatic conveying system. The valve consists of a housing and a rotor with vanes or blades that rotate inside the housing.
When material enters the valve, the rotor creates a seal between the inlet and outlet, preventing the backflow of air or gas from the downstream chamber. As the rotor rotates, it picks up a quantity of material and moves it to the outlet, where it is discharged into the downstream chamber.
Rotary air valves are commonly used in a variety of industries, including chemical processing, food processing, agriculture, pharmaceuticals, and cement manufacturing. They can be used to transport and meter a wide range of materials, including powders, granules, pellets, and other bulk solids.
Overall, rotary air valves are an essential component of many pneumatic conveying systems, ensuring a consistent flow of material and preventing air leakage, which can lead to process inefficiencies and product contamination.

A horizontal cyclone is a type of cyclone separator used to remove particulate matter from gas streams. It is a cylindrical vessel with tangential gas inlets that create a swirling motion within the vessel. The swirling motion causes the particulate matter to be separated from the gas stream and collected at the bottom of the vessel.
Horizontal cyclones are often used in industrial settings, such as chemical and petrochemical plants, to remove particulate matter from gas streams before the gas is released into the environment or sent to other processing equipment. They are also used in power generation plants to remove particulate matter from the flue gas before it is released into the atmosphere.
The advantages of using a horizontal cyclone include its ability to remove a wide range of particle sizes, its low maintenance requirements, and its relatively low cost compared to other types of particulate matter removal equipment. However, horizontal cyclones have some limitations, including their low efficiency in removing fine particles and their potential to create pressure drops in the gas stream.
Overall, horizontal cyclones are an effective and widely used type of cyclone separator for particulate matter removal in industrial settings. Their design and operation have been refined over many years, making them a reliable and cost-effective solution for many applications.

ApplicationHorizontal cyclones are widely used in industrial settings to remove particulate matter from gas streams. Here are some examples of their applications:

• Chemical and Petrochemical Plants: Horizontal cyclones are used in chemical and petrochemical plants to remove particulate matter from gas streams before the gas is released into the environment or sent to other processing equipment. They are used to remove particles that can cause damage to equipment, reduce efficiency, or pose a safety risk.
• Power Generation Plants: Horizontal cyclones are used in power generation plants to remove particulate matter from flue gas before it is released into the atmosphere. This helps to reduce air pollution and comply with environmental regulations.
• Mining and Mineral Processing: Horizontal cyclones are used in mining and mineral processing operations to remove particulate matter from gas streams created during the extraction and processing of minerals. They are used to remove dust and other particles that can cause equipment damage or pose a safety risk to workers.
• Food Processing: Horizontal cyclones are used in the food processing industry to remove particulate matter from gas streams created during food processing operations. They are used to remove dust and other particles that can contaminate food products or cause health and safety issues.
• Pharmaceuticals: Horizontal cyclones are used in the pharmaceutical industry to remove particulate matter from gas streams during the production of pharmaceuticals. They are used to remove dust and other particles that can cause product contamination or affect product quality.

Overall, horizontal cyclones are an essential part of many industrial processes and are used in a wide range of applications to remove particulate matter from gas streams efficiently and reliably.

Spouting is a component of a material handling system used for the transportation of bulk materials, such as grains, flour, and powders. It consists of a pipe or channel that directs the flow of material from one location to another.
Spouting can be made from a variety of materials, including mild steel (MS) and stainless steel (SS). Mild steel spouting is commonly used in low-cost applications where corrosion resistance is not a primary concern. Stainless steel spouting, on the other hand, is preferred for applications where hygiene and corrosion resistance are critical, such as in the food and pharmaceutical industries.
Spouting can be designed to suit a variety of applications and can be customized to meet specific requirements. Some common types of spouting include:

• Rectangular Spouting : Rectangular spouting is used for conveying materials that are relatively free-flowing, such as grains and powders. It is typically made from mild or stainless steel and can be customized to suit specific requirements.
• Round Spouting : Round spouting is used for conveying materials that are more difficult to handle, such as sticky or abrasive materials. It is typically made from mild or stainless steel and can be customized to suit specific requirements.
• Tapered Spouting : Tapered spouting is used for conveying materials from one location to another where space is limited. It is typically made from mild or stainless steel and can be customized to suit specific requirements.

Overall, spouting plays an essential role in the efficient and effective transportation of bulk materials in a range of industries. Proper design, selection, and installation of spouting can help to optimize material flow, reduce material loss and contamination, and improve process efficiency.

A bucket elevator is a type of conveyor system used to vertically transport bulk materials such as grain, fertilizer, and aggregates. It consists of a series of buckets attached to a belt or chain that move upward and discharge the material at the top. Bucket elevators are commonly used in agriculture, mining, and other industries that require the transportation of bulk materials.
The buckets used in bucket elevators are typically made of plastic, metal, or rubber and are designed to handle specific types of materials. They may be shaped like a cup, scoop, or flat-bottomed, depending on the material being transported. The buckets are attached to the belt or chain at regular intervals and are designed to overlap, creating a continuous loop.
Bucket elevators can be configured in a variety of ways, depending on the needs of the application. They can be designed to operate at a range of speeds and with different types of discharge mechanisms, such as centrifugal or continuous discharge. Bucket elevators can also be equipped with a variety of safety features, such as explosion relief vents, belt misalignment sensors, and speed monitors.
Overall, bucket elevators are an efficient and reliable method for vertically transporting bulk materials in a variety of industries.

ApplicationBucket elevators have a wide range of applications in industries that require the vertical transportation of bulk materials. Some common applications include:

• Agriculture: Bucket elevators are often used to transport grain, seeds, and other agricultural products from ground level to storage silos or processing equipment.
• Mining: Bucket elevators are used to transport minerals and other materials from underground mines to the surface for processing and transportation.
• Cement and construction: Bucket elevators are used to transport cement, sand, and other building materials vertically in cement plants and construction sites.
• Chemical processing: Bucket elevators are used to transport chemicals, fertilizers, and other materials in chemical processing plants.
• Food processing: Bucket elevators are used to transport food products such as cereal, nuts, and powders from one processing stage to another.
• Power generation: Bucket elevators are used to transport coal and other materials vertically in power plants.
• Pharmaceutical: Bucket elevators are used to transport pharmaceuticals, including powders and capsules, in the manufacturing process.

Overall, bucket elevators are a versatile and efficient solution for the vertical transportation of bulk materials in a wide range of industries.

A "moustache tile cutter" is a type of manual tile cutter that is designed to make straight cuts on ceramic or porcelain tiles. It is called a "moustache cutter" because the cutting wheel is shaped like a handlebar mustache.
To use a moustache tile cutter, you place the tile on the base of the cutter, score the tile along the desired cutting line with the cutting wheel, and then use the lever to snap the tile along the scored line. This method is ideal for making straight cuts on small to medium-sized tiles and is a popular choice for DIY home improvement projects.
It's worth noting that while moustache tile cutters are affordable and easy to use, they may not be suitable for cutting thicker or harder tiles such as natural stone tiles. In those cases, a wet saw or other power tools may be necessary.

A screw conveyor is a type of mechanical conveying system that is commonly used in industrial settings to move materials from one location to another. It consists of a rotating helical screw or auger that moves materials along a trough or tube.
The operation of a screw conveyor involves the rotation of the helical screw, which creates a continuous, directional flow of materials along the length of the conveyor. The materials are moved forward by the screw's rotational motion, and the pitch of the screw determines the amount of material that is moved per revolution.
Screw conveyors can be used to move a wide variety of materials, including powders, grains, pellets, and other bulk materials. They are often used in industries such as agriculture, food processing, chemical processing, and mining.
Advantages of screw conveyors include their ability to handle a wide range of materials, their low maintenance requirements, and their high efficiency. They can also be designed to operate at a range of angles, making them suitable for use in vertical or inclined applications.
Overall, screw conveyors are a versatile and efficient means of moving materials in industrial settings, and their widespread use is a testament to their effectiveness and reliability.

Application :Screw conveyors have a wide range of applications across multiple industries, including agriculture, food processing, chemical processing, and mining. Here are a few examples of the applications of screw conveyors:

• Agriculture: Screw conveyors are commonly used in agriculture to move grain, feed, and other bulk materials. They are often used to transport materials from storage bins to processing equipment, such as grinders or mills.
• Food Processing: Screw conveyors are widely used in the food processing industry to move materials such as flour, sugar, and other food ingredients. They are often used to move materials between processing equipment or to transport finished products to packaging and shipping areas.
• Chemical Processing: Screw conveyors are used in the chemical processing industry to move powders, pellets, and other materials used in the manufacturing of chemicals. They are often used to transport materials between different stages of the manufacturing process.
• Mining: Screw conveyors are used in the mining industry to move materials such as coal, minerals, and other bulk materials. They are often used to transport materials from underground mines to processing facilities.
• Waste Management: Screw conveyors are used in waste management facilities to move solid waste materials from one location to another. They are often used in recycling facilities to transport materials such as glass, plastics, and metals.

Overall, screw conveyors are an essential part of many industrial processes and are used in a wide range of applications to move materials efficiently and reliably.

The VIBRO CLASSIFIER 2 DECK (MTR) is a type of vibrating screen that is used to classify and separate materials based on their size and shape. It is a two-deck vibrating screen that uses an electric motor to generate vibrations that separate and classify the materials.
The VIBRO CLASSIFIER 2 DECK (MTR) is designed to be efficient and durable, with low maintenance requirements. It can be used to classify and separate a wide range of materials, including grains, spices, and other agro-based products.
The machine works by feeding the material onto the top deck, which has a larger mesh opening size. The larger particles are separated and dropped onto the lower deck, which has a smaller mesh opening size. The smaller particles pass through the mesh and are collected in a separate container. The VIBRO CLASSIFIER 2 DECK (MTR) can be customized to meet specific processing needs and can be used in various industries, including food processing, chemical, and pharmaceutical industries.
If you are in the agro processing industry and require efficient and reliable screening equipment to classify and separate your products, you may want to consider contacting Cleanx Agro Solution to see if their VIBRO CLASSIFIER 2 DECK (MTR) can meet your specific processing needs.

APPLICATIONThe VIBRO CLASSIFIER 2 DECK (MTR) from Cleanx Agro Solution has a wide range of applications in various industries that require the separation and classification of materials based on their size and shape. Some of the applications of the VIBRO CLASSIFIER 2 DECK (MTR) include :

• Grain Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the grain processing industry to separate different sized grains and remove impurities to improve the quality of the final product.
• Spice Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the spice processing industry to separate different sized particles and remove foreign matter such as stones, sand, and stalks.
• Food Processing: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the food processing industry to separate and classify various food products such as flour, sugar, salt, and rice.
• Chemical Industry: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the chemical industry to separate and classify different sized particles of various chemicals.
• Pharmaceutical Industry: The VIBRO CLASSIFIER 2 DECK (MTR) can be used in the pharmaceutical industry to classify and separate different sized particles of active pharmaceutical ingredients (APIs) and other excipients.

These are just a few examples of the wide range of applications of the VIBRO CLASSIFIER 2 DECK (MTR). If you require efficient and reliable screening equipment for your specific processing needs, Cleanx Agro Solution can provide customized solutions based on your specific requirements.

Model

• CLX - VC0751502D
• CLX - VC1502002D
• CLX - VC1002002D

The VIBRO CLASSIFIER 3 DECK (MTR) is an advanced version of the VIBRO CLASSIFIER 2 DECK (MTR) and is used to classify and separate materials based on their size and shape. As the name suggests, the VIBRO CLASSIFIER 3 DECK (MTR) has three decks instead of two, which provides a more efficient screening process for the separation of materials.
The VIBRO CLASSIFIER 3 DECK (MTR) is manufactured and supplied by Cleanx Agro Solution, a company that specializes in the design and manufacturing of agro processing machinery. The VIBRO CLASSIFIER 3 DECK (MTR) is designed to be efficient, durable, and low maintenance, making it an ideal solution for processing industries that require high-capacity screening equipment.
The machine works by feeding the material onto the top deck, which has the largest mesh opening size. The larger particles are separated and dropped onto the lower decks, which have progressively smaller mesh opening sizes. The smaller particles pass through the mesh and are collected in a separate container. The VIBRO CLASSIFIER 3 DECK (MTR) can be customized to meet specific processing needs and can be used in various industries, including food processing, chemical, and pharmaceutical industries.
If you require efficient and reliable screening equipment for your specific processing needs, Cleanx Agro Solution can provide customized solutions based on your specific requirements. The VIBRO CLASSIFIER 3 DECK (MTR) can provide a more efficient screening process and can be a suitable solution for your processing needs.

APPLICATIONThe VIBRO CLASSIFIER 3 DECK (MTR) from Cleanx Agro Solution has a wide range of applications in various industries that require efficient and accurate screening and classification of materials based on their size and shape. Some of the applications of the VIBRO CLASSIFIER 3 DECK (MTR) include:

• Grain Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the grain processing industry to separate different sized grains and remove impurities to improve the quality of the final product.
• Spice Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the spice processing industry to separate different sized particles and remove foreign matter such as stones, sand, and stalks.
• Food Processing: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the food processing industry to separate and classify various food products such as flour, sugar, salt, and rice.
• Chemical Industry: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the chemical industry to separate and classify different sized particles of various chemicals.
• Pharmaceutical Industry: The VIBRO CLASSIFIER 3 DECK (MTR) can be used in the pharmaceutical industry to classify and separate different sized particles of active pharmaceutical ingredients (APIs) and other excipients.
• 6. Recycling: The VIBRO CLASSIFIER 3 DECK (MTR) can also be used in recycling applications to separate and classify different types of materials such as plastics, glass, and metals.

These are just a few examples of the wide range of applications of the VIBRO CLASSIFIER 3 DECK (MTR). Cleanx Agro Solution can provide customized solutions based on your specific processing needs, ensuring efficient and reliable screening equipment to help you achieve your processing goals.

Model

• CLX - VC0751503D
• CLX - VC1002003D
• CLX - VC1502003D

Galvanized Iron (GI) aspiration ducting accessories are components used in a ventilation system to transport and remove contaminated air from an industrial or commercial facility. These accessories are typically made from galvanized steel and designed to fit together to create a complete ducting system.

Some common GI aspiration ducting accessories include:

• Ducting pipes: These are the primary components of a ducting system, used to transport air from one location to another. They are typically made from galvanized steel and come in a range of sizes to suit different applications.
• Elbows: Elbows are used to change the direction of airflow in a ducting system. They are available in different angles, such as 45 degrees or 90 degrees, and can be either long or short radius.
• Tees: Tees are used to branch off from the main ducting pipe and redirect airflow in a different direction.
• Reducers: Reducers are used to change the diameter of the ducting pipe to accommodate different airflow rates. They are available in a range of sizes to suit different applications.
• Dampers: Dampers are used to regulate the airflow in a ducting system. They can be manual or automatic and are typically installed at key points in the system, such as near the exhaust hood.
• Access doors: Access doors are used to provide access to the inside of the ducting system for cleaning and maintenance purposes.
• Clamps: Clamps are used to secure ducting pipes and accessories together to create a tight seal.

GI aspiration ducting accessories are essential for ensuring that a ventilation system functions effectively, efficiently, and safely. Proper installation and maintenance of these components can help to prevent air pollution, improve indoor air quality, and protect the health and safety of workers and building occupants.

Cleanx Agro Solution is a manufacturer and supplier of an auto gravity separator that is operated by a programmable logic controller (PLC).
An auto gravity separator is a machine that separates materials of different densities, such as grains, seeds, or minerals, using gravity. It does this by subjecting the material to a force that is stronger than the force of gravity, causing heavier materials to settle to the bottom and lighter materials to rise to the top.
A PLC is a type of computer used to control industrial processes and machinery. By using a PLC to operate the auto gravity separator, Cleanx Agro Solution's product may offer advantages such as precise control over the separation process and the ability to automate tasks that would otherwise require manual intervention.
Overall, Cleanx Agro Solution's auto gravity separator with PLC operation may be a useful tool for agricultural or industrial processes that require the separation of materials based on density. However, as with any equipment, it's important to thoroughly research the product and the manufacturer before making a purchasing decision.

APPLICATIONAuto gravity separators that are PLC operated can be used in various applications in agriculture, food processing, mining, and other industries where materials need to be separated based on their density. Here are some of the common applications of auto gravity separators:

• Grain and seed processing: Auto gravity separators can be used to separate different types of grains and seeds based on their density, size, and shape. This can help remove impurities, damaged or broken grains, and other unwanted materials from the final product.
• Mineral processing: Auto gravity separators can be used in the mining industry to separate minerals based on their density, such as separating gold from other minerals.
• Recycling: Auto gravity separators can be used in recycling facilities to separate materials based on their density, such as separating plastic from glass or paper.
• Food processing: Auto gravity separators can be used in food processing plants to separate different types of food products based on their density, such as separating beans from stones, or separating nuts from shells.
• Industrial applications: Auto gravity separators can also be used in industrial applications to separate materials based on their density, such as separating sand and gravel from soil, or separating different types of plastics from each other.

In summary, auto gravity separators that are PLC operated can be used in a variety of industries and applications where materials need to be separated based on their density.

A screw feeder is a mechanical device used to transport materials, typically in a controlled manner, from one location to another. It is commonly used in industrial processes such as food processing, chemical production, and mining.
The screw feeder consists of a rotating screw or auger, which moves the material along a tube or trough. The screw is powered by an electric motor, and the speed and direction of rotation can be controlled to regulate the flow rate and direction of the material. The material is typically fed into the screw feeder from a hopper or other storage container.
Screw feeders can be designed to handle a wide range of materials, including powders, pellets, and granular materials. They are often used in conjunction with other equipment, such as a vibrating feeder or a hopper, to ensure a consistent and controlled flow of material.
Screw feeders can be used for a variety of purposes, including metering, blending, and conveying materials. They are also used in applications where precise control of material flow is required, such as in the production of pharmaceuticals or in the handling of hazardous materials.

Features : Screw feeders can come with a variety of features depending on the specific application requirements. Some of the common features of screw feeders include:

• Type of Screw: Screw feeders can be designed with different types of screws, such as helicoid, sectional, ribbon, or paddle screws, to handle different types of materials.
• Hopper: A hopper is a container that holds the material to be fed. Screw feeders can be designed with different hopper sizes and configurations to meet the needs of specific applications.
• Feed Rate: Screw feeders can be designed to handle different feed rates, which is the amount of material that is dispensed per unit of time.
• Control System: Screw feeders can be equipped with a variety of control systems, including manual, automatic, and programmable logic controllers (PLCs). These control systems can help to regulate the flow of material and ensure consistent feeding.
• Material of Construction: Screw feeders can be made from different materials such as carbon steel, stainless steel, and plastic depending on the nature of the materials being fed and the environment in which the equipment will operate.
• Safety Features: Screw feeders can be designed with various safety features, such as guards, emergency stop buttons, and alarms, to protect operators and prevent accidents.
• Maintenance Features: Screw feeders can be designed to include features that make maintenance easier, such as easy access to components, quick-release mechanisms, and self-cleaning designs.

Overall, screw feeders can be customized to meet the specific needs of a wide range of industries and applications. By selecting the right features for your application, you can ensure reliable and efficient feeding of materials.

A cyclone separator is a device that separates particles or pollutants from a gas or liquid stream using centrifugal force. It works by creating a swirling flow of fluid inside a cylindrical or conical container, which causes the denser particles to be thrown outwards towards the wall of the container while the lighter fluid is forced to the center and exits through an outlet.
The cyclone separator consists of an inlet, an outlet, and a conical or cylindrical container with a tangential inlet for the gas or liquid stream. The inlet stream is directed tangentially into the container, which causes it to spin rapidly around the center axis of the container. This spinning motion creates centrifugal force, which causes the heavier particles or pollutants to be thrown outwards towards the wall of the container. The lighter fluid or gas then continues to the center and exits through the outlet.
Cyclone separators are commonly used in industries such as oil and gas, chemical processing, and air pollution control to remove solid particles, liquid droplets, and other contaminants from gas or liquid streams. They are also used in household vacuum cleaners and as pre-filters for air conditioning and ventilation systems.

ApplicationCyclone separators are used in a wide range of industrial and commercial applications for the separation of particles or pollutants from gas or liquid streams. Some common applications of cyclone separators include:

• Oil and gas industry: Cyclone separators are used in the oil and gas industry to remove sand, dirt, and other solid particles from natural gas and crude oil before they enter the pipeline system.
• Chemical processing industry: Cyclone separators are used in the chemical processing industry to remove solids and liquids from chemical products and waste streams.
• Air pollution control: Cyclone separators are used in air pollution control systems to remove particulate matter, such as dust and smoke, from exhaust gases before they are released into the atmosphere.
• Food processing industry: Cyclone separators are used in the food processing industry to remove debris and other contaminants from food products.
• Woodworking industry: Cyclone separators are used in woodworking shops to collect sawdust and other fine particles generated during the wood cutting process.
• Mining industry: Cyclone separators are used in the mining industry to separate valuable minerals from ore and to remove waste materials.
• HVAC systems: Cyclone separators are used in heating, ventilation, and air conditioning (HVAC) systems to remove large particles, such as dirt and dust, from the air before it enters the building.

Overall, cyclone separators are an effective and efficient way to separate particles or pollutants from gas or liquid streams, and they are widely used in many different industries and applications.

Centrifugal fans are commonly used in HVAC systems, industrial processes, and other applications to move air or gases through ducts or other channels. They can be classified as low-pressure or high-pressure fans depending on their operating characteristics and the requirements of the application.
Low-pressure centrifugal fans are designed to move large volumes of air or gas at relatively low pressure differentials. They typically have a high airflow rate and low static pressure, and are commonly used in HVAC systems, ventilation systems, and other applications where the primary goal is to move air or gas from one place to another. Examples of low-pressure centrifugal fans include axial fans, propeller fans, and radial blade fans.
High-pressure centrifugal fans, on the other hand, are designed to move air or gas at high pressure differentials. They typically have a lower airflow rate but a higher static pressure, and are commonly used in industrial processes, pneumatic conveying systems, and other applications where there is a need to overcome resistance or pressure drop in a duct or pipeline. Examples of high-pressure centrifugal fans include forward curved fans, backward curved fans, and radial blade fans with higher blade angles.
Overall, the selection of a low-pressure or high-pressure centrifugal fan depends on the specific requirements of the application, including the required airflow rate, static pressure, efficiency, noise level, and other factors. It is important to consult with an experienced engineer or supplier to select the appropriate fan for a given application.

Application Of Centrifugal Fan Low & High PressureThe choice between low-pressure and high-pressure centrifugal fans for an application depends on a number of factors, including the required airflow rate, static pressure, and the resistance or pressure drop of the system.
Low-pressure centrifugal fans are commonly used in HVAC systems and ventilation applications, where the goal is to move large volumes of air at a relatively low pressure differential. Some specific applications of low-pressure centrifugal fans include:

• Air handling units: Low-pressure centrifugal fans are commonly used in air handling units (AHUs) to circulate air through HVAC systems.
• Ventilation systems: Low-pressure centrifugal fans are used in ventilation systems to exhaust stale air and bring in fresh air.
• Cooling towers: Low-pressure centrifugal fans are used in cooling towers to remove heat from process water.
• Dust collection systems: Low-pressure centrifugal fans are used in dust collection systems to remove dust and other particles from the air.

High-pressure centrifugal fans, on the other hand, are typically used in industrial applications where there is a need to move air or gas at high pressure differentials. Some specific applications of high-pressure centrifugal fans include:

• Industrial processes: High-pressure centrifugal fans are used in many industrial processes, such as pneumatic conveying systems, to move air or gas at high pressures.
• Drying systems: High-pressure centrifugal fans are used in drying systems to move hot air or gas at high pressures to remove moisture from materials.
• Combustion air supply: High-pressure centrifugal fans are used in combustion systems to provide air at high pressures for efficient combustion.
• Air pollution control: High-pressure centrifugal fans are used in air pollution control systems to move air or gas through filters and scrubbers at high pressures to remove pollutants.

In summary, the choice between low-pressure and high-pressure centrifugal fans depends on the specific requirements of the application, including the desired airflow rate, static pressure, and resistance of the system. Consulting with an experienced engineer or supplier can help ensure that the appropriate fan is selected for a given application.

A rotary air valve, also known as an airlock or rotary valve, is a mechanical device used to regulate the flow of material between two or more chambers in a pneumatic conveying system. The valve consists of a housing and a rotor with vanes or blades that rotate inside the housing.
When material enters the valve, the rotor creates a seal between the inlet and outlet, preventing the backflow of air or gas from the downstream chamber. As the rotor rotates, it picks up a quantity of material and moves it to the outlet, where it is discharged into the downstream chamber.
Rotary air valves are commonly used in a variety of industries, including chemical processing, food processing, agriculture, pharmaceuticals, and cement manufacturing. They can be used to transport and meter a wide range of materials, including powders, granules, pellets, and other bulk solids.
Overall, rotary air valves are an essential component of many pneumatic conveying systems, ensuring a consistent flow of material and preventing air leakage, which can lead to process inefficiencies and product contamination.

A horizontal cyclone is a type of cyclone separator used to remove particulate matter from gas streams. It is a cylindrical vessel with tangential gas inlets that create a swirling motion within the vessel. The swirling motion causes the particulate matter to be separated from the gas stream and collected at the bottom of the vessel.
Horizontal cyclones are often used in industrial settings, such as chemical and petrochemical plants, to remove particulate matter from gas streams before the gas is released into the environment or sent to other processing equipment. They are also used in power generation plants to remove particulate matter from the flue gas before it is released into the atmosphere.
The advantages of using a horizontal cyclone include its ability to remove a wide range of particle sizes, its low maintenance requirements, and its relatively low cost compared to other types of particulate matter removal equipment. However, horizontal cyclones have some limitations, including their low efficiency in removing fine particles and their potential to create pressure drops in the gas stream.
Overall, horizontal cyclones are an effective and widely used type of cyclone separator for particulate matter removal in industrial settings. Their design and operation have been refined over many years, making them a reliable and cost-effective solution for many applications.

ApplicationHorizontal cyclones are widely used in industrial settings to remove particulate matter from gas streams. Here are some examples of their applications:

• Chemical and Petrochemical Plants: Horizontal cyclones are used in chemical and petrochemical plants to remove particulate matter from gas streams before the gas is released into the environment or sent to other processing equipment. They are used to remove particles that can cause damage to equipment, reduce efficiency, or pose a safety risk.
• Power Generation Plants: Horizontal cyclones are used in power generation plants to remove particulate matter from flue gas before it is released into the atmosphere. This helps to reduce air pollution and comply with environmental regulations.
• Mining and Mineral Processing: Horizontal cyclones are used in mining and mineral processing operations to remove particulate matter from gas streams created during the extraction and processing of minerals. They are used to remove dust and other particles that can cause equipment damage or pose a safety risk to workers.
• Food Processing: Horizontal cyclones are used in the food processing industry to remove particulate matter from gas streams created during food processing operations. They are used to remove dust and other particles that can contaminate food products or cause health and safety issues.
• Pharmaceuticals: Horizontal cyclones are used in the pharmaceutical industry to remove particulate matter from gas streams during the production of pharmaceuticals. They are used to remove dust and other particles that can cause product contamination or affect product quality.

Overall, horizontal cyclones are an essential part of many industrial processes and are used in a wide range of applications to remove particulate matter from gas streams efficiently and reliably.

Spouting is a component of a material handling system used for the transportation of bulk materials, such as grains, flour, and powders. It consists of a pipe or channel that directs the flow of material from one location to another.
Spouting can be made from a variety of materials, including mild steel (MS) and stainless steel (SS). Mild steel spouting is commonly used in low-cost applications where corrosion resistance is not a primary concern. Stainless steel spouting, on the other hand, is preferred for applications where hygiene and corrosion resistance are critical, such as in the food and pharmaceutical industries.
Spouting can be designed to suit a variety of applications and can be customized to meet specific requirements. Some common types of spouting include:

• Rectangular Spouting : Rectangular spouting is used for conveying materials that are relatively free-flowing, such as grains and powders. It is typically made from mild or stainless steel and can be customized to suit specific requirements.
• Round Spouting : Round spouting is used for conveying materials that are more difficult to handle, such as sticky or abrasive materials. It is typically made from mild or stainless steel and can be customized to suit specific requirements.
• Tapered Spouting : Tapered spouting is used for conveying materials from one location to another where space is limited. It is typically made from mild or stainless steel and can be customized to suit specific requirements.

Overall, spouting plays an essential role in the efficient and effective transportation of bulk materials in a range of industries. Proper design, selection, and installation of spouting can help to optimize material flow, reduce material loss and contamination, and improve process efficiency.

A bucket elevator is a type of conveyor system used to vertically transport bulk materials such as grain, fertilizer, and aggregates. It consists of a series of buckets attached to a belt or chain that move upward and discharge the material at the top. Bucket elevators are commonly used in agriculture, mining, and other industries that require the transportation of bulk materials.
The buckets used in bucket elevators are typically made of plastic, metal, or rubber and are designed to handle specific types of materials. They may be shaped like a cup, scoop, or flat-bottomed, depending on the material being transported. The buckets are attached to the belt or chain at regular intervals and are designed to overlap, creating a continuous loop.
Bucket elevators can be configured in a variety of ways, depending on the needs of the application. They can be designed to operate at a range of speeds and with different types of discharge mechanisms, such as centrifugal or continuous discharge. Bucket elevators can also be equipped with a variety of safety features, such as explosion relief vents, belt misalignment sensors, and speed monitors.
Overall, bucket elevators are an efficient and reliable method for vertically transporting bulk materials in a variety of industries.

ApplicationBucket elevators have a wide range of applications in industries that require the vertical transportation of bulk materials. Some common applications include:

• Agriculture: Bucket elevators are often used to transport grain, seeds, and other agricultural products from ground level to storage silos or processing equipment.
• Mining: Bucket elevators are used to transport minerals and other materials from underground mines to the surface for processing and transportation.
• Cement and construction: Bucket elevators are used to transport cement, sand, and other building materials vertically in cement plants and construction sites.
• Chemical processing: Bucket elevators are used to transport chemicals, fertilizers, and other materials in chemical processing plants.
• Food processing: Bucket elevators are used to transport food products such as cereal, nuts, and powders from one processing stage to another.
• Power generation: Bucket elevators are used to transport coal and other materials vertically in power plants.
• Pharmaceutical: Bucket elevators are used to transport pharmaceuticals, including powders and capsules, in the manufacturing process.

Overall, bucket elevators are a versatile and efficient solution for the vertical transportation of bulk materials in a wide range of industries.