Compressed Air-line Filters
Air quality is critical, and specific air quality requirements depend on the needs of your application and production facility.
Our high-efficiency line filters play a vital role in filtering solid particles, moisture and impurities such as oil aerosols or vapors. By minimizing pressure drop, we can help you achieve your energy savings goals.
Advantage
Compressed air-line filters offer several advantages in various applications where clean and high-quality compressed air is essential. Here are the key advantages of using compressed air-line filters:
Contaminant Removal: Compressed air-line filters effectively remove contaminants such as dust, dirt, oil, water vapor, and aerosols from the compressed air stream. This ensures that the downstream equipment and processes receive clean and purified air, reducing the risk of damage, blockages, or product contamination.
Improved Equipment Longevity: By removing contaminants, air-line filters help extend the lifespan of pneumatic equipment, including valves, cylinders, air tools, and instruments. Reduced wear and tear on components result in lower maintenance costs and increased equipment reliability.
Enhanced Product Quality: In industries like food and beverage, pharmaceuticals, and electronics manufacturing, maintaining air quality is critical to prevent product contamination. Air-line filters play a crucial role in ensuring that the compressed air used in these processes meets the required purity standards, contributing to product quality and safety.
Energy Efficiency: Clean air is essential for efficient operation of pneumatic equipment. Contaminants can cause valves to stick, reduce efficiency, and increase energy consumption. Air-line filters help optimize system performance, leading to energy savings and reduced operating costs.
Reduced Downtime: Unplanned downtime due to equipment failure or contamination-related issues can be costly. Compressed air-line filters help prevent these issues by ensuring a continuous supply of clean air, minimizing the risk of production interruptions.
Protection of Sensitive Instruments: In laboratories, medical facilities, and semiconductor manufacturing, sensitive instruments and analytical equipment are highly susceptible to air contamination. Air-line filters safeguard these instruments by providing clean, particle-free air for accurate measurements and reliable operation.
Welcome to visit NAILI Hydraulic Driven Rotary Vane Compressors
Hydraulic pump is widely and common to see at the outdoor machinary,
and easy to driven the vane compressor to get more compressed Air for the pneumatic Tools in construction site or Mining area!
Not only limited by above applications, and AH series compressors are also widely used in Agriculture application,
such as blowing trash from tank, and tyres infulation of tractors
Caused by Vane compressors are More reliable and easier maintenance, long life!
Compressed Air in a most efficient way to get it quicker which is using Vane!
To get your backup!
The units are ready for connection and are easy to install, requiring no additional foundations.
High air quality
The large size of the tube cooler allows water cooler technology to replace conventional oil lubrication. This ensures absolutely no risk of contamination and a class 0 air output.
What is an oil-free compressor?
An oil-free compressor or oil-free air compressor is a type of air compressor that does not use oil for lubrication. This type of compressor runs at a lower speed, which makes them quieter and more efficient.
What is the difference between an oiled and an oil-free compressor?
Direct piston oil-free compressors differ from oiled compressors because they do not require oil to operate. Oil-operated air compressors are ideal for applications where high pressure and capacity are required. Oil needs to be added to the compressor to allow for higher RPM and to keep the compressor running at high speed. Oil-free air compressors do not require oil and are lighter in weight and easier to carry. This oil-free compressor is ideal for applications where noise and air quality need to be considered.
Oil free piston air compressor applications and industries
The laboratory, medical, electronics, dental and food and beverage industries benefit greatly from oil free piston air compressors because they are quiet and easy to maintain.
Our low pressure compressors are the most efficient and reliable units on the market, with a package design that makes them easy to install wherever they are needed. Each component of these compressors is mounted, piped and wired for easy single point air and electrical connection.
Description
The Naili low-pressure vane air compressors is a new type of compressor developed in response to the need for low pressure requirement and energy saving. It changes the use of conventional high-pressure compressors that depressurize compressed air and then deliver it to the air plant, thus saving energy.
Industries:
Wastewater Treatment, Textiles, Food & Beverage, Medical, Transport, Petrochemicals, Packing, Paper & Printing, Pharmaceuticals, Power Industry.
Features
Reliability
Fewer moving parts means less downtime
Dynamically balanced rotor assembly ensures extremely low vibration
Carbon ring seal minimises air leakage
Lower cost of ownership
Efficiency
Multi-stage compressors combine performance with energy efficiency
Advanced impeller design provides maximum pressure control over the widest operating range
Reduced energy use and operating costs
Productivity
Easy access components make maintenance quick and easy
Simplified compressor design provides longer maintenance intervals
Maximised uptime
Why more and more people chose to use Rotary Vane Compressor for the automation production in the factory?
Caused by Vane compressors are More reliable and easier maintenance, long life!
24Hours to have Air with most economic way which is using Vane!
To get your backup!
Also find it in -
Wooden factories;
Metal fabrication;
Textile;
Chemical plant;
Water treatment;
HOLLAND COMPRESSOR ROOM_001.png
Basic working principle and design
In a rotary vane compressor, compression is achieved by centrifugal force causing the vanes to extend from the slots to form compression cells. As the cell moves around the rotor, the trapped air is compressed and discharged from the compression zone.
Thanks to their simple overall design, these compressors can provide up to 100,000+ operating hours. They are direct driven with a vibration-damping coupling system. This eliminates the need for speed-increasing gears and over-tensioned belts.
The simple construction and less service components reduce maintenance costs. Rotary vane compressors operate at conservatively low speeds, making them extremely reliable and extending the life of the machine.
Where are these compressors best suited?
The rotary vane is usually very quiet, making it an important consideration for point-of-use compressor applications. Even without a housing, low HP rotary vane compressors are very quiet compared to other options.
They are designed to meet the most stringent specifications and are ideal for 100% duty cycle applications. Rotary vane compressors are easy to install and maintain. They are designed for a variety of applications including automotive, hydraulic, body shops, packaging, machine tool and oem.
Features and Benefits
Simple design with few moving parts
Robust, compact, easy to access and maintain, easy to replace parts, extremely reliable and durable
Single-stage compression
The essence of the design is to generate sufficient compression in a single stage to produce a high compression ratio during a single cycle, as well as better energy efficiency, reduced risk of failure, and reduced maintenance requirements.
Direct axial coupling of motors
Direct couplings are possible because the high compression ratio allows for low speeds without the need for transmissions or gears. Fewer parts mean lower energy consumption and simplified maintenance.
Low rotational speeds
Low rotational speeds reduce vibration and thus noise and wear at lower temperatures, and eliminate the need for concrete foundations.
Low cycle temperatures
Lower temperatures reduce wear, coolant consumption, and leaks. Less energy is required for cooling and the purity of the air delivered is higher.
Low maintenance
Single-stage rotary vane units provide cleaner, more reliable operation and significantly reduce maintenance requirements due to less wear on parts.
Read More
Our low pressure compressors are the most efficient and reliable units on the market, with a package design that makes them easy to install wherever they are needed. Each component of these compressors is mounted, piped and wired for easy single point air and electrical connection.
Description
The Naili low-pressure vane air compressors is a new type of compressor developed in response to the need for low pressure requirement and energy saving. It changes the use of conventional high-pressure compressors that depressurize compressed air and then deliver it to the air plant, thus saving energy.
Industries:
Wastewater Treatment, Textiles, Food & Beverage, Medical, Transport, Petrochemicals, Packing, Paper & Printing, Pharmaceuticals, Power Industry.
Hydraulic Air Compressor
hydraulic air compressors are the best choice for customers who is looking for a compact, powerful, and lightweight, requested a hydraulic deck-mounted air compressor that can be easier installed at any limit space and operating under any climate.
Air compressors are allowed to be equipped with high efficiency hydraulic motor or without motor(by customized engineering)
Meanwhile digital unload controls which a better way to extend compressor life under extreme high rotary speed in different working conditions
Such hydraulically powered rotary vane compressors can produce 25 to 60 CFM and are designed for both continuous or incontinuous operation.
With Naili hydraulic compressors, you can choose the model that best suits your application.
Features:
Compact design for the requests of smaller space for air pump in or on the vehicles;
Easier to be controlled;
Easier maintentance;
Working in sort time for bigger air flow needs;
Faster air delivery in out door;
Benefit:
smaller space
Cooler is mounted with compressor directly and one compressor package can go(no needs more space somewhere in the vehicle)
Easy To Operate
Connect the hydraulic power resource and go air compressing
Higher Productivity
Various speed controlled by Hydraulic power(flow rate), more air needs, with higher flow can go! (maximum up to 3000rpm)
Work In Any Climate
Proven to work in any extreme climate, hydrualic system goes and compressed air has
Application
Rotary vane compressor It can fixed with Hydraulic driving motor for Agriculture vehicles like tractors for air inflation system;
Also can connect with Diesel engine to put it in ourdoor plant;
They Widely used in Truck with Caterpillar for blowing air and electrical hand tools
Low Pressure Compressor
Our low pressure compressors are the most efficient and reliable units on the market, with a package design that makes them easy to install wherever they are needed. Each component of these compressors is mounted, piped and wired for easy single point air and electrical connection.
Description
The Naili low-pressure vane air compressors is a new type of compressor developed in response to the need for low pressure requirement and energy saving. It changes the use of conventional high-pressure compressors that depressurize compressed air and then deliver it to the air plant, thus saving energy.
Industries:
Wastewater Treatment, Textiles, Food & Beverage, Medical, Transport, Petrochemicals, Packing, Paper & Printing, Pharmaceuticals, Power Industry.
Features
Reliability
Fewer moving parts means less downtime
Dynamically balanced rotor assembly ensures extremely low vibration
Carbon ring seal minimises air leakage
Lower cost of ownership
Efficiency
Multi-stage compressors combine performance with energy efficiency
Advanced impeller design provides maximum pressure control over the widest operating range
Reduced energy use and operating costs
Productivity
Easy access components make maintenance quick and easy
Simplified compressor design provides longer maintenance intervals
Maximised uptime
Low Pressure Air Compressor Advantages:
It will cause a terrible waste of electric power if choose a routine 7bar air compressor when the maximum working pressure is 2 to 5bar. Naili low pressure Vane air compressor can enlarge the air delivery under the same motor power to help you save 20% to 50% electric power.
Conform to CE, ISO9001 and energy saving certification, etc.
Designed especially for textile, cement and glass industry, etc.
Welcome to visit NAILI Rotary Vane Compressors for OEM projects
NAILI committed to a ideal design for your any of requests in Rotary Vane Compressed Air!
Even they used in Mobile Air station to make sure the the Compressed air can help you wherever the cars, trucks laying on the road or at fields!
Vane compressors are functional to help you out as quick as possible!!
Meanwhile AZX series is popular used in Sports and Entertainments applications Such as Skitting, 5D cinema, Players training facilities!
NAILI HV series Oil free Piston compressors
Two-stage, double-acting reciprocating compressors with modern technology combined with robust engineering for reliability, durability and ease of maintenance, providing cost-effective, oil-free operation year after year.
Benefits
Improved carbon footprint
In oil-free compressors, there is no risk of oil contaminating products or equipment. In addition, the installation, energy and maintenance costs of condensate treatment, filtration systems or compressed air treatment are avoided. The result is a significantly improved carbon footprint.
Short payback times
High quality, robust construction and excellent efficiency mean that the payback time is very short. With its long economic life cycle, reasonably priced compressed air can be supplied year after year.
Easy installation
The units are ready for connection and are easy to install, requiring no additional foundations.
High air quality
The large size of the tube cooler allows water cooler technology to replace conventional oil lubrication. This ensures absolutely no risk of contamination and a class 0 air output.
What is an oil-free compressor?
An oil-free compressor or oil-free air compressor is a type of air compressor that does not use oil for lubrication. This type of compressor runs at a lower speed, which makes them quieter and more efficient.
What is the difference between an oiled and an oil-free compressor?
Direct piston oil-free compressors differ from oiled compressors because they do not require oil to operate. Oil-operated air compressors are ideal for applications where high pressure and capacity are required. Oil needs to be added to the compressor to allow for higher RPM and to keep the compressor running at high speed. Oil-free air compressors do not require oil and are lighter in weight and easier to carry. This oil-free compressor is ideal for applications where noise and air quality need to be considered.
Oil free piston air compressor applications and industries
The laboratory, medical, electronics, dental and food and beverage industries benefit greatly from oil free piston air compressors because they are quiet and easy to maintain.
Naili Compressor -Hydraulic Driven Air Compressors
The state-of-the-art control system of hydraulic driven air compressorsd, the easy-to-use digital control extends compressor life by automatically protecting the compressor in extreme environments. The hydraulically driven air compressor converts the hydraulic power of the working machinery into compressed air and can be easily mounted on any vehicle, truck or excavator.
No more need for expensive trailers. These compact units are ideal when looking for a vehicle mounted air compressor solution, not because they are easy to install, but because of their powerful size. Capable of powering everything from handheld pneumatic tools to pneumatic excavator attachments. These compact units are designed for easy integration into the hydraulic system of any mobile or stationary machine.
Applications
Powering pneumatic tools
Continuous use
Maintenance work
Cleaning
Air flushing
How do hydraulic driven air compressors work?
A hydraulic compressor uses the hydraulic system of a machine, vehicle or ship as a power source to generate air flow.
The hydraulic oil flow is directed through a pressure line to the integrated hydraulic motor of the hydraulic compressor
The hydraulic compressor converts the hydraulic oil flow and pressure into compressed air
The hydraulic oil is returned to the hydraulic tank of the load carrier via a return line
The inlet air is compressed between the external and internal threads. The compressor screw is driven by a hydraulic motor.
The screw compressor is equipped with an oil heat exchanger, which transfers heat to the hydraulic system of the carrier machine for cooling.
The hydraulic screw compressor can be operated continuously 24/7 without interruption. When the compressor is not producing airflow, the compressor will run at idle speed.
Oil Free Piston Compressors
Which is classic series of compressor of NAILI Manufacturing since 2017 and the purpose for the easier maintenace, Environment; >HV series have two stable 24VDC fans with high speed to release the heat from of Oilfree Piston compressor -
now they are widely used in Electrical bus, Electric trucks, Mini van, Dental care and Construction machinery and so on;
The cutting edges of Oilfree piston NAILI has more Long lasting working life than other similar compressor in the market;
Constantly working more than 18,000H;
100% Imported from Germany for Piston Head and O-ring seal, And even bearings;
IP67 protection level can make it working under the water;
Lower Maintenance needs,8000H SERIVCE FREE
Key Benefits
Clean and Contaminant-Free Air: Oil-free compressors do not require lubricating oil in the compression chamber, ensuring that the compressed air is free from oil contaminants. This makes them ideal for applications where clean and pure air is crucial, such as in food processing, pharmaceuticals, electronics, and medical devices.
Reduced Maintenance: Oil-free compressors have fewer components, reducing the need for regular maintenance and minimizing the risk of oil-related issues like oil leaks or oil changes. This leads to lower maintenance costs and increased uptime.
Environmental Friendliness: Since oil-free compressors don't use lubricating oil, there is no risk of oil spills or environmental contamination. They are more environmentally friendly and compliant with strict regulations, making them a sustainable choice.
Energy Efficiency: Oil-free compressors are often designed for improved energy efficiency. They can operate at varying speeds or have better control mechanisms to match air supply with demand, reducing energy consumption and operating costs.
Lower Operating Temperatures: Oil-free compressors generate less heat during operation because there is no friction between the pistons and oil. This can help extend the lifespan of components and reduce the risk of overheating.
Hydraulic Compressor
Hydraulic motor is Optional to be offered and customized!
NAILI hydraulic air compressors are the best choice for customers who is looking for a compact, powerful, and lightweight,
requested a hydraulic deck-mounted air compressor that can be easier installed at any limit space and operating under any climate.
Air compressors are allowed to be equipped with high efficiency hydraulic motor or without motor(by customized engineering)!
Meanwhile digital unload controls which a better way to extend compressor life under extreme high rotary speed in different working conditions!
Such hydraulically powered rotary vane compressors can produce 25 to 60 CFM and are designed for both continuous or incontinuous operation.
With Naili hydraulic compressors, you can choose the model that best suits your application.
Features:
Compact design for the requests of smaller space for air pump in or on the vehicles;
Easier to be controlled;
Easier maintentance;
Working in sort time for bigger air flow needs;
Faster air delivery in out door;
Benefit:
smaller space
Cooler is mounted with compressor directly and one compressor package can go(no needs more space somewhere in the vehicle)!
Easy To Operate
Connect the hydraulic power resource and go air compressing!
Higher Productivity
Various speed controlled by Hydraulic power(flow rate), more air needs, with higher flow can go! (maximum up to 3000rpm)
Work In Any Climate
Proven to work in any extreme climate, hydrualic system goes and compressed air has!.
Application
Rotary vane compressor It can fixed with Hydraulic driving motor for Agriculture vehicles like tractors for air inflation system;
Also can connect with Diesel engine to put it in ourdoor plant;
They Widely used in Truck with Caterpillar for blowing air and electrical hand tools!
Refrigerated Air Dryer
Refrigerated dryers use a cooling system to dry compressed air, thereby protecting downstream components from damage caused by traces of moisture in the air supply. Lowering the air temperature or dew point can cause excess moisture to condense. These dryers require a particulate filter or liquid separator to remove condensate from the air supply line. Refrigerated dryers require a power supply and are suitable for general purpose applications where the air is dried to a dew point sufficient to prevent condensation from freezing.
How does a refrigerated air dryer work?
Refrigerated dryers are the most common dryers used in industry and consist of an air-to-air heat exchanger and an air-to-refrigerant heat exchanger. The heat exchanger removes moisture from the compressed air by condensing the water inside. This is essential to protect the compressed air system and each piece of equipment supplied with compressed air from the harmful effects of moisture.
The most important criterion is to keep the relative humidity of the compressed air below 50%.
Air-cooled and water-cooled refrigerated dryers are available. Basically, the dryer cools the warm, moist air from the compressor, and as the temperature of the compressed air drops, moisture condenses and is removed from the compressed air with the help of a high-efficiency water separator.
Afterwards, the compressed air is reheated to near room temperature so that condensation does not form on the outside of the ductwork. This heat exchange between the incoming and outgoing compressed air also reduces the temperature of the incoming compressed air and therefore the cooling capacity required for the refrigerant circuit.
Energy efficiency of refrigerated compressed air dryers
Energy efficiency depends on the internal pressure drop and the electrical energy consumed by the dryer.
Keeping the pressure drop as low as possible
The internal pressure drop is the difference in pressure between the compressed air at the dryer inlet and outlet piping.
The lower the internal pressure drop of a refrigerated dryer, the lower the pressure you need to achieve with your air compressor. And the less energy the compressor consumes.
Our refrigerated dryers are designed to minimize the pressure drop and therefore consume the least amount of energy.
Oil Free Compressor with advanced technology
Air purity is critical for many applications, where even the smallest droplet of oil can cause product spoilage or damage to equipment. Depending on the application, one specific compressed air technology may offer advantages over another. naili offers you the flexibility of many different oil free compressor technologies to meet your requirements: screw, centrifugal, scroll and reciprocating.
Unlike oil-lubricated compressors, oil-free compressors have no oil in the compression chamber. Oil-free air compressors contain no oil in the entire system, thus eliminating any risk of oil contaminating the air. Each highly engineered product produces pure, quality compressed air.
Choose an Oil Free Compressor over an oil-lubricated air compressor.
Oil-lubricated air compressors use oil in the compression stage for sealing, lubrication and cooling. During operation, lubricating oil is carried into the compressed air system. Therefore, a thorough understanding of compressed air quality and testing standards is essential when designing a system to achieve the purity levels required for your application. Which standards you should apply depends on the specific contaminants you want to remove and the purification equipment you will rely on.
The International Organization for Standardization (ISO) has developed these standards and the ISO air quality ratings will help you determine if you need an oil-free compressor. If your air quality requirements and oil residue issues require oil-free, then investing in an oil-free or oil-free air compressor will provide the desired product quality and valuable peace of mind. When evaluating oil-free air compressors, you will see options such as single-stage, two-stage, water-injected single-stage, scroll and centrifugal technology options. These technologies do overlap in some horsepower ranges, but for a given horsepower or flow size, there are usually only two or three available. Determining the size of the oil-free air compressor you need in the first place will help you in your decision making process.
The oil-free environment is changing
A growing number of major global manufacturers are now entering the field with legacy technology products and new products that demonstrate better performance and many other key features and benefits. If you are seeking savings and increased profitability, you are more likely to achieve these goals now than in the past, given the new oil-free technologies and the products that come with them.
Rotary Vane Air Compressor
A rotary vane air compressor consists of a cylindrical housing vessel containing a set of adjustable rotating vanes and exchanging air through an inlet and outlet. The vanes are set on an eccentric drive shaft which faces the outlet. As the drive shaft rotates, the length of the adjustable vane closest to the outlet shortens, compressing the air within the spinning chamber. This air then escapes through the outlet and can power further subsequent processing. Rotary vane air compressors are ideally suited to small and quiet applications such as the automotive and agricultural industries. They are less suitable for applications requiring oil-free or otherwise uncontaminated air, or for use in potentially contaminated environments such as wood shops.
Air Compressor For Bus
We offer manufacturers of buses, coaches, trucks and customized applications for electric and hybrid vehicles flexible solutions for their compressed air needs. We offer our customers compressors that can be adapted to different cooling concepts (air-cooled or water-cooled) and can be adapted to various power sources (AC network or high-voltage DC bus). Choose from our range of Rotary Vane Compressors or oil-free compressors and you will get the quality and reliability that compressed air specialists expect.
Rotary vane compressors have the advantage of having only one main moving part. The compressed air is generated by a rotating shaft with blades that move freely by centrifugal force. This more efficient design means that component wear is minimized, pressures are lower and less heat is wasted. As a result, minimal maintenance is required and the likelihood of costly downtime is greatly reduced.
The range is designed to produce minimal noise and vibration. naili's silent models ensure the best possible passenger and driver experience, even in hybrid and electric vehicles where the sound of the compressor is no longer masked.
Air Compressor For Truck
Our range of on-board compressors utilizes a variety of technologies, including screw compressors and rotary vane compressors.Naili offers solutions for a variety of challenging applications, including over-the-road tank trucks for dry bulk and liquid transportation, a wide range of utility and electric vehicles, and on-board power delivery.
Typical Compressor Applications
Fluidizing and discharging powders, granules, pellets and feed from dry bulk tankers.
Discharge of bulk liquids from road tankers and tank containers.
Compressed air for on-board power in typical utility vehicle applications such as civil engineering, tire inflation and highway maintenance.
High-quality electric air compressors for future road and rail transportation.
Air Compressor For Agriculture Machinery
Agricultural air compressors are vital to keeping your farm running, allowing you to repair equipment, fill tractor tires, build and repair fences, and work in the farm store.
Environmental conditions on a farm can be harsh, which means the best air compressors for farms must be durable, reliable and long-lasting. Rotary screw air compressors have been proven to withstand the elements for years, and with proper maintenance, these air compressors can be used long after the original service vehicle has been retired.
Farms are vast and agricultural workers need to be able to travel from one location to another to perform a variety of tasks. A truck-mounted air compressor ensures that you can get to where the work needs to be done, whether it's fixing fences, irrigating or repairing farm equipment in the field.
Size and weight should also be considered when choosing an agricultural air compressor. A compact and lightweight air compressor will allow you to carry more tools and equipment in your truck, so you'll always be prepared for any challenges your farm may bring.
Air Compressor For Medical
Naili can manufacture customized solutions for a wide range of compressed air applications. We can customize any medical air compressor to meet all healthcare needs. If you are interested in one of our medical grade air compressors, request a quote today! These compressors are perfect for hospitals, doctors' offices, veterinarians' offices, and more!
Medical Grade Air Compressors
Naili's goal is to meet the high standards required by the medical industry. Our air compressor products provide the air quality needed to keep instruments clean and patients safe. Medical grade air compressors are used to power pneumatic equipment in surgical areas, critical care areas, nurseries, operating rooms, intensive care, post-operative care, emergency rooms and more.
Air compressor for Concrete Machine
Used as an energy source to move materials in the cement manufacturing process and to power tools that can withstand the process and even harsher conditions. We offer a full range of compressors to suit all your applications, ensuring you have the best solution for your process and business.
Oil-free air avoids contamination
Our oil-free air compressors ensure that your production process doesn't slow down. Air contaminated with sand, water, oil or solids can cause pneumatic tools and machines to malfunction, or make valves and cylinders operate slowly and inconsistently. In addition, it can lead to corrosion, clogging and increased maintenance costs, which can increase the cost of ownership.
Hydraulic Air Compressor For Service Truck
Our range of hydraulic air compressor for service truck utilizes a variety of technologies, including screw compressors and rotary vane compressors. Naili offers solutions for a variety of challenging applications, including over-the-road tank trucks for dry bulk and liquid transportation, a wide range of utility and electric vehicles, and on-board power delivery.
Typical Compressor Applications
Fluidizing and discharging powders, granules, pellets and feed from dry bulk tankers.
Discharge of bulk liquids from road tankers and tank containers.
Compressed air for on-board power in typical utility vehicle applications such as civil engineering, tire inflation and highway maintenance.
High-quality electric air compressors for future road and rail transportation.
Low Pressure Compressor
Our low pressure compressors are the most efficient and reliable units on the market, with a package design that makes them easy to install wherever they are needed. Each component of these compressors is mounted, piped and wired for easy single point air and electrical connection. The Naili low-pressure vane air compressors is a new type of compressor developed in response to the need for low pressure requirement and energy saving. It changes the use of conventional high-pressure compressors that depressurize compressed air and then deliver it to the air plant, thus saving energy.
Industries:
Wastewater Treatment, Textiles, Food & Beverage, Medical, Transport, Petrochemicals, Packing, Paper & Printing, Pharmaceuticals, Power Industry.
Features
Reliability
Fewer moving parts means less downtime
Dynamically balanced rotor assembly ensures extremely low vibration
Carbon ring seal minimises air leakage
Lower cost of ownership
Efficiency
Multi-stage compressors combine performance with energy efficiency
Advanced impeller design provides maximum pressure control over the widest operating range
Reduced energy use and operating costs
Productivity
Easy access components make maintenance quick and easy
Simplified compressor design provides longer maintenance intervals
Maximised uptime
Low Pressure Air Compressor Advantages:
It will cause a terrible waste of electric power if choose a routine 7bar air compressor when the maximum working pressure is 2 to 5bar. Naili low pressure Vane air compressor can enlarge the air delivery under the same motor power to help you save 20% to 50% electric power.
Conform to CE, ISO9001 and energy saving certification, etc.
Designed especially for textile, cement and glass industry, etc.
Energy Efficient Air Compressor
Variable Speed Drive Air Compressors Use an intelligent drive system to continually vary the motor speed to meet air demand. The drive controls the speed (RPM) of the unit based on demand, fluctuating to perfectly match the amount of power output required. When demand slows, the compressed air system reduces the motor speed, which reduces power consumption.
Features :
Low speed; 1000rpm has just 1/3 rpm to compare with normal compressors;
Frequency controller with PM motor to saving more energy;
Low maintaining cost
Automatic flow rate control
Compact compressing unit
Control panel
Energy consumption
Air quality
Straight connection
Durable
Fan power
Reliability
Low Noise level
Hydraulic Air Compressor For Service Truck
Our range of hydraulic air compressor for service truck utilizes a variety of technologies, including screw compressors and rotary vane compressors.Naili offers solutions for a variety of challenging applications, including over-the-road tank trucks for dry bulk and liquid transportation, a wide range of utility and electric vehicles, and on-board power delivery.
Typical Compressor Applications
Fluidizing and discharging powders, granules, pellets and feed from dry bulk tankers.
Discharge of bulk liquids from road tankers and tank containers.
Compressed air for on-board power in typical utility vehicle applications such as civil engineering, tire inflation and highway maintenance.
High-quality electric air compressors for future road and rail transportation.
Low Pressure Compressor
Our low pressure compressors are the most efficient and reliable units on the market, with a package design that makes them easy to install wherever they are needed. Each component of these compressors is mounted, piped and wired for easy single point air and electrical connection. The Naili low-pressure vane air compressors is a new type of compressor developed in response to the need for low pressure requirement and energy saving. It changes the use of conventional high-pressure compressors that depressurize compressed air and then deliver it to the air plant, thus saving energy.
Industries:
Wastewater Treatment, Textiles, Food & Beverage, Medical, Transport, Petrochemicals, Packing, Paper & Printing, Pharmaceuticals, Power Industry.
Features
Reliability
Fewer moving parts means less downtime
Dynamically balanced rotor assembly ensures extremely low vibration
Carbon ring seal minimises air leakage
Lower cost of ownership
Efficiency
Multi-stage compressors combine performance with energy efficiency
Advanced impeller design provides maximum pressure control over the widest operating range
Reduced energy use and operating costs
Productivity
Easy access components make maintenance quick and easy
Simplified compressor design provides longer maintenance intervals
Maximised uptime
Low Pressure Air Compressor Advantages:
It will cause a terrible waste of electric power if choose a routine 7bar air compressor when the maximum working pressure is 2 to 5bar. Naili low pressure Vane air compressor can enlarge the air delivery under the same motor power to help you save 20% to 50% electric power.
Conform to CE, ISO9001 and energy saving certification, etc.
Designed especially for textile, cement and glass industry, etc.
Energy Efficient Air Compressor
Variable Speed Drive Air Compressors Use an intelligent drive system to continually vary the motor speed to meet air demand. The drive controls the speed (RPM) of the unit based on demand, fluctuating to perfectly match the amount of power output required. When demand slows, the compressed air system reduces the motor speed, which reduces power consumption.
Features :
Low speed; 1000rpm has just 1/3 rpm to compare with normal compressors;
Frequency controller with PM motor to saving more energy;
Low maintaining cost
Automatic flow rate control
Compact compressing unit
Control panel
Energy consumption
Air quality
Straight connection
Durable
Fan power
Reliability
Low Noise level
Refrigerated Compressed Air Dryer
A refrigerated compressed air dryer is a device used to remove moisture from compressed air by lowering its temperature. It is a widely used type of air dryer in various industrial applications where the presence of moisture can lead to equipment damage, corrosion, and decreased efficiency.
How does a refrigerated air dryer work?
Refrigerant dryers are the most commonly used dryers in the industry and consist of an air-to-air heat exchanger and an air-to-refrigerant heat exchanger. The heat exchangers remove moisture from your compressed air by condensation of water within.This is essential to protect compressed air systems and every piece of equipment fed by compressed air from the harmful effects of moisture.
The most important criterion is to keep the relative humidity of compressed air below 50%.
Both air-cooled and water-cooled refrigerant dryers are available. Basically, the dryers cool down the warm wet air coming from the compressor, When the temperature of compressed air reduces, moisture condenses and is drained from the compressed air with the help of a high-efficiency water separator.
After that, compressed air is reheated to around room temperature so that condensation does not form on the outside of the pipe system. This heat exchange between ingoing and outgoing compressed air also reduces the temperature of the incoming compressed air, and as such reduces the required cooling capacity of the refrigerant circuit.
