industrial air dryer machine

industrial dryers at best price in india

DRYCOOL SYSTEMS INDIA (P) LTD, Noida, Dist. Gautam Budh Nagar DRYCOOL SYSTEMS INDIA (P) LTD DRYCOOL SYSTEMS INDIA (P) LTD, DRYCOOL SYSTEMS INDIA (P) LTD, Noida - 201307, Dist. Gautam Budh Nagar, Uttar Pradesh

Industrial Area, Ghaziabad H.O. & Works : E - 30, Udyog Kunj, U. P. S. I. D. C., Industrial Area,. Near Mehrauli Rly. Station NH-24, Industrial Area, Ghaziabad - 201015, Dist. Ghaziabad, Uttar Pradesh

industrial refrigerated, desiccant, liquid, membrane air dryers & more

Do you have or need dryers for compressed air for your facility? If so, you may be confused about the different types of air dryers that are available to you. As a provider of quality air compressor and air dryer products, The Titus Company can get you just about any air dryer you need for your business.

Compressed air dryers are machines that remove water vapor from compressed air. They are necessary with air compressors because air compressors concentrate various elements of the air, giving it a higher dew point and creating condensation that could negatively affect your facility, causing freezing, corrosion and other problems.

Different types of compressed air dryers work in different ways. There are refrigerated air dryers, desiccant air dryers, membrane air dryers and deliquescent air dryers. Which type you use will depend on what your specific application needs are.

Oftentimes the most cost-effective drying option, refrigerated dryers have wide application in most manufacturing facilities as they provide a level of dryness that satisfies most compressed air uses. The Titus Company is proud to offer some of the best products available in the marketplace.

You can use desiccant dryers when you are working with extremely sensitive products that cannot tolerate any moisture. Desiccant dryers use active desiccant material, like activated alumina, silica gel or molecular sieves, to remove water from the compressed air through adsorption as the air cycles through the machine.

These dryers can be heatless, as the desiccant material draws the moisture and a pressure-swing system regenerates it, but they can also be heated. This is sometimes known as a heated purge dryer or blower purge dryer, since it uses hot air blowers to purge the desiccant material so that it can absorb moisture effectively again.

For applications demanding ultra-dry compressed air, desiccant dryers are often the product of choice. As with refrigerated dryers, The Titus Company offers a wide range of models to suit any price or performance requirement.

Some facilities generate gasses and liquids that are not common to typical manufacturing processes. For these situations, there are specialty gas dryers and specialty liquid dryers which the manufacturer designs specifically to safely remove these elements from the air.

The Titus Company offers a wide range of specialty dryers, designed for the removal of moisture from a variety of exotic gases and process liquids. These dryers are specially designed to meet a host of demanding customer applications.

High quality air is of vital importance to industrial facilities, but nowhere is it as critical as in breathing air applications. The purity of breathing air is crucial to assure worker safety in a wide range of applications including tank cleaning, sand blasting, paint spray and many others. The Titus Company can solve these critical breathing air applications with products from top quality manufacturers.

Membrane dryers are dehumidifying dryers that work by depressing the dew point of incoming air. They are popular since they can operate continuously without electricity and are quiet and low-maintenance.

No longer relegated to simply point-of-use drying applications, membrane dryers are now available in capacities and efficiencies that rival desiccant dryers without the costly and time-consuming maintenance. They are ideal for applications where the dew point requirement falls somewhere below +32F (0C) and -40F/C.

Deliquescent dryers are very simple dryers and are also popular among businesses who are looking for an electricity-free, low-maintenance solution to compressed air-drying issues. You will often use them as natural gas or landfill gas dryers. They work by using a pressure vessel containing a special tablet that absorbs water vapor as it dissolves.

Not content to offer just any product in a given category, The Titus Company carefully selects the manufacturers and brands that it represents. When it comes right down to it, the name on the box is not the one that most customers remember but rather the name of the company that sold it to them. As a result, the products that you will find in the product categories below are those that have proven to be reliable, efficient and cost effective for our customers and their critical application needs.

we buy and sell used industrial air dryers

We Buy, Sell and are a Supplier of used industrial air dryers. Types of dryers include regenerative dryers, refrigerated dryers, membrane dryers, and deliquescent dryers. Brands include Ingersoll, Speedaire, and Hankison.

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china air dryer, air dryer manufacturers, suppliers, price

With hundreds of thousands of products to choose from and an ever growing product range, your industrial equipment needs are sure to be met here. Our China manufacturers & suppliers will provide a full-service to keep you up and running and meet your unique equipment requirements. If you are interested in China Air Dryer, You will be amazed by the variety of the product choices such as drying machine, drying equipment, dryer machine. Besides, their competitive & cheap price of Air Dryer factory would get you an edge in your own market. It's well known that product quality and safety is a stronger priority for this equipment industry and also for the buyers, here you are offered a greater chance to find trustworthy manufacturers & factories who are delivering high levels of performance, efficiency and reliability in their products all the time. With thousands of quality suppliers & manufacturers, we are sure that they can provide all equipment for sale, services and solutions for your various industrial applications.

what dryer do i need for my compressor? - atlas copco usa

In previous articles we have covered the potential harmful effects of condensation within a compressed air system. Lets quickly review why it is important to eliminate condensation in the compressed air system and what dryer options are available to help us accomplish this task.

For applications that require dry air, but do not call for a critical dew point, a refrigerated air dryer would be a great option, as it is cost effective and comes in a non-cycling and cycling option dependent on your budget and needs. Non-Cycling Dryers: A refrigerated non-cycling dryer is a great start point for anyone looking to improve their compressed air quality while operating on a budget. The term non-cycling means that this type of a dryer operates the refrigeration compressor constantly and utilizes hot gas bypass valve to redirect the refrigerant even at less than full load condition. In a refrigerated air dryer, the temperature of compressed air is lowered to 3 Celsius (37 Fahrenheit), which allows for water to drop out from its vapor state, resulting in dry air beneficial for most applications. Non cycling dryers are very simple and reliable machines and come with minimum options in order to simplify the design and operations. This type of a refrigerated dryer is very affordable as it comes with lowest initial cost of investment, yet provides dry and clean compressed air. The non-cycling dryers are simple to install and easy to operate, making them a market standard in performance, quality and ability to deliver desired outcomes. This type of a dryer is ideally paired with any rotary screw air compressor, while a high temperature version is preferred and recommended for use with any piston air compressors. As the name suggest, non-cycling means that the dryer will run constantly, regardless of the compressed air load coming into the dryer. This means that the energy consumption at full load or no load is nearly the same, therefore making the unit not as energy efficient as other options on the market. If energy savings is not a priority and your facility requires a simple compressed air dryer that provides minimal dew point swings, the non-cycling dryer makes it an attractive option. Cycling Dryers: Unlike the non-cycling refrigerated, the cycling uses additional equipment such as thermal mass or frequency controllers, which would allow the dryer to turn on and off based on the compressed air demand coming into the dryer, ultimately making it much more energy efficient. The cycling dryer design comes with a totally customer oriented design, offering performance as well as reliability. The initial cost of the cycling dryer is marginally higher than that of a non-cycling option, but it does provide the lowest, long term solution and lowest life-cycle cost. Cycling dryers are very reliable and offer the convenience of easy installation, small footprint and low noise level. As previously mentioned, cycling dryers offer maximum energy savings and low pressure drops. Due to its advantages, the slightly higher cost of a cycling dryer can be very beneficial to any compressed air system, especially when considering the overall life-cycle cost of the equipment. If your application experiences fluctuating air demand a cycling dryer is most benefecial to you.

In most facilities, available space comes at a premium, leaving many companies with limited option when it comes to optimizing their compressed air system. When space is limited, but the requirement for dry compressed air exists, some manufacturers offer an integraded refrigerated dryer option on their air compressors. An integrated dryer can effectively remove moisture from your compressed air in an effort to protect your investment. This option not only limits the need for space, but also provides savings on the initial installation costs, while offering a small, quiet and convenient solution for your compressed air needs. A compressed air sales professional should be able to go over all compressed air drying options and help you select the best possible solution for your needs.

The biggest deciding factor when it comes to compressed air dryers is the need or desired dew point. As previously learned, refrigerated air dryers are capable of providing dew point of 3-5 Celsius (37-41 Fahrenheit), which is sufficient for most applications. However, if a process requires compressed air of higher quality, a desiccant dryer would need to be introduced into the system. Regenerative desiccant dryers are capable of achieving up to -70 C (-100 F) as standard, providing your compressed air system with clean and dry air. Unlike refrigerated air dryers, regenerative desiccant dryers utilize desiccant beads that adsorb the water vapors out of the compressed air. During the adsorption process, water vapors adhere to the desiccant bead without changing the composition of the desiccant. Once the desiccant beads get saturated with moisture, a process of regeneration occurs via dry purge air, heat or combination of both application to dry the wet desiccant. This type of a desiccant dryer typically uses a twin tower construction design, in which one tower dries the wet air, while the other tower regenerates and purges the moisture out of the desiccant beads.

Regenerative desiccant dryers are designed to provide standard dew points of -20 C (-25 F), -40 C/F or -70 C (-100 F), but that comes at a cost of purge air that will need to be utilized and accounted for within a compressed air system. There are various types of regeneration when it comes to desiccant dryers and it all depends on the amount of purge air used during the process. Higher purge will require a larger compressor, therefore resulting in increased power consumption and higher life cycle cost. Heatless desiccant dryers require 16-25% of purge air and are considered to be most cost effective, but least efficient. When considering a heatless desiccant dryer, make sure to account for the extra purge air when sizing your air compressor. This calculation is required to sufficiently provide the required compressed air for the facilitys needs as well as the purge air necessary for the drying process. Heated purge air desiccant dryers utilize either internal or external heaters to account for part of the bead drying process. This type of a desiccant dryer reduces the amount of purge air that is required for the tower regeneration process down to less than 10%. Due to its design and ability to cut down the purge air required in the process, this dryer requires a higher initial investment as compared to a heatless desiccant dryer, but offers a significant energy efficiency during its life cycle. In externally heated desiccant dryers, the external purge air is heated to a higher temperature and introduced to the desiccant beads to aid with the drying and regenerating process. This type of a process utilizes on average 0-4% of purge air, making it one of the more efficient desiccant dryers. In order to eliminate the need for purge air in an externally heated desiccant dryer, a blower can be used, which would circulate the heated air throughout the desiccant bed. Due to its efficiency gains, the blower heat desiccant dryers tend to be most expensive option, but once again offer best return on your investment from the energy consumption standpoint over the lifecycle of the unit.

In conclusion, the need for a refrigerated or desiccant dryer will be mainly dependent on the specific air quality requirements for a given process. Dryers play a vital role in achieving clean and dry air that is less likely to compromise your operations and result in costly shut down or possible contamination of your product. Investing in a proper drying system now can result in substantial savings over the lifetime of the equipment and provide satisfactory products and results for your customers.

Learn more about the different ways we can treat compressed air and the different tools that are used in these processes. Here we talk about drying compressed air with the help of a refrigerated air dryer.

air dryer, air drying system - all industrial manufacturers - videos

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... molecules from compressed air and nitrogen. Only water molecules permeate through the hollow fiber membrane and they are exhausted outside. Oxygen and nitrogen pass through the hollow fiber and come out as dry air. it ...

High energy efficiency industrial dryer. Energy efficiency comes first! The ES series dryer stands out in the market due to the energy saving and management costs reduction. With an attractive and ...

Multi-layer dryer KGG-MER series Characteristics of MER Series Multilayer Dryers Wide application, fast drying, saving space occupation, low investment, small temperature difference of layers. ...

... today's economic conditions, STENTEX reaches higly satisfactory production capacities by means of new developed nozzles and air circulation system, The newly developed STENTEX is a high performance drying and heat-treament ...

... Fletcher monotube dryer-cooler dries and cools the sugar. Simple and efficient technology Cail & Fletcher monotube dryer-cooler comprises a rotary cylinder mounted on path rings and trunnions. Vacuum ...

... Ribbon vacuum dryer is a high efficiency vertical type drying equipment which integrates drying, crushing, vacuum decompression and mixed powder. It is have three to five times efficiency of the same specification double ...

Name: BSZG-15 Square Vacuum dryer It is suitable for drying heat sensitive raw materials that can decompose and polymerize and metamorphose at high temperature, it is wide used in pharmaceutical, chemical, food stuff ...

YOKISTAR waterborne paint drying system is designed to speed up the drying time of the water base paint. You are expected to use this system in both spraying and baking status.While in spraying, it can accelerate the ...

This desiccant rotor dryer is designed for technical applications where throughput is monitored gravimetrically and drying parameters matched precisely. Our loss in weight dryers are suitable for medical, ...

... m. long chambers with crossed arrangement Heating by gas, thermal oil, steam and electricity DUAL FLOW air circulation system PATENTED FPE air flow equalizing system Airflow bypass at any machine ...

Air dryer are available in different material designs: galvanized steel, stainless steel, copper, and smooth pipe. These product variations allow us to offer solutions that best fit to your specific applications ...

... Pressure drop: 0.021 MPa Pressure dew point:-20-40-70available Regeneration method: Heatless regeneration Regeneration air consumption 14.5% Adsorbent: Activated aluminum oxide Inlet oil content: 0.1ppm Period: ...

The refrigeration dryer chills the compressed air to below its dew point (down to -20 C), causing the condensation of the water vapor in the air. The liquid water is removed by a separator. The adsorption dryer has two columns operating in two cycles, drying and regeneration. The regeneration characteristics affect the dew point, which can be as low as -70 C. The membrane dryer operates via permeation. The compressed air passes through hollow, porous fibers which allow only the water molecules to pas through. The dried air enters the distribution network. Dew point can be as low as -70 C. These models are suitable for low-volume air flow.

Choice will depend primarily on specific use. Other factors include ease of installation and maintenance, output and noise level. The dryer can sit on the floor or be mounted on a bench, wall or ceiling.

hot air dryer, hot air drying system - all industrial manufacturers - videos

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The Rosler Belt dryer R is a heavy duty belt fed dryer designed to deliver versatility and efficiency for a wide range of applications. The unit is capable of processing asymmetrical, large components ...

... oil mills or at the production of parboiled rice. Low energy consumption Recirculation of non-saturated exhaust air and pre-heated cooling air which is also non-saturated. Gentle and uniform drying Displacement ...

... from dust, the dryer can also be fitted with a dust extractor. EASY INTEGRATION INTO THE MASS FINISHING PROCESS A rubberised feed hopper for your workpieces is located on the side of the unit, so that you can effortlessly ...

... or lower. This series features an easy and convenient technique. Materials are fed through a cyclone. A heater provides hot air on a continual operation and is fitted with a temperature control unit. ...

(according to ATEX 94/9/CE execution) for treatment of various kinds of materials, powders and granules. Explosion-proof execution for treatment of products containing a high percentage of alcohol, solvents or other volatile materials ...

... sewability The TD-F dryer has been designed for the drying of fabrics, either dyed or printed. Equipped with a feeding roller system, it allows consistent product input and a perfectly uniform drying. Hot ...

... generate heat rapidly and uniformly within the whole product mass Hybrid Version The RF technology is complemented with hot air circulation, which ensures the highest performance at the lowest operating cost.

... disaggregated wet solid, it is fed with dosing screw conveyor and/or a rotary valve. The toroidal design of the chamber generates a turbulent regime in the drying section. The combination of turbulences of hot ...

Multi-layer dryer KGG-MER series Characteristics of MER Series Multilayer Dryers Wide application, fast drying, saving space occupation, low investment, small temperature difference of layers. ...

The EcoDry Compound Dryer is designed for a smaller product line with a wide variety of can ends. It features heat induction technology to cure water based compounds. It allows the drying of the metal ...

Tetra Pak Spray Dryer Wide Body provides a fully automatic and continuous spray drying system. The dryer is suitable for the production of the complete range of dairy products. The system is customer ...

... drying hopper to form a single drying unit. The ESN hot air generator is a separate unit, connected to the insulated drying hopper by using special high temperature flexible or rigid pipes. The hot ...

... it comes to drying materials containing solvents, these drums are generally preferred over direct drying methods that use hot air as a drying medium, as the drum can work with a reduced-oxygen atmosphere ...

Multi-sided finishing system based on tensionless drying, relaxation and shrinkage of open width and tubular form knitted fabrics. It was designed based on experiences that has been constituted in the preparation of knitted fabric so ...