Category: Humidity Chamber

How to Choose a Humidity Chamber?

The humidity chamber is an essential piece of testing equipment for manufacturers to determine the durability of their products when they are out in the market for public use. Humidity chambers are used by climatologists, plant biologists, and microbiologists, who work with maintaining or fabricating microbial or plant populations in a controlled and reproducible environment. With the help of a humidity chamber, manufacturers can engineer the products in such a way that their durability is maintained by helping the material used to survive under different environmental conditions. To choose the most suitable space for a humidity chamber, it is important to take into account factors such as the size of the space, the temperature and humidity control system, the water supply, and the time. Depending on the purpose of the humidity chamber, the design and layout of the space may also be important.

How to Choose a Humidity Chamber?

There certainly are a few things to take into account while choosing the right humidity chamber for your needs, as follows:

• Space: Available space is surely a guiding factor while purchasing a humidity chamber. Manufacturers work closely with clients to ensure that the humidity chamber they choose perfectly fits into the space available to them.
• Temperature: This is also an important consideration as it is important to form vapors and maintain humidity inside the chamber. Many chambers reach up to 200°C. 
• Water Supply: Chamber design determines the water supply needed for creating humidity. Some type of drainage is also important. The Chamber placement location has to be designed for water supply & drainage.
• Time: Different chambers have different ramp-up times & pull-down times. While purchasing any such unit, the manufacturers must consult with the researcher(s) and ask them the time frame needed to complete data collection.
• RH: Most such chambers have this Relative Humidity factor between 20 – 98 percent. This particular consideration is determined by the process of testing and data required. More often than not, this is planned much before disclosing the same to the testing chamber manufacturer.
• Controller: The type of controller needed accounts for a major factor while buying such a chamber. Features providing great outcomes are the controllers which have microprocessors that can either be LED, LCD, or even touch-LCD.
• Type: More often than not, the decision for the type of testing chamber is made after checking its available footprint. Limited footprints suggest benchtop/vertical testing chambers. As the important parts of this particular consideration, chamber construction needs to see how the seams will be welded, the internal seals, how the door will open, and also the gaskets.

Humidity Chambers by Heatcon Sensors 

Based upon the above considerations, whichever heating chamber you choose, come to Heatcon Sensors to procure the same! It is a leading name in manufacturing various types of high-quality humidity chambers. For setting up and using a humidity chamber, it is also necessary for you to read the instructions that come with the chamber and to follow them carefully. In most cases, all you need to do is to plug in the chamber, set the desired humidity level, and turn on the humidity control system.

Benchtop Humidity Chambers

Reach-In Humidity Chamber

Walk-In Humidity Chambers

Drive-In Humidity Chambers

Scientific Testing Chambers

 

A humidity chamber is a device used to control the humidity levels. It is often used for scientific testing, but can also be used for other purposes. Different types of humidity chambers can be used in different industry verticals, laboratories for different purposes including product durability testing, and scientific testing, etc. Their types as well as their designs tend to vary as per the kind of testing that is needed, and some other factors decide the size of their parts too. Every industry vertical has its own set of requirements & data types needed to ascertain the quality of products required. This makes it imperative for the manufacturer to design a large variety of such test chambers with different sizes etc. 

Types of Humidity Chambers

Humidity chambers come in varied sizes and also come with different features such as the ability to reach various parts of the chamber, walk-in or drive-in configurations, and benchtop versions.

Benchtop Humidity Chambers

Benchtop humidity chamber units provide more convenience because they sit on a tabletop rather than being attached to a wall as traditional humidifiers do. This type of humidity chamber fits on shelves for testing humidity effects on smaller parts. This one is a cost-efficient way to test any product(s), usually done on small components like electronics parts, sensors, cell phones, etc. These are mainly used in research labs and/or by small businessmen etc. Size can be as small as 0.89 cubic feet and as large as 5.5 cubic feet also. 

Reach-In Humidity Chamber

The reach-in versions of these humidity chambers are perfect for use at work stations where you need easy access to the chamber itself. They have smaller footprints as compared to the models that are larger in size! They have the almost same versatility as that is there in a benchtop model. These come in vertical configurations allowing easy access. They are totally sealed while testing. Designed with casters/wheels for more convenience, they come in different sizes matching the space that is available.

Walk-In Humidity Chambers

As the name suggests, walk-in humidity chambers have big enough room for cars as well as any big computing systems. They can have modular construction wherein these chambers are built on-site or are installed as single units as per customers’ requirements.

Drive-In Humidity Chambers 

Just like the walk-in ones, the drive-in humidity chambers too are big in size. The main use for these types of chambers is seen in vehicle testing, wherein, the vehicle is tested under different mini-environmental conditions for determining its life as well as its durability. This type of chamber is usually engineered for meeting customer requirements, mainly used in the automotive industry.

Scientific Testing Chambers

Scientific testing chambers vary in size, but all of them are designed to control humidity levels in a specific area. They can be used to test products and/or materials, and predict humidity levels in the environment, by creating mini-environments. Their major use is seen in examining specimens for potential issues. The data thus collated becomes highly significant in the development of product(s) in the future related to food science, pertaining to pharmaceuticals, as well as the electronics industry.

Humidity Chambers by Heatcon Sensors 

Heatcon Sensors is one of the leading manufacturers of different types of humidity chambers. The testing chambers produced by them are being used in several industry verticals.

 

 

Humidity Chambers Are Available in Many Sizes!

Construction of a Humidity Chamber

Humidity Chambers by Heatcon Sensors

 

A humidity chamber is an equipment used to examine how products under test react when they are exposed to humidity variations. A variety of test methods using humidity chambers have been developed to determine whether a certain product that is being tested using this humidity chamber would be able to withstand adverse weather conditions, which in turn defines its durability. These tests are often performed by technicians, who analyze test results using sophisticated instruments. This testing requires specialized training and experience to interpret properly and accurately for each particular case at hand. After testing, these technicians arrive at an accurate conclusion about a given product or its part or assembly’s suitability for mass production and/or distribution in its intended environment or application (e-g., aerospace, automotive, marine, etc.).

Humidity Chambers Are Available in Many Sizes!

A simple form of a moisture chamber consists essentially of two sealed rooms, one inner and one outer, with walls made from a transparent material such as glass or plastic so that the Relative Humidity (RH) inside can be observed. The principle behind this type of device is that water vapor condenses onto surfaces when it reaches its boiling point-the higher than the RH in either room, more water vapor will precipitate on surfaces within both rooms. Several variables affect the durability of any product(s). These humidity testing chambers are used for ensuring the durability of products and optimizing their performances to provide accurate data about the factors that cause the deterioration of these products. The humidity chamber can be considered as a type of miniature environment that is capable of creating a vast array of environmental conditions, so it is made of durable material(s), which can withstand the weather condition(s) it creates. These testing chambers are available in many sizes from desktop models to even the ones that are big enough to walk inside them. Irrespective of the sizes, all types of these chambers have some common elements, including walls, sealing materials, doors, controllers, observation ports, temperature setting monitors, etc.

Construction of a Humidity Chamber

A humidity chamber is a scientific instrument used to measure and control the humidity in the air, as well as other gasses and liquids. It is composed of several large and small chambers interconnected by a system of pipes and valves. Data collection and analysis are carried out by a computer. The humidity chamber is made up of separate chambers, each of which is heated and cooled. The lower chamber (the one below the surface) is heated by a piece of equipment that emits infrared radiation. The warmer air rises and the cooler air sinks. The condensation on the walls and ceiling of the chamber causes the humidity level to be monitored continuously. The humidity chamber is often used for measuring the humidity in the atmosphere, controlling the humidity in air-conditioning systems, studying the behavior of gasses and liquids at low and high temperatures, and for making products’ tests for their sustainability. This defines the life of any product when it is supplied in the market. A humidity chamber consists of the following:

• Walls 
• Sealing Material
• Doors
• Controllers
• Temperature
• Air supply
• Humidity system
• Materials

Humidity Chambers by Heatcon Sensors 

A humidity chamber is an important tool used in many industry verticals. It is useful for reproducing the humidity in the atmosphere, simulating the humidity created by air-conditioning systems, and for testing the durability of products by the behavior of their materials under different environmental conditions. Heatcon Sensors‘ humidity chambers are highly accurate and reliable, meeting or exceeding all applicable standards. Heatcon is the leading manufacturer of high-quality humidity chambers. Their chambers maintain a consistent level of humidity, and these chambers are safe to use, easy to operate, and perfect for industrial requirements. They offer a wide range of humidity chambers, so you can find the perfect one for your needs or get one specifically constructed that suits your needs well.

 

 

Industrial Applications of Humidity Chambers

Humidity Chambers by Heatcon Sensors 

 

Gone are the days when products were dissipated in the market with just the hope that they would be durable. This guesswork era has pretty much ended with the development of humidity chambers, which has paved the way for the much-informed introduction of the product(s) in the market! These testing chambers give critical data about product(s) and their material(s) for the designing of fresh products. Many industries today are not just using these humidity chambers, but depending upon them quite a lot to gather significant information about the stability & endurance of their product(s). 

Industrial Applications of Humidity Chambers

Humidity chambers are used in a wide range of industrial applications. Humidity chambers use moist air to control the humidity levels within a given environment. This helps to preserve products or reduce the amount of water needed for specific processes. In many industries, humidity chambers are used to control the humidity levels in a given environment. These chambers are also used in research laboratories to study the effects of humidity on various objects. The air in a humidity chamber is created by putting moist air into the chamber and then sealing the chamber. The humidity level in the chamber is controlled by the amount of water that is present in the air. The reason why humidity chambers are used in various industries is that they allow for the controlled reproduction of humidity levels. This is important because it is difficult to replicate humidity levels in an uncontrolled environment. Many industries today are using humidity chambers to control the humidity levels in a given environment and to study the effects of humidity on various products.

• Automotive Industry: The major function of this tenting chamber in the automotive industry is to simulate weather conditions, which is done by pumping in moisture-filled hot air inside the chamber. The capability of a car to withstand such abuse, which they endure, is a serious issue for car manufacturers. Ensuring any vehicle’s tolerance over all these types of weather conditions is vital for the life of any such vehicle and also for the safety of the passengers.
• Rubber Industry: Rubber is a material that gets too affected by any strong climatic condition(s). Rubber sure has high tolerance but it is still prone to the damages/changes owing to the humidity in the air. The sole purpose of a humidity testing chamber here is for testing how rubber will behave when it is subjected to 95 percent humidity. By using such a chamber, the rubber’s cracking/melting property is determined.
• Pharmaceutical Industry: Considering humidity is a crucial aspect in this industry as moisture can degrade the drugs quickly, making humidity-testing data highly critical to determine the life of any drug. 
• Plastic Products Industry: Moisture & humidity exposure can lead to discoloration of plastics, and surface crazing/chalking, and making them brittle. So, it is crucial to test any plastic products for such aspects as it can cause the failure of any plastic products in the market.
• Other Industries: Humidity chambers can be found in various other sectors such as electronics, textiles, chemicals, aerospace, military, medical, battery, and other materials processing industries.

Humidity Chambers by Heatcon Sensors 

Heatcon Sensors is a leading manufacturer of high-quality humidity chambers. Their products are used in many industry verticals by manufacturers, researchers, scientists, and laboratories throughout the world to check and control humidity levels in various environments.

 

 

How A Humidity Chamber Works?

Most Widely Used Types of Humidity Chambers! 

Heatcon – The Leading Manufacturer of High-Quality Humidity Chambers!

 

A humidity chamber is a controlled environment used to test the effects of specified levels of humidity on objects or materials. It has a specific application in manufacturing processes where manufacturers can do environmental testing using different control parameters of humidity and temperature to ensure their products can withstand the harshest of weather conditions. It is helpful in ascertaining the shelf life of the products and the point beyond which the product quality will start to deteriorate or completely fail. It is helpful for product design engineers to fine-tune their product design and materials that are better resilient to the environmental conditions. 

How A Humidity Chamber Works?

If you need to store or test materials that are sensitive to moisture, you may need to use a humidity chamber. These chambers can help to regulate the level of humidity in the air, providing a controlled environment for your materials. Humidity chambers work by circulating air through a humidifier and then trapping it inside the chamber for test durations. This allows the air inside the chamber to reach the desired level of humidity. A hygrometer is used to easily monitor the humidity level inside the chamber. If you need to store materials that are sensitive to moisture, a humidity chamber can help to protect them. By regulating the level of humidity in the chamber, you can create a safe and controlled environment for your materials. By measuring the most optimum humidity levels, you can easily vary your materials and designs to increase the shelf life of your final product. 

Most Widely Used Types of Humidity Chambers! 

There are different methods of introducing both heat and moisture into a humidity chamber. You can use a bath or spray technique to introduce water, and likewise, you can use a heating element or a coil type of heater for generating heat. Some of the most widely used humidity chamber types include:

• Steam Generator: One of the most common types of chambers is the steam generator that uses immersion type of heaters for creating the desired level of humidity. The advantage of this type of chamber is that it can create very high levels of humidity, which is perfect for testing materials that need to be exposed to extreme conditions. The inside temperature can be easily varied between 300 0C to up to 1300 0C.  
• Atomizer Test Chamber: Another type of chamber is the atomizer test chamber which is fitted with a spray nozzle for inducing atomized water for creating moisture inside the chamber. The advantage of this type of chamber is that it is less expensive to operate than a steam generator. However, atomizers can be less effective in creating high levels of humidity.
• Water Bath Test Chambers: These use a water bath to create the desired level of humidity. The advantage of this type of chamber is that it is very effective in creating high levels of humidity.
• AGREE Test Chambers: Such chambers are the most expensive ones, but they are also the most effective. These chambers use a combination of steam and atomization to create the desired level of humidity. AGREE chambers are perfect for testing materials that need to be exposed to extreme conditions. The unique feature of such a chamber is that it also offers vibration testing at the same time along with environmental testing. 

Heatcon – The Leading Manufacturer of High-Quality Humidity Chambers!

If you too are looking to procure a robust solution for your product testing needs, you can contact the sales team of Heatcon Sensors who can assist you with getting the most suitable type of humidity chamber that will work best for your process after thoroughly understanding your process needs.