The HygroMatik MiniSteam E is an electrode steam humidifier for direct room humidification with steam outputs of 10 and 20 lb/h. It has been designed for humidification of small and medium-sized offices as well as production and storage rooms. The MiniSteam E generates hygienic steam from tap water and is particularly environmentally friendly and efficient.
The units are CSA C/US certified.
The MiniSteam E is a steam humidifier for direct room humidification. It can be operated with normal drinking water and produces pure, mineral-free steam. Its integrated, smooth-running ventilation unit distributes the hygienic steam evenly throughout the room.
The proven high-quality components of our MiniSteam E guarantee long service life with minimal maintenance.
The well thought-out components protect the environment and you save money.
The HygroMatik MiniSteam E processes all common control signals and automatically adapts to the respective water quality.
With the clear LED display, you always have all important unit and process data in view. The simple display symbols give instant clarity about the status of the steam humidifier. The control buttons allow quick and intuitive navigation through the clear and easy-to-understand menu.
At a glance:
The MiniSteam E can be adapted specifically to the requirements of the various application areas by means of individual equipment and
configuration with numerous options. This means that almost any project requirement can be optimally met. If necessary, these options
can also be retrofitted at a later time.
In the print and paper industry, regulating the air humidity is necessary to ensure high-quality goods of materials and processes, as they both react strongly to humidity level changes.
Since timber is a natural raw material which absorbs and emits moisture in accordance with its surroundings, indoor air humidity levels can significantly affect the use and production process of wood.
In the automotive and aerospace industries, it can be challenging to maintain and control stable temperatures, especially during the production process e.g. in the foundry, painting line, and machinery room.
Electrostatic discharge (ESD) is more likely to happen if the air is too dry (less than 45% relative humidity). With the correct humidity level, costly damage to sensitive components or disruption to production processes can be prevented.
In data centres, electronic components and especially the processors generate high heat when in operation. Regulating the indoor humidity is a very effective and cost-efficient way of cooling the air back to its required indoor temperature.
Optimum air humidity reduces the risk of yarn tears and breakage during the production process. Air humidification also helps to maintain the machinery speed and levels of productivity.
Friction can electrostatically charge plastic materials. A precise and consistent humidity ensures improved conductivity of the ambient air which helps avoid production downtime and damage.
Laboratories and clean rooms.
Temperature and relative humidity plays a significant role in laboratories and clean rooms as they require stable, controllable atmospheric conditions in order to achieve comparable and consistent work results.
Food and luxury food industry.
Quality and freshness in food production can only be achieved through optimum air humidity. The correct moisture levels can stop foods from drying out and losing weight. At the same time, the ideal humidification encourages the ripening process of certain foods.
Healthy growth in an agricultural estate is largely dependent on the right levels of humidity. In plants, low humidity levels can produce stress, causing growth to slow down or even be compromised.
Developing and manufacturing medical products requires controllable air humidity to ensure maximum quality and effectiveness and at the same time a disruption-free, hygienic process
In the print and paper industry, regulating the air humidity is necessary to ensure high-quality goods of materials and processes, as they both react strongly to humidity level changes.
Since timber is a natural raw material which absorbs and emits moisture in accordance with its surroundings, indoor air humidity levels can significantly affect the use and production process of wood.
In the automotive and aerospace industries, it can be challenging to maintain and control stable temperatures, especially during the production process e.g. in the foundry, painting line, and machinery room.
Electrostatic discharge (ESD) is more likely to happen if the air is too dry (less than 45% relative humidity). With the correct humidity level, costly damage to sensitive components or disruption to production processes can be prevented.
In data centres, electronic components and especially the processors generate high heat when in operation. Regulating the indoor humidity is a very effective and cost-efficient way of cooling the air back to its required indoor temperature.
Optimum air humidity reduces the risk of yarn tears and breakage during the production process. Air humidification also helps to maintain the machinery speed and levels of productivity.
Friction can electrostatically charge plastic materials. A precise and consistent humidity ensures improved conductivity of the ambient air which helps avoid production downtime and damage.
Laboratories and clean rooms.
Temperature and relative humidity plays a significant role in laboratories and clean rooms as they require stable, controllable atmospheric conditions in order to achieve comparable and consistent work results.
Food and luxury food industry.
Quality and freshness in food production can only be achieved through optimum air humidity. The correct moisture levels can stop foods from drying out and losing weight. At the same time, the ideal humidification encourages the ripening process of certain foods.
Healthy growth in an agricultural estate is largely dependent on the right levels of humidity. In plants, low humidity levels can produce stress, causing growth to slow down or even be compromised.
Developing and manufacturing medical products requires controllable air humidity to ensure maximum quality and effectiveness and at the same time a disruption-free, hygienic process
Hotels and conference centres.
A healthy, user-friendly environment plays an important role in hotels and conference centres as ensuring that guests have a pleasant experience is one of the most important aspects.
Offices and conference rooms.
Employee performance relies a lot on motivation, concentration and healthy living. A good atmospheric environment with optimum levels of air humidity can provide an ideal basis to improve performance as well as save energy costs
Comfortable learning environments make people more receptive and focused on their work. However, a large room with many people can bring about feelings of tiredness which can quickly set in. Optimizing the air humidity can provide relief in these instances.
The shopping experience can be greatly affected by the location climate and atmosphere. People prefer to stay longer in pleasant atmospheric environments which can be achieved with an optimum air humidity.
Air humidification is vital in museums and galleries as they often house invaluable artefacts which require a regulated and consistent indoor climate to avoid damage.
Hospitals and doctors’ surgeries.
As the treatment and recovery of patients is the main focus in hospitals and doctors’ surgeries, a healthy environment plays a critical role in the quality of services provided by a medical facility.
Cruise ships and offshore.
Cruise ships require a vast amount of cooling performance for air-conditioning. Adiabatic cooling systems are an efficient and cost-effective solution. Regulated air humidity creates a pleasant, healthy environment on board.
Libraries and antiquarian bookshops.
Regulating the indoor air humidity in libraries and bookshops helps prevent damage and slows down the ageing of books. Depending on the temperature, paper absorbs and emits moisture into the ambient air. Dry air can make paper brittle and weak, causing it to tear easily and faster.
Hotels and conference centres.
A healthy, user-friendly environment plays an important role in hotels and conference centres as ensuring that guests have a pleasant experience is one of the most important aspects.
Offices and conference rooms.
Employee performance relies a lot on motivation, concentration and healthy living. A good atmospheric environment with optimum levels of air humidity can provide an ideal basis to improve performance as well as save energy costs
Comfortable learning environments make people more receptive and focused on their work. However, a large room with many people can bring about feelings of tiredness which can quickly set in. Optimizing the air humidity can provide relief in these instances.
The shopping experience can be greatly affected by the location climate and atmosphere. People prefer to stay longer in pleasant atmospheric environments which can be achieved with an optimum air humidity.
Air humidification is vital in museums and galleries as they often house invaluable artefacts which require a regulated and consistent indoor climate to avoid damage.
Hospitals and doctors’ surgeries.
As the treatment and recovery of patients is the main focus in hospitals and doctors’ surgeries, a healthy environment plays a critical role in the quality of services provided by a medical facility.
Cruise ships and offshore.
Cruise ships require a vast amount of cooling performance for air-conditioning. Adiabatic cooling systems are an efficient and cost-effective solution. Regulated air humidity creates a pleasant, healthy environment on board.
Libraries and antiquarian bookshops.
Regulating the indoor air humidity in libraries and bookshops helps prevent damage and slows down the ageing of books. Depending on the temperature, paper absorbs and emits moisture into the ambient air. Dry air can make paper brittle and weak, causing it to tear easily and faster.
