Modular, flexible, and highly energy-efficient unlimited air handling units

Air handling units produced in various cross-sections with air flow rates up to 100,000 m³/s

High dehumidification capacity of up to 200 kg/h

Environmentally friendly R410A refrigerant with scroll hermetic compressor

Efficient energy recovery system

Modular cells with a sturdy frame made of special alloyed aluminum or steel profiles

Double-walled panels made of electrostatically powder-coated galvanized steel, fastened with externally removable stainless steel bolts

Interior surfaces designed from AISI 304 stainless steel to prevent bacterial formation

EC plug fans compliant with ISO/DIN 1940 standards

Single-Fan Rooftop:

The ambient air is conditioned and recirculated back into the space. Two dampers allow for balancing the exhaust and fresh air, enabling an optional fresh air mixture as needed.

Dual-Fan Rooftop with Mixing Damper:

In this model, the exhaust and supply fans operate separately, allowing fresh air to be added to the ambient air at a desired ratio through the mixing damper.

Dual-Fan Rooftop with Plate Heat Exchanger:

The exhaust air transfers its heat to the fresh air through a plate heat exchanger, ensuring heat recovery. This system operates exclusively with fresh air.

Slim, monoblock, and flexible design

Heat recovery units with air flow capacities up to 5,000 m³/s, available in 7 different sizes

Air renewal terminal solutions with heat recovery

Flexible Air Management

Maximum energy efficiency, high air quality, and comfort

Wide and versatile product options

Easy management with advanced control equipment

Includes motorized dampers and electric heating functions

Monoblock, slim, and flexible design

Heat recovery units in 7 different sizes, capable of handling airflows up to 5,000 m³/h

Heat recovery-based air renewal terminal solutions

Flexible Airflow

Maximum energy savings, superior air quality, and comfort

Wide product range and versatile applications

Easy management with advanced control equipment

Motorized damper and electric heating features

Modular, flexible, and energy-efficient cellular fans

Produced in various cross-sections with airflow rates up to 100,000 m³/s

Reliable design with TSE and CE certifications

Modular and Compact Solutions

Maximum energy efficiency, superior air quality, and comfort

Wide and versatile range of product options

Integrated electronic regulation system

Special energy-saving solutions for commercial buildings

▪ Modular, flexible, and high-efficiency cell fans

▪ Different cross-section options up to 100,000 m³/s air flow rate

▪ TSE and CE certified reliable systems

Modular and Compact Design

▪ Maximum energy efficiency, comfort, and air quality

▪ Wide product range and versatile use

▪ Integrated electronic control system

▪ Energy-efficient solutions for commercial buildings

Wars have been an inevitable reality throughout human history. Differences in religion, language, race, and ethnicity have fueled conflicts, and countries have developed increasingly destructive weapons. With the Industrial Revolution (1750), the war industry became a giant sector, and as a byproduct of advances in medicine and medical fields, biological weapons emerged. The discovery of atomic energy led to the rapid proliferation of nuclear weapons, while chemical weapons have become a major threat.

Various laws and regulations have been enacted to counter these dangers. Under the 3194 Construction Law, there is an obligation to build shelters underground in buildings according to specific dimensions. The air supplied to these areas must be purified from nuclear, biological, and chemical effects. Shelter ventilation units, designed to meet this need, are certified with TSE and CE standards.

In fans used for stairwell and elevator pressurization systems, heat resistance is generally not required. To meet this need, solutions tailored to the desired capacities are offered with options such as axial fans, housed axial fans, or cabinet axial fans.

Applications

Cooling of industrial machinery

Hot air exhaust in high-temperature environments

General and industrial buildings

Warehouses, storage areas, and depots

Parking lots, public structures, and agricultural buildings

Commercial greenhouses

Large workshops, dyehouses, and factories

Environments with high dust and vapor density

Smoke generated during fires makes breathing difficult and poses a toxic threat to human life. These harmful gases must be evacuated rapidly. Locally produced fire smoke exhaust fans offer fast delivery and service capabilities. These fans provide effective smoke extraction in residential areas, shopping malls (AVMs), parking lots, and industrial environments.

Fans used in stairwell and elevator pressurization systems typically do not require heat resistance. Solutions are offered with axial fans, cellular fans, or cabinet axial fans, depending on the desired capacity.

Applications:

Cooling of industrial machinery

Hot air extraction from high-temperature areas

General and industrial buildings

Warehouses, storage rooms, and depots

Garages, public buildings, and agricultural buildings

Commercial greenhouses

Large workshops, paint shops, and factories

Environments with high dust and vapor density

Smoke generated during a fire makes breathing difficult and creates toxic effects, threatening human life.

During a fire, harmful gases at high temperatures must be evacuated quickly.

Locally produced fire smoke exhaust fans offer advantages such as fast delivery and service.

These fans provide effective smoke extraction in residential areas, shopping malls (AVMs), parking lots, and industrial environments.

Smoke generated during a fire makes breathing difficult and causes toxic effects, endangering human life.

It is essential to rapidly evacuate harmful gases at high temperatures during a fire.

Locally produced fire smoke exhaust fans offer fast delivery and service advantages.

These fans provide effective smoke extraction in various locations such as residences, shopping malls (AVMs), parking lots, and industrial areas.

Specially designed to remove unwanted odors from the system

High pressure and airflow capacity of up to 18,000 m³/s

Easy installation options

Special design solutions for removing unwanted odors from the system.

Specially designed to eliminate unwanted odors from the system, with high pressure and an air flow capacity of up to 18,000 m³/s, ensuring easy installation.

Custom-designed to remove unwanted odors from the system, with high-pressure capability and an air flow rate of up to 18,000 m³/s, offering easy installation.

Roof-Mounted Vertical Discharge Fan with Independent Motor Airflow

Vertical discharge fan design suitable for roof installation

Operates independently of motor airflow

High air flow rate and efficient ventilation

Ideal solution for industrial and commercial spaces

Durable construction and long-lasting performance

Easy installation and maintenance features

Unlimited modular, flexible, and energy-efficient cellular fans

Cellular fans produced in various cross-sections

Certified with TSE and CE

Experience the Difference of Modularity and Compactness

Optimal energy efficiency, air quality, and comfort

Wide and versatile product range

Integrated electronic regulation

Energy-saving custom solutions for all commercial buildings

Effective heating solutions for manufacturing plants, gyms, and warehouses

Heating capacity from 4,000 - 60,000 kcal/s (hot water)

Heating capacity from 7,000 - 80,000 kcal/s (hot water)

Option to work with hot / superheated water

Effective heating for production facilities, gyms, and warehouses

Heating capacity of 4,000 - 60,000 kcal/h (hot water)

Heating capacity of 7,000 - 80,000 kcal/h (superheated water)

Option to operate with hot or superheated water

Specially designed solutions for eliminating unwanted odors from the system.

Durable and silent mechanism

Easy installation, requires no energy

Superior suction power

The Esmatic wind vane spins with the wind to expel smoke and contaminated air from the chimney. It helps save fuel and extends the lifespan of boilers and burners. In windy conditions, it prevents backdraft in chimneys, reducing the risk of poisoning from stoves. In shared chimneys, it quickly evacuates heat, odors, and smoke, minimizing poisoning risks. It creates a cleaner and fresher environment by ensuring continuous air circulation.