Our Quality Standards

Centrifugal blowers are mechanical devices used to transport air or gases at high pressure. The basic operating principle is for a rotating fan to draw in air or gas with centrifugal force at the center and then expel it at high speed. These devices are used in many applications such as ventilation, dust collection, cooling systems, and gas transport in various industrial processes. The design of centrifugal blowers generally includes a fan rotated by a motor, a housing where the fan is mounted, and inlet and outlet points for air or gas. These devices, offering high efficiency and durability, are produced in various sizes and capacities to meet different volume and pressure requirements. Centrifugal blowers are preferred for their quiet operation features and low maintenance needs.

A boiler is a device used for heating water and storing it. Generally designed to meet hot water needs in homes, workplaces, and industrial facilities. The operating principle is based on heating the water inside with the help of a heat source and storing it for use when needed. Boilers vary in capacity and heating systems. Some boilers heat water directly, while others heat water indirectly through a heat exchanger. Energy efficiency, ease of use, and long life are important factors to consider when choosing a boiler.

Heat exchanger is a device that enables heat transfer between two fluids at its core. The distinctive feature of a heat exchanger is that it facilitates heat transfer between these two fluids in liquid or gaseous form without allowing the substances to mix. Typically, the plates or other heat transfer surfaces used inside heat exchangers separate the fluids from each other while allowing heat to be transferred from one fluid to another. This heat exchange can be unidirectional for heating, cooling, or bidirectional simultaneously.

A tubular heat exchanger is a device that provides heat transfer between fluids at different temperatures. Essentially, it consists of a series of tubes and a shell surrounding these tubes. One fluid passes through the tubes, while the other passes through the area created by the shell. This structure allows heat exchange between fluids without direct contact. Tubular heat exchangers have a wide range of applications due to their resistance to high pressure and temperature conditions. They are used in various industries such as chemistry, petrochemistry, energy production, and marine. In addition to providing efficient heat transfer, they offer easy cleanability and maintenance. Different designs show a variety to meet specialized application requirements.

Soldered heat exchangers are produced by soldering metal plates at high temperatures and provide efficient heat transfer between two different fluids. They are commonly used in areas such as HVAC, cooling, and power generation. Their compact structures allow them to occupy less space and provide high efficiency. They are resistant to high pressure and temperature, require low maintenance, but internal cleaning or fluid replacement can be challenging, making them ideal for long-term use.