FANS TECH
Axial and centrifugal fans, blowers and cooling solutions
About the manufacturer
Fans-tech Electric Co., Ltd. is a Chinese manufacturer of fans, blowers and airflow solutions founded in 2004. The company focuses on small and medium-sized ventilation systems and motor-driven airflow products used in industrial equipment, HVAC and electronics.
Its portfolio includes axial, centrifugal and duct fans, external-rotor designs, AC and DC products and selected pumps. Fans-tech develops motor and control technologies and performs engineering work related to airflow, acoustics, temperature and service life.
The company operates extensive test facilities for airflow performance, noise, EMC, temperature and vibration, allowing fan parameters to be adapted to specific equipment and system requirements.
Fans-tech solutions are intended for HVAC, power electronics, telecommunications, household appliances, refrigeration, IT infrastructure and transport applications.
Cooling-system performance depends on the interaction between fan airflow and the pressure resistance of the enclosure, filters and heatsinks. For this reason, static-pressure capability and acoustic behavior can be as important as free-air airflow in a real installation.
Applications
FANS TECH fans and blowers are used wherever forced cooling, ventilation or controlled airflow is required.
FANS TECH products available from Maritex
The FANS TECH range available from Maritex includes fans and cooling solutions for electronic equipment, industrial systems and installations requiring controlled airflow.
Available product groups include:
Depending on the model, different supply voltages, dimensions, airflow rates, noise levels and control options are available. This makes it possible to select a fan for both compact electronics and larger ventilation systems.
Selection should take into account voltage, dimensions, airflow, static pressure, power consumption, noise level, bearing technology and environmental conditions.
Selection should consider voltage, dimensions, airflow, static pressure, acoustic level, bearing system, expected service life and available control signals such as tachometer or PWM.