Crossflow Fan "Tangential Fan" Use Cases

Companies struggling with issues like water drainage during work processes are welcome to consult with us! We can integrate solutions into various equipment.

If your company is struggling with drying and blowing off water from workpieces, please feel free to consult with us! We will introduce examples of utilizing the 'tangential fan,' which can be incorporated into various equipment. In surface treatment equipment manufacturing, it has been implemented in plating processing equipment, achieving a high air volume and realizing time savings and energy conservation. In the case of continuous furnaces in heat treatment equipment manufacturing, the astonishing air volume and velocity were key factors for its adoption. There are also examples of its use in refrigerated trucks. Recently, more customers have been utilizing it to improve the efficiency of the water removal process for workpieces. This product features uniform laminar airflow, outstanding durability, and the reliability of being manufactured by LTG in Germany. Additionally, drying furnaces using this product can be designed to be compact. Companies struggling with air blowing issues are encouraged to consult with us. [Usage Examples] ■ Adoption in continuous furnaces ■ Adoption in refrigerated trucks ■ Achieving 30% energy savings ■ Adoption in drying furnaces ■ Adoption by surface treatment equipment manufacturers ■ Water removal for long workpieces such as cylinders *For more details, please download the PDF or feel free to contact us.

basic information

【Features】 ■ Capable of delivering uniform laminar airflow ■ Exceptional durability due to high-quality materials ■ Trustworthiness from being manufactured by the German company LTG ■ A wide range of sizes and heat resistance temperatures available, allowing integration into various equipment ■ When used in drying ovens, it enables compact furnace design, and the fan's structure allows for high installation flexibility ■ The airflow from the outlet is laminar, resulting in good temperature distribution within the furnace, minimizing inconsistencies in the finish of the workpieces *For more details, please download the PDF or feel free to contact us.