Discover FanTR's SLSF fan: high efficiency and low sound

AERODYNAMICS

With utmost flexibility, the composite material allows us to create blades with higher aerodynamic profiles. This makes it possible to create fans that are: 

LOW SOUND

HIGHLY EFFICIENT

Our designs incorporate CFD: Computational Fluid Dynamics. The same technology used by major aeronautical centers powers our super low sound fans.

Figure: CFD - Computational Fluid Dynamics

PU EDGE

STRENGTH AND PERFORMANCE

Our engineering team developed a technique for applying PU (polyurethane) to the leading edge using the latest concepts in material technology. This process allows us to preserve the high performance features of our blade’s geometry.

Additionally, it provides protection while representing the ideal compromise between hardness, elongation, strength, traction, and resilience. All while meeting the latest specifications and recommendations defined by ASTM.

Figure: PU EDGE

The wear rate is a physical coefficient used to measure, characterize, and correlate the wear of materials.

Graph: Relationship between material hardness and wear coefficient

The lower the coefficient, the lower the wear and the higher the durability of the material.

COMPOSITE MATERIAL

PROVEN TO BE MORE RESISTANT THAN ALUMINUM

Super Low Sound Fan blades from FanTR are designed to last more than 30 years.

Gráfico: Diferença de durabilidade dos materiais

DURABILITY

DEVELOPED AND TESTED TO LAST LONGER

Thorough FATIGUE TESTS ensure that our products have:

• Greater weather resistance
• Less load on components, making it lighter
• Accurate structural Calculations