NanoWelp that efficiently and sustainably leads to a comfortable air environment.
■Ultra-fine Fibers The fiber diameter of human hair is about 60μm, while the fiber diameter of typical synthetic fibers ranges from 1.5 to 5μm. In contrast, the most common fiber diameter of NanoWHELP is approximately 300nm, making it an ultra-fine fiber that is only about 1/200 the thickness of human hair. ■Three-Dimensional Structure Conventional nanofibers have a flat two-dimensional structure, but NanoWHELP forms a complex three-dimensional structure characterized by a high void ratio in the fibers. Countless voids, which are even finer than the fiber diameter, effectively capture particles. High Collection Efficiency - Initial collection efficiency of over 80% for 0.4 and 0.7μm *Initial efficiency of comparable products: 0.4μm: 50-60%, 0.7μm: 60-70% - Effectively collects from the start without relying on clogging effects - MERV14 certification obtained from a third-party organization in the United States ■Low Pressure Drop - Initial pressure drop of about 70% lower than conventional products - Rated initial pressure drop of 90pa ■Long Lifespan - Pressure drop decreases the most over time - Continuously low pressure drop - Improved cleanliness and energy-saving effects
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basic information
NanoWHELP BT 1. It is an ultra-thin mini pleat (bead resin molded). 2. It is easy to install and remove, saving space. 3. Without separators, sizes and shapes can be freely designed. 4. Thanks to the electret non-woven fabric and density gradient non-woven fabric, it has low pressure loss, high collection efficiency, and long lifespan. 5. It has excellent wind pressure resistance. 6. There is no re-entrainment of collected dust. NanoWHELP MP 1. It adopts a multi-purpose pleat that evolves traditional mini pleat technology, achieving ideal performance. 2. The inflow side of the filter material has a wider bead resin coating pitch, allowing smooth air inflow. 3. The outflow side of the filter material has a narrower bead resin coating pitch than the inflow side, preventing deformation of the filter material. NanoWHELP WP 1. The filter material block processed into a mini pleat shape is further tapered to maximize the filter material folding area. 2. A specially shaped reinforcement material is used at the inflow side of the filter material, ensuring stable filter material shape during use.
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A manufacturer and general electronics trading company that develops components for distribution boards and control panels, panel parts, wiring connection materials, insulation materials, electrical construction materials, noise countermeasures, LAN-related materials, signaling equipment, and more.