무장력 후가공 공정에 의한 집진필터 설계 및 구현에 대한 연구 (Design and Improvement of Non-woven Dust-Collecting Filters by Tension-free Post-processing Using Spraying Resin Solution)

서지정보

· 발행기관 : 한국섬유공학회
· 수록지 정보 : 한국섬유공학회지 / 57권 / 5호 / 255 ~ 262페이지
· 저자명 : 김병기, 손태우, 박현태, 임지환, 김한성

초록

The durability and performance of air purification filters are typically improved through post processing. Post processing of air purification filters is mainly performed using the dipping process, which causes problems such as deformation of the filter media and decreased uniformity because of the increasing tension and mass of the filter media.
To resolve these problems, we devised a tension-free post processing method and compared its performance with that of the dipping process. In our method, a resin tube is placed horizontally above a mangle roller, enabling resin to flow down the mangle roller, allowing it to be easily absorbed by the filter media. Owing to the horizontal placement of the resin tube, the tension applied to the filter media can be minimized. The basic physical performance such as tensile strength and initial pressure drop, of the filter media produced using our method improved evidently. Intensive research and development of the postprocessing technique are required to further improve the overall efficiency and durability of air purification filters.

영어초록

The durability and performance of air purification filters are typically improved through post processing. Post processing of air purification filters is mainly performed using the dipping process, which causes problems such as deformation of the filter media and decreased uniformity because of the increasing tension and mass of the filter media.
To resolve these problems, we devised a tension-free post processing method and compared its performance with that of the dipping process. In our method, a resin tube is placed horizontally above a mangle roller, enabling resin to flow down the mangle roller, allowing it to be easily absorbed by the filter media. Owing to the horizontal placement of the resin tube, the tension applied to the filter media can be minimized. The basic physical performance such as tensile strength and initial pressure drop, of the filter media produced using our method improved evidently. Intensive research and development of the postprocessing technique are required to further improve the overall efficiency and durability of air purification filters.

참고자료

· 없음