20x20x5 Air Filter MERV 13 Pleated HVAC AC Furnace Filters Compatible with Lennox X0585 for Honeywell FC100A1011 Actual Size: 19.63 x 19.88 x 4.38 Foldable Design(1pack)

20x20x5 Air Filter MERV 13 Pleated HVAC AC Furnace Filters Compatible with Lennox X0585 for Honeywell FC100A1011 Actual Size: 19.63 x 19.88 x 4.38 Foldable Design(1pack)

약 58,370원
$39.99 환율 $1 = ₩1,460
아마존에서 확인·구매
해외직접배송 · 관세·배송비 별도 미국 낙타 가격이력
역대 최저
약 58,370원
$39.99
2026-07-18
역대 최고
약 58,370원
$39.99
2026-07-18
평균가
약 58,370원
$39.99

달러 가격을 현재 환율 $1 = ₩1,460 (2026-07-27 기준)로 환산한 원화입니다.

가격 변동 그래프

아마존 달러(USD) 가격을 각 날짜의 환율로 원화 환산해 표시합니다. 현재 환율 $1 = ₩1,460 (2026-07-27 기준)

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쿠팡에서 "20x20x5 Air Filter MERV Pleated HVAC AC" 검색

이 포스팅은 쿠팡 파트너스 활동의 일환으로, 이에 따른 일정액의 수수료를 제공받습니다.

상품 특징

  • WIDE MODEL COMPATIBILITY: Replacement furnace filters Compatible with Lennox X0585 filter Model HCF14-11 Honeywell FC100A1011.
  • SPECIFICATIONS AND DIMENSIONS: Norminal dimensions: 20x20x5 air filter measures actual size: 19 5/8&#34
  • × 19 5/8&#34
  • × 4 3/8&#34
  • (19.63&#34
  • x 19.88&#34
  • x 4.38&#34
  • ) Nominal Dimensions is standard industry descriptions,however, actual dimensions depend on the specific model you are using. Please refer to the actual dimensions of the filter element you are using.
  • PREMIUM MERV 13 SYNTHETIC MEDIA: Filters are typically made of cellulose or polypropylene media bonded to a cardboard frame, with a metal mesh backing.Source-factory high-density MERV 13 synthetic media with strict quality control.
  • EVERYDAY SCENES: Suitable for home living rooms, bedrooms, school classrooms, offices, and similar indoor environments.
  • AUDIENCE: Individuals concerned about indoor air quality who wish to create a clean and comfortable home environment.
  • WHY REPLACE IT REGULARLY? A dirty or clogged filter can add strain to your HVAC system, which may lead to increased energy consumption and reduced system efficiency.
  • OPTIMIZED AIRFLOW AND ENERGY EFFICIENCY: The upgraded design reduces air resistance without compromising the efficiency of the HVAC system, striking a balance between filtration performance and energy efficiency, thereby lowering energy costs.