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Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness

Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness

제품 상세정보:
원래 장소: 베이징, 중국
브랜드 이름: Holtop
인증: CE
모델 번호: HBT-W168/168
상세 정보
원래 장소:
베이징, 중국
브랜드 이름:
Holtop
인증:
CE
모델 번호:
HBT-W168/168
모델:
HBT-W168/168
유형:
판 핀 타입 크로스플로우 총 열 교환기
주요재료:
ER 종이
열 회수 효율:
최고 85%
Entahlpy 효율성:
최대 76%
효과적인 항공 환율:
98% 이상
애플리케이션:
주거, 상업 및 산업용 열 회수 환기 시스템 장치
원래 장소:
베이징, 중국
강조하다:

High Light

강조하다:

plate fin heat exchanger humidity exchange

,

heat exchanger superior tear resistance

,

airtight plate fin heat exchanger

거래 정보
최소 주문 수량:
1개
가격:
협상 가능
포장 세부 사항:
상자
배달 시간:
2 주
지불 조건:
TT
공급 능력:
연간 200000 단위
제품 설명
Plate Fin Type Heat Exchangers
Hot Sale Plate Fin Type Crossflow Total Heat Exchanger featuring innovative plate-fin structure design. This advanced system achieves bidirectional exchange of heat and humidity through efficient cross-flow methodology. The compact design, combined with high-quality corrosion-resistant materials, makes it suitable for commercial buildings, industrial plants, and residential spaces.
Key Specifications:
• Model: HBT-W168/168 ~ HBT-W2052/2052
• Type: Plate fin type crossflow total heat exchanger
• Main Material: E.R. paper
• Heat recovery efficiency up to 85%
• Enthalpy Efficiency up to 76%
• Effective air exchange rate over 98%
• Excellent air tightness and tear resistance
• Flame retardant and mildew resistance
• Selective molecule permeability
Product Features
  • Made of E.R. paper with high moisture permeability, excellent air tightness, tear resistance, and aging resistance
  • Structured with flat plates and corrugated plates
  • Two air streams flow crossly for optimal efficiency
  • Suitable for both room ventilation and industrial ventilation systems
  • Heat recovery efficiency up to 85%
Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 0 Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 1 Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 2
Working Principle
The flat plates and corrugated plates form channels for fresh and exhaust air streams. When these two air streams pass through the exchanger crossly with temperature difference, energy is efficiently recovered through the exchange process.
Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 3 Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 4
E.R. Paper Performance
Heat exchange paper facilitates heat and moisture exchange with key performance standards including diathermancy, moisture permeability, and air permeability. Corrugated paper constructs the frame and air flow passages. The fiber clearance is designed to allow only small moisture molecules to pass through while blocking larger odor molecules, ensuring smooth temperature and humidity recovery while preventing pollutant infiltration.
Anti-Bacterial & Mold Prevention
Our heat exchangers feature advanced anti-bacterial technology that inhibits bacterial growth and prevents mold formation. Through specialized bactericides and anti-bacterial agents integrated into the paper surface and slurry, the system effectively eliminates bacteria (including Escherichia coli and staphylococcus) and inhibits fungal growth (such as Candida albicans). Tested by Guangzhou Industry Microbe Test Center, our heat exchanger paper demonstrates proven antibacterial effects with a mildew grade of 0.
Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 5
Product Specifications
The heat exchange paper and corrugated paper are adhesived with waterborne binder, with cores and covers sealed using special sealant to completely separate supply and exhaust air streams. This ensures structural strength, air tightness, and prevents cross contamination. Maximum operating temperature should not exceed 100°C.
Model A (mm) B (mm) C (mm) Optional Corrugation Height (mm) Remarks
HBT-W168/168168≤5002402.0, 2.5One module
HBT-W202/202202≤5002882.0, 2.5
HBT-W222/222222≤5003172.0, 2.5
HBT-W250/250250≤7003562.0, 2.5, 3.5
HBT-W300/300300≤7004272.0, 2.5, 3.5
HBT-W350/350350≤7004982.5, 3.5
HBT-W372/372372≤7005292.5, 3.5
HBT-W400/400400≤7005682.5, 3.5
HBT-W472/472472≤5506703.5
HBT-W500/500500≤5507103.5
HBT-W552/552552≤5507833.5
HBT-W600/600600≤5508513.5
HBT-W652/652652≤5509253.5
HBT-W700/700700≤5509933.5
HBT-W800/800800≤55011343.5
HBT-W1000/10001000≤45014173.5
HBT-W1200/12001200≤45017023.5
HBT-W1400/14001400≤45019853.5
HBT-W1600/16001600≤45022653.5
Plate Fin Type Heat Exchangers Designed For Heat And Humidity Exchange With Superior Tear Resistance And Air Tightness 6
Applications
  • Used in comfortable air conditioning ventilation systems and technical air conditioning ventilation systems
  • Supply air and exhaust air completely separated
  • Heat recovery in winter and cold recovery in summer
  • Direct air-to-air energy exchange
  • Ideal for both residential and commercial applications
  • Suitable for airflow range: 300-60000 m³/h

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