Total Heat Energy Exchanger High Efficiency

Products

Total Heat Energy Exchanger High Efficiency

Total Heat Energy Exchanger High Efficiency

Holtop Group is a leading manufacture specialized in Energy Recovery Ventilation(ERV), Air Handling Units(AHU), and Plat

Send your inquiry

DESCRIPTION

Basic Info.
Model NO. HBT-W
Production Capacity 200, 000pieces/Year
Product Description
Holtop Group is a leading manufacture specialized in Energy Recovery Ventilation(ERV), Air Handling Units(AHU), and Plate &Rotary Exchangers for nearly 20 years. Products are exported to 100+ countries with good quality and pretty competitive price. Holtop has been providing ODM ERV products to Mitsubishi Heavy, Hitachi, etc., and Johnson Controls-YORK has been purchasing AHUs from Holtop.
Product Description
Total heat exchanger is made of ER paper which is featured by high moisture permeability, good air tightness, excellent tear resistance, and aging resistance. The clearance between the fibers is very small, so only the moisture molecules of small diameter can go through, the odor molecules of larger diameter are unable to pass through it. By this means, the temperature and humidity can be recovered smoothly, and prevent the pollutants infiltrating to the fresh air.

Heat recovery efficiency up to 85%
Enthalpy efficiency up to 76%
Effective air exchange rate over 98%
Selective molecule permeability
Flame retardant and mildew resistance


Specification

Total Heat Energy Exchanger High Efficiency


Working principle
The flat plates and the corrugated plates form channels for fresh or exhaust air stream. When the two air steams
passing through the exchanger crossly with temperature difference, the energy is recovered.Performance index

Total Heat Energy Exchanger High Efficiency


E.R. paper performance introduction

Heat exchange paper: for heat and moisture exchange, the main performance standards are diathermancy, moisturepenetrability and air permeability.

Corrugated paper: to construct the frame for the heat exchanger, flowing passages of the air stream.