Honeycomb Ceramic Filter Element For Fresh Air System

The honeycomb ceramic filter element for fresh air systems(hereinafter referred to as the "filter element")is mainly used to filter pollutants and particles in the air.It relies purely on physical filtration,produces no ozone, and ensures the supply of clean air.This purification method is both safe and environmentally friendly.

The purification effect of a fresh air system is not only affected by the quality of the fresh air host,but also largely determined by the purification capacity of the filter element.The grade and combination method of the filter element directly determine the quality of the purification effect. High-efficiency filters can achieve a purification rate of 99.99%.Therefore,the ceramic filter element is regarded as a core component in household fresh air systems.

Structural Composition

The honeycomb ceramic filter element mainly consists of the following components:

A. Honeycomb ceramic: In fresh air systems,honeycomb ceramic is mainly used for filtering harmful and odorous gases,heating air,and extending the service life of air ducts.

B. Filter sponge: When air passes through the fresh air system,the filter sponge can effectively filter out some dust and impurities, while reducing the noise generated by air flow.In addition,its low thermal conductivity helps maintain stable indoor temperature and reduce energy loss.

Electrostatic wire: It can release negative ions,effectively adsorb pollutants such as dust, bacteria, and pollen in the air,and make these pollutants charged before attaching them to the filter screen,thereby achieving air purification.The electrostatic wire plays a very important role in ensuring indoor air quality and is an indispensable part of the fresh air fan filter screen.

Regular Size

Physical Properties

Chemical Composition

Ceramic Core Heat and Cold Recovery

In summer, when the indoor air is cool and the outdoor air is hot:

During air exhaust:The cool air discharged from the room passes through the densely packed honeycomb pores,retaining its cold energy in the filter element.

During air intake: Similarly,the hot outdoor air is cooled as it passes through the filterelement,and the air entering the room is already cooled to a temperature close to the indoor temperature.

In winter,when the indoor air is warm and the outdoor air is cold:

During air exhaust: The warm air discharged from the room passes through the densely packed honeycomb pores,retaining its heat energy in the filter element.

During air intake: Similarly,the external cold airflow is heated when passing through the filter element,and the air entering the room is already heated to a temperature close to the room temperature.

This cycle repeats.Therefore,regardless of summer or winter,while purifying the air,the heat and cold air retention efficiency is as high as 95%,limiting changes in room temperature and thus greatly saving energy consumption.

Application   Principle

Two-way ventilation function: While delivering fresh outdoor air into the room,it discharges the same amount of indoor polluted air.

Air purification function: Equipped with a professional air filtration device,it purifies the air supplied to the room, providing a guarantee for people's health.

Energy recovery function:The heat exchanger built into the unit performs temperature orhumidity energy exchange while enabling two-way ventilation. Anenergy recovery rate of over 70%reduces the impact of ventilation on the indoor temperature,achieving the effect of energy-saving ventilation.