| Sign In | Join Free | My benadorassociates.com |
|
| Company Info. |
| Zhejiang Huier Coating Environmental Protection Equipment Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
1. Working principle
Treatment of dusty gas: dusty gas enters through the air inlet,
coarse particles settle in the ash hopper due to gravity, and fine
dust evenly adheres to the surface of the filter cartridge;
Purified gas penetrates the filter cartridge into the clean air
chamber and is discharged through the fan.
Filtration stage: surface filtration: dust forms a dense dust layer
to intercept subsequent particles;
Deep filtration: submicron particles are captured by diffusion and
electrostatic adsorption through fiber gaps.
Clean and regenerate: after the pressure difference reaches the
threshold, the pulse valve triggers a high-pressure airflow
(0.6-0.7MPa) to impact the filter cartridge and peel off the dust
layer;
After cleaning, the dust falls into the ash hopper and the filter
cartridge restores air permeability.
3. Technical parameters and performance
Filtration efficiency: dust removal rate of 0.5μm and above
≥99.5%; Air volume: single unit capacity can reach more than
2000m³/h, supporting large air volume combination design;
Temperature resistance: conventional filter cartridge temperature
resistance ≤120℃, special materials (such as PTFE) can reach 260℃;
Service life: filter cartridge life ≥2 years, whole machine
design life ≥20 years.
4. Application scenarios
Industrial field: automotive manufacturing, metal processing,
chemical industry, cement, furniture spraying and other high dust
concentration scenes; Special working conditions: welding smoke,
spray powder recovery, explosion-proof environment (equipped with
anti-static filter material). 5. Installation and maintenance
Installation requirements: reserve enough maintenance space, the
aperture deviation of the flower plate is ≤±0.1mm, and the
concentricity deviation of the nozzle and the filter cartridge is
<1mm;
The compressed air pipeline needs to be equipped with a water
separator and the pressure is stable at 0.4-0.6MPa.
Maintenance points: regularly check the damage/looseness of the
filter cartridge and clean the dust accumulation in the ash
hopper;
Clean the water separator and replace the pulse valve diaphragm and
other wearing parts every 6 months.
6. Environmental protection and safety
Emission concentration ≤10mg/m³, meeting the GB16297-1996
standard;
Configure explosion-proof devices, overheating protection and PLC
fault alarm systems to ensure safe operation under harsh working
conditions.
Through modular design and intelligent control, the filter
cartridge dust collector can significantly reduce energy
consumption (saving 30%-50% energy compared with traditional
equipment) and adapt to diversified production needs.
Main structures and components:
1. Box system
Box: welded with steel plates (thickness ≥4mm), including filter
chamber, clean air chamber and ash hopper, with a pressure
resistance of -8000Pa, ensuring sealing and structural stability.
The ash hopper is located at the bottom, with a side wall
inclination angle of ≥60°, which is convenient for dust
sedimentation and equipped with a rotary valve or screw conveyor
for centralized ash discharge.
Flow guide device and air flow distribution plate: a flow guide
device is set at the air inlet, and the dust-containing gas is
evenly dispersed through the air flow distribution plate to avoid
excessive local flow rate causing filter cartridge wear.
2. Filter cartridge assembly
Filter cartridge material: commonly used polyester fiber, PTFE
coating, glass fiber or nanofiber, with a microporous structure,
can efficiently capture 0.3-20μm dust particles, and the filtration
efficiency is ≥99.9%.
Filter cartridge structure: folded design (star or honeycomb),
single filter area of 20-30㎡ (3-5 times that of traditional
bags), vertically installed on the flower plate to optimize the
cleaning effect.
It consists of a top cover, a metal frame, pleated filter material
and a base, supported by internal and external metal frames to
ensure a stable structure.
3. Cleaning system Pulse jet device : Compressed air
(pressure 0.4-0.7MPa) blows the inner wall of the filter cartridge
in reverse through the pulse valve and the venturi tube, causing
the filter cartridge to expand, deform and peel off the dust.
Supports offline three-state cleaning (filtration, cleaning, and
static), reducing the "re-adsorption" phenomenon during cleaning.
Control system : PLC automatically adjusts the cleaning cycle,
and the trigger conditions include timing control or pressure
difference monitoring (threshold 800-1500Pa), balancing energy
consumption and filtration efficiency. 4. Auxiliary system
Fan: Generates negative pressure to guide the flow of dust-laden
gas. Some models are equipped with variable frequency
speed-adjustable fans to meet the needs of different working
conditions.
Electronic control device: Integrated pressure, temperature
sensors and fault alarm system to monitor the operating status of
the equipment in real time.
5. Other key components
Inlet/exhaust duct: The inlet duct contains an airflow adjustment
device to control the gas flow; the exhaust duct exports the
purified gas to the external environment.
Sealing structure: The connection between the box and the filter
cartridge uses a high-precision flower plate (aperture deviation
≤±0.1mm) to ensure air tightness.
Through modular design and intelligent control, the filter
cartridge dust collector achieves efficient dust removal in a
compact space, which is suitable for a variety of industrial
scenarios such as welding, spraying, and pharmaceutical
manufacturing.
1.High cost performance: Based on the customer's product
positioning and development strategy, and with economic
affordability as the foundation, we achieve the best cost
performance.
2.The advanced and meticulous design concept of the equipment,
along with the highly automated industrial equipment, showcases the
image of a modern and advanced enterprise.
3. It has high adaptability, meeting the current production
requirements and reserving room for development, taking into
account the needs of increased production and improved quality in
the future.
4.Quality compliance strictly adheres to the ISO900 quality
management system, with every minute detail of the entire equipment
installation being strictly controlled.

|