Factory Price Dust Collector Air Purifier for Laser Marking/Engrvaing/Cutting

• Certification: CE, ISO
• Installation Method: Vertical
• Operation Type: Manually
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: KSJ-3.0G
• Medium Material: Polyester+PTFE
• Dust Collecting Method: Dry
• Type: Filter Cartridge Dust Collector
• Fan Air Flow: 6000±100m³/H
• Air Flow of Treatment: 4000m³/H
• Motor Power: 3.0kw
• Voltage: 3×380V/50Hz or 3×220V/60Hz
• Filtration Efficiency: ≥99.9%
• Filtration Precision: ≥0.3um
• Filter Area: 40m²
• Filter Cartridge: 4 PCS
• Cleaning Way: Automatic Cleaning
• Noise Level: ≤75±5dB(a)
• Weight: 435±10kgs
• Transport Package: Wooden Case
• Specification: 1100*800*2000mm
• Trademark: Kaisen
• Origin: Shanghai, China
• HS Code: 8421399090
• Production Capacity: 300sets/Month
• Package Size: 110.00cm * 80.00cm * 210.00cm
• Package Gross Weight: 440.000kg

Product Description

 

Factory Price Dust Collector Air Purifier For Laser Marking/Engrvaing/Cutting

Working Principle

1. The fume comes from the processing will be sucked into the extractor through the hood, first the fume passes the 1st layer spark intercept steel mesh which will ranmify the fume to avoid residual sparks enter into HEPA filter layer directly.

2. Finally, the fume enters the second layer of HEPA filter cartridge for ultimate purification.

3. Its filtration efficiency can reach 99.9%.

4. As the filtering precision of the main filter cartridge reaches the indoor emission standards, the filtered clean air can be directly discharged indoor through the air vent in the back of the extractor. 

5. According to the extractor's work intensity and the amount of dusts, the usage life of the filter cartridge is different.

Features

1. PLC control system, real time monitoring, easy to operate

2. Set the running program according to the requirement of different working conditions

3.  Imported material of PTFE fiber filtering, can reach 99.9% filtration efficiency of 0.3um fume

4.  Automatic back blowing cleaning way

5. The strusture is compact,  can be appiled in a variety of situation.

6. Large air flow, low noise

Technical parameters

 

Model	KSJ-1.5G	KSJ-2.2G	KSJ-3.0G
Treatment of air flow	2400 m3/h	2600 m3/h	4000 m3/h
Motor Power	1.5 kW	2.2 kW	3.0kW
Voltage	3×380 V/50 Hz or 3×220V/60 Hz	3×380 V/50 Hz or 3×220V/60 Hz	3×380 V/50 Hz or 3×220V/60 Hz
Filtering area	20 m^2	30 m^2	40 m^2
Cleaning Methods	Automatic Cleaning	Automatic Cleaning	Automatic Cleaning
Compressed Air	0.5-0.6 MPa	0.5-0.6 MPa	0.5-0.6 MPa
Filtration efficiency	>99.9%	>99.9%	>99.9%
Filtration Precision	≥0.3um	≥0.3um	≥0.3um
Noise	≤75±5dB(A)	≤75±5dB(A)	≤75±5dB(A)
Demission	720×700×1745 mm	900×800×1775mm	1100×800×2000mm
Weight	225±10Kg	275±10Kg	435±10Kg

Certifications

Company Profile

Shanghai Kaisen Environmental Technology Co.,Ltd has beenalways committed to designing, R&D and manufacturing of industrial dust collectors.Since 2007 we had been engaged in dust collectors for ten years.Our products are extensively applied to the processing of welding, cutting, grinding, painting, casting, chemical, wood processing, paper and other industries. 

 

Exhibition

What Every Welder Needs to Know About Welding Fumes
WHAT ARE WELDING FUMES, AND WHY ARE THEY HAZARDOUS?
Welding Fume Extractor Systems You've now doubt heard during training that welding fumes are unhealthy, but may not realize just how dangerous they are. Basically, welding fumes are a toxic combo of gases and particles that are released into the air during the welding process. Approximately 5% of these fumes come from the metal being welded, the other 95% come from the consumables used during the welding process.

The particles in welding fumes are classified under two size ranges, referred to as "fractions." Inhalable fractions are particles up to 100 µm (microns), which equates to 0.1 mm in size, and can be inhaled through the mouth and nose. Alveolar (respirable) fractions are much smaller (up to 10 µm) and most welding fume particles are smaller than 0.1 µm, which puts them in the "ultra-fine" category. The smaller the welding particles released into the air, the more harmful they are to the lungs. This is because they can infiltrate deeper into the lungs.

WHAT HAPPENS WHEN YOU INHALE WELDING FUMES?
The small particulates in welding fumes are inhaled through the nose and mouth. From there, they reach the esophagus or windpipe. From the windpipe, it's a short trip to the bronchial tubes and lungs. Because these particles are so small, they can actually penetrate cell walls, where they then cause mutagenic changes in the body. Translation: welding fumes are a known cause of lung cancer.

Inhalable oxide particles in welding fumes:
Aluminum oxide  
Iron oxide       
Magnesium oxide 
Lead oxide       
Fluoride         
Copper oxide     
Manganese oxide  
Chromium (III) compounds  
Nickel and cobalt oxides    

GASES ARE A PROBLEM, TOO
It's not just particles that pose a health risk, it's the argon gas in shielding gas, gases from paint, oil or solvents on the work-piece (including hydrogen chloride and cyanide), and carbon monoxide created by the welding process. Besides damaging the respiratory tract and being a trigger for cancer, there's also the risk of suffocation.