Welding fumes are known as the vaporization of metal and molten filler material. When the welded material cools down, the vapor condenses and undergoes oxidation in the atmosphere, forming fine particulate matter. Approximately 90% of the fumes produced during welding are burned-off substances.
Two main types of fumes are generated during MMA and FCAW welding. Most of the fumes come from the burning of flux coatings and electrodes rather than from the welded material itself. Welding fume particles typically range from 0.01 to 1 micron, and the smaller the particles, the more dangerous they are.
How to Handle Welding Fumes?
Today, the market offers many different brands of welding fume extractors, making it difficult for businesses or individuals to choose. As a leading provider of exhaust and fume treatment solutions for nearly a decade, Dr.Air confidently delivers durable and high-quality solutions.
Key Features of the Dr.Air KH-3000 Mobile Welding Fume Extractor
-
Airflow capacity: 3000 m³/hour
-
HEPA filtration technology for fast and efficient fine dust removal
-
Adjustable extraction hood
-
Mobile design with 4 wheels for easy movement and point-source fume extraction
-
Clear warranty policy
-
Nationwide delivery with full warranty documents and user manual included
Structure of the Dr.Air KH-3000 Mobile Welding Fume Extractor
The Dr.Air KH-3000 is designed with a simple but effective structure, making operation and maintenance easy.
Machine Housing
-
Made from stainless steel or high-quality ABS plastic
-
Durable, heat-resistant, and compact for easy mobility
Fan
-
High-power fan generating strong suction to capture welding fumes efficiently
-
Quiet motor operation to minimize noise
HEPA Filter
-
Captures ultrafine particles, including hazardous metal dust in welding fumes
-
Large surface area increases filtration performance and extends filter life
Extraction Hose
-
Flexible hose adjustable to target fumes directly at the source
-
Heat-resistant and durable material
Control Panel
-
Simple, easy-to-use buttons
-
Displays operating parameters
Wheels
-
Sturdy wheels for convenient movement between work positions
Welding Fume Treatment Process of the Dr.Air KH-3000
-
Fume Extraction
The high-power fan generates strong suction, drawing fume-contaminated air into the machine through the extraction hose, which can be adjusted to the welding source. -
Filtration
-
HEPA Filter: Welding fumes pass through the HEPA filter, where ultrafine particles, including toxic metal dust, are trapped.
-
Filtration efficiency of up to 99.97% for particles ≥0.3 micron.
-
-
Clean Air Discharge
-
After filtration, clean air is released back into the environment, ensuring a safer working atmosphere.
-
Why Choose a Welding Fume Extractor from Dr.Air?
-
Dr.Air is a leading brand in exhaust and fume treatment for both commercial kitchens and industrial facilities nationwide.
-
Fast project execution; systems operate reliably with minimal need for maintenance.
-
Experienced technical team providing full support for troubleshooting or installation issues.
-
High-quality products paired with professional service and clear maintenance policies.
-
Direct manufacturer and distributor; factory-direct pricing with readily available spare parts.
Frequently Asked Questions
Does the welding fume extractor create noise?
The Dr.Air KH-3000 is equipped with a quiet motor, minimizing noise and maintaining a comfortable working environment.
How often should the filter be replaced?
Filter replacement depends on workload and air pollution level. Typically, replacement is recommended every 3–6 months.
Is the machine easy to clean?
Yes. The machine is designed with easily removable components, allowing convenient cleaning and maintenance.
Contact Information
Northern Office:
No. 30, Trường An Industrial Cluster, An Khánh Commune, Hoài Đức District, Hanoi City
Southern Office:
52 Street No. 36, Vạn Phúc Urban Area, Hiệp Bình Phước Ward, Thu Duc City, Ho Chi Minh City
Hotline: 1900.4790
Website: xulykhoibui.com
Facebook: HSVN Global







Reviews
There are no reviews yet.