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Custom-built for your tank size and emission type
Durable materials for aggressive chemical environments
Factory-direct pricing with expert engineering support
5-Year guarantee
Easy installation and operation
Over 15 years of service life
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Electroplating Exhaust Hoods
Custom exhaust hoods for your electroplating equipment
Purpose
The electroplating workshop, storage areas, and rooms for filling, weighing, grinding, measuring, and preparing substances must be equipped with a general or local ventilation system.
The equipment must ensure optimal air exchange and monitor the exceedance of maximum permissible concentrations (MPC) of hazardous chemical substances. When removing harmful factors, the emission area must be taken into account: the movement of air masses should be organized in such a way as to minimize the entry of contaminants into the employees' breathing zone.
The equipment must ensure optimal air exchange and monitor the exceedance of maximum permissible concentrations (MPC) of hazardous chemical substances. When removing harmful factors, the emission area must be taken into account: the movement of air masses should be organized in such a way as to minimize the entry of contaminants into the employees' breathing zone.
Electroplating
Key Benefits of Exhaust Hoods
Protecting Workers
Exhaust hoods reduce exposure to harmful emissions, ensuring a safer working environment for employees.
Preserving Equipment
They minimize corrosive damage to machinery, tanks, and infrastructure.
Ensuring Compliance
Proper fume extraction ensures compliance with OSHA, EPA, and local air quality standards.
Improving Facility Cleanliness
Enhanced air circulation and fume control maintain a healthier and more efficient workspace.
Types of Exhaust Hoods for Electroplating Tanks
To address the unique requirements of electroplating tanks, various types of exhaust hoods are available, each designed for specific applications and levels of emission control.
1. Lip Hoods
Design: Installed along the edge of the tank, these hoods capture rising fumes directly at their source.
Applications: Best suited for tanks with low agitation or minimal fume generation.
Advantages:
1. Lip Hoods
Design: Installed along the edge of the tank, these hoods capture rising fumes directly at their source.
Applications: Best suited for tanks with low agitation or minimal fume generation.
Advantages:
- Cost-effective and simple to install.
- Easy maintenance, making them ideal for small-scale or low-intensity operations.
Scheme
2. Canopy Hoods
Design: Positioned above the tank, canopy hoods provide a broad capture area for fumes and vapors.
Applications: Commonly used for open tanks or processes with significant heat and vapor emissions.
Advantages:
Design: A push nozzle directs air across the tank surface, while a pull hood on the opposite side captures the fumes.
Applications: Ideal for long tanks or high fume-emission processes requiring precise airflow control.
Advantages:
Design: Positioned beside the tank, these hoods draw fumes laterally into the exhaust system.
Applications: Suitable for tanks with heavy agitation or where canopy hoods are impractical.
Advantages:
Design: Positioned above the tank, canopy hoods provide a broad capture area for fumes and vapors.
Applications: Commonly used for open tanks or processes with significant heat and vapor emissions.
Advantages:
- Broad coverage, effectively capturing high-temperature fumes.
- Versatile design suitable for various tank configurations.
Design: A push nozzle directs air across the tank surface, while a pull hood on the opposite side captures the fumes.
Applications: Ideal for long tanks or high fume-emission processes requiring precise airflow control.
Advantages:
- Enhanced capture efficiency with optimized airflow patterns.
- Reduced energy consumption by minimizing unnecessary ventilation.
Design: Positioned beside the tank, these hoods draw fumes laterally into the exhaust system.
Applications: Suitable for tanks with heavy agitation or where canopy hoods are impractical.
Advantages:
- Compact design that fits well in confined spaces.
- Efficient fume capture close to the source, minimizing escape into the workspace.
Feel free to contact us by any convenient method to calculate the performance—just provide the dimensions of the electroplating tanks. +1 (918) 406-5684 info@torch-air.com
Materials for Exhaust Hoods and Dry Scrubber Hoods for Electroplating Tanks
Electroplating tanks often generate acidic fumes, heavy metal vapors, and other corrosive emissions. As such, we design exhaust hoods using materials specifically chosen for their chemical resistance and durability.
1. PVC (Polyvinyl Chloride) — excellent resistance to most acids, alkalis, and chemical fumes.
Commonly used for electroplating operations involving sulfuric acid, hydrochloric acid, and other moderately corrosive substances.
Suitable for processes generating hot acidic vapors.
1. PVC (Polyvinyl Chloride) — excellent resistance to most acids, alkalis, and chemical fumes.
Commonly used for electroplating operations involving sulfuric acid, hydrochloric acid, and other moderately corrosive substances.
- Cost-effective.
- Lightweight and easy to install.
- High resistance to corrosion and wear.
Suitable for processes generating hot acidic vapors.
- Withstands higher temperatures (up to 200°F / 93°C).
- Excellent chemical and thermal stability.
Types
3. PP (Polypropylene) — lightweight and highly resistant to chemical corrosion.
Preferred for electroplating tanks emitting caustic fumes and alkalis.
Used in environments with moderate chemical exposure and mechanical wear.
Suitable for high-heat operations or environments where physical impact resistance is required.
Best for highly corrosive environments, especially when handling aggressive acids or solvents.
Preferred for electroplating tanks emitting caustic fumes and alkalis.
- Suitable for a wide range of chemicals.
- Good structural strength for larger hood designs.
Used in environments with moderate chemical exposure and mechanical wear.
- Affordable and versatile.
- Excellent for general-purpose hoods.
Suitable for high-heat operations or environments where physical impact resistance is required.
- Long service life.
- Can withstand mechanical wear and tear.
- Aesthetic appearance for high-visibility installations.
Best for highly corrosive environments, especially when handling aggressive acids or solvents.
- Superior corrosion resistance.
- Customizable for complex designs.
- Lightweight but highly durable.
Other Products
Get a Consultation From One of Our Factory's Experts
Michael
Klepik
Klepik
Chief Executive Officer
Consults and provides calculations
Consults and provides calculations
Vladimir
Nikulin
Nikulin
Chief Technology Officer
Head of development and design
Head of development and design
+1 (918) 406-5684
info@torch-air.com
+1 (918) 406-5684
info@torch-air.com
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