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Good ventilation is a vital feature of any thriving extraction or refinement facility. Volatile chemicals and compounds can have a strong and immediate effect on the surrounding air, creating vapors and fumes which lead to hazardous conditions. To maintain a safe and clean environment, it’s important to invest in a reliable ventilation system.
How Does it Work?
Our state-of-the-art line of HVAC accessories is made with polypropylene thermal plastic, which is extremely resistant to corrosive gasses and high temperatures. Alternative materials such as fiberglass and stainless steel weigh – and cost – about twice as much as polypropylene. Depending on your facility’s needs, our fans can be customized to mount seamlessly on any roof, wall, or fume hood.
The risk of fire and explosion is one of the biggest dangers that workers in the oil, petroleum, and gas industry can face. This risk arises from the flammable and combustible substances that are commonly used in these facilities, such as oil, natural gas, and other chemicals. These substances can ignite and explode if they come into contact with heat, sparks, or other sources of ignition, leading to devastating consequences for workers and the environment.
1 Explosion risks
Workers in the fuel extraction industry are always on the lookout for explosion risks. A buildup of natural gasses in your facility can have devastating consequences. With proper fume extraction techniques, the risk lessens significantly.
2 Fumes and dust
Fumes and dust caused by manufacturing can be especially toxic, due to high temperatures and dangerous air particulates. Fume extraction fans and blowers can help air stay cleaner, longer.
3 Maintenance costs
Calling in your maintenance team for a clunky and outdated fume extractor can cost you time, focus, and money. Plastec can help you reduce overall operating costs, including downtime from maintenance and repair.
4 Energy waste
Plastec Ventilation systems are highly energy-efficient, helping you reduce your energy consumption and save on operational costs while investing in a better air quality for you and your workers.
Plastec installations include options for motor type, fan blade, and control systems, allowing you to build a custom piece for your exact requirements.
Get A QuoteYou’ll need to consider several factors when choosing a fan or blower including the chemicals you frequently handle, the air flow rate you’ll require, and the measurements of your preferred installation area. To get started, schedule a consultation with us. We’ll help you find the perfect fan for your facility’s specific needs.
Built with explosion-proof materials, designed to work in highly corrosive air exhaust applications
Lightweight polypropylene blowers resistant to acids and corrosion, perfect for fume hoods, chemical storage, and HVAC exhaust.
High static, low flow blowers ideal for acid tank ventilation, chemical cabinets, offering chemical resistance and UV protection.
Versatile inline centrifugal blowers for harsh environments, featuring a polypropylene weather hood and motor outside the airstream.
Designed with durability and seamless integration in mind, this series showcases the quality and innovation of Plastec fans.
Designed for high-velocity applications, these polypropylene blowers ensure efficiency and safety.
Think our industrial ventilation options are the perfect fit for your company but not sure exactly which fan you need? We’re here to help!
Contact UsStay updated or submit details for your existing request.
Check Your TicketPlastec 15 Direct Drive Forward Curve Polypropylene Blower
Plastec 15 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 15 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance Plastec 15 Performance & Dimensional Specifications PDF
Plastec 20 Direct Drive Forward Curve Polypropylene Blower
Plastec 20 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 20 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Plastec 20 Performance & Dimensional Specifications PDF
Plastec 25 Direct Drive Forward Curve Polypropylene Blower
Plastec 25 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 25 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Plastec 25 Performance & Dimensional Specifications PDF
Plastec 30 Direct Drive Forward Curve Polypropylene Blower
Plastec 30 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 30 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Plastec 30 Performance & Dimensional Specifications PDF
Plastec 35 Direct Drive Forward Curve Polypropylene Blower
Plastec 35 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 35 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Plastec 35 Performance & Dimensional Specifications PDF
Plastec 50 Direct Drive Forward Curve Polypropylene Blower
Plastec 50 - Designed to exhaust fumes from highly corrosive environments such as laboratories, c...
Plastec 50 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. The 3 phase 6 pole motors comes with a VFD and can meet explosive resistant applications. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Plastec 50 Performance & Dimensional Specifications PDF
Jet 20 Inline Polypropylene Blower
Jet 20 - This nicely packaged low noise unit as low at 64dB comes with an integrated weather hood...
Jet 20 - This nicely packaged low noise unit as low at 64dB comes with an integrated weather hood, drain plug and a disconnect. Easy to install and is roof or wall mounted. Common applications are fume cabinet exhaust, water treatment, tank exhausts, and marine and salty environments as well as others. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Jet 20 Performance & Dimensional Specifications PDF
Jet 25 Inline Polypropylene Blower
Jet 25 - This nicely packaged low noise unit as low at 70dB comes with an integrated weather hood...
Jet 25 - This nicely packaged low noise unit as low at 70dB comes with an integrated weather hood, drain plug and a disconnect. Easy to install and is roof or wall mounted. Common applications are fume cabinet exhaust, water treatment, tank exhausts, and marine and salty environments as well as others. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance. Jet 25 Performance & Dimensional Specifications PDF