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Clean Air Innovations
Good ventilation is a vital feature of any thriving institution. Cleaning chemicals, lab vapors, and biological agents can lead to a buildup of harmful fumes, bacteria, and viruses. To maintain a safe and clean environment for students, faculty, and visitors, it’s important to invest in a reliable ventilation system.
Plastec's long lasting exhaust fans and blowers can help prevent:
Chemical exposure
Chemicals used in laboratories, such as solvents, acids, and bases, can pose serious health risks if not properly ventilated. Exposure to these chemicals can cause respiratory problems, skin irritation, and other health problems. Proper ventilation helps to remove these chemicals from the air and prevent exposure to dangerous concentrations.
Biological agents
Biological agents, such as bacteria and viruses, are often used in research, and if not handled properly, they can lead to infections or diseases. Proper ventilation helps to contain these agents and prevent them from spreading beyond the laboratory.
Dust and particulates
Laboratories and research facilities often generate a significant amount of dust and particulate matter that can accumulate in the air and pose a risk to health. Proper ventilation helps to remove these particles from the air, reducing the risk of respiratory problems.
Flammable and explosive materials
Laboratories often work with flammable or explosive materials, such as gases and chemicals. Proper ventilation helps to remove these materials from the air, reducing the risk of fire or explosion.
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Plastec 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
How Does it Work?
Our state-of-the-art line of HVAC accessories is made with polypropylene thermal plastic, which is extremely resistant to corrosion over time. Alternative materials such as fiberglass and stainless steel weigh – and cost – about twice as much as polypropylene. Depending on your institution’s needs, our fans can be customized to mount seamlessly on your building’s roof, walls, or laboratory fume hoods.
Why Plastec?
Plastec Ventilation is one of the few manufacturers specializing in anti-corrosion HVAC accessories, using a material that’s much more cost-effective and energy-efficient than industry alternatives. We know that ventilation needs vary greatly across industries. As a leading supplier in polypropylene fans, we have a strong legacy of finding tailored solutions for a diverse array of clients with unique concerns. When you have questions, Plastec has answers.
Furthermore, Plastec Ventilation's systems are designed for easy installation, maintenance, and operation, making them user-friendly and practical for university and research institute settings. This ensures that researchers and assistants can quickly and easily operate the systems, reducing the risk of accidents and injuries while increasing productivity in the workplace.
Getting Started
You’ll need to consider several factors when choosing a fan or blower, including the air’s typical chemical composition, the 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 specific needs.
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