Product Description:r-friendly Integrated Structure and Effortless Installation for PP Fume Hood
The Construction of a PP Fume Hood
The construction of a PP fume hood typically includes a main body or enclosure, made of polypropylene sheets which provide a strong and robust barrier, which is designed to contain and capture the fumes, directing them away from the operator.
It typically has a transparent sash or window, made of safety glass or polycarbonate, allowing the user to observe and operate inside the hood while still being protected.
A ventilation system is also included in the hood, which consists of a blower or fan, ductwork, and filters in order to remove harmful substances from the exhaust air before releasing it. The hood may also have adjustable airflow control knobs in order to regulate the air velocity within the enclosure.
Features:
Polypropylene is a highly resistant material, renowned for its ability to withstand corrosive chemicals such as acids, bases, organic solvents and other aggressive substances. This ensures its excellent durability and its longevity when used for fume hoods in a laboratory setting. Moreover, PP is inherently flame retardant, meaning it has a high resistance to flame-based ignition and will not easily support combustion. This is an extremely important safety feature for lab environments where flammable chemicals can be present.
PP fume hoods come in a variety of features designed to improve their safety and usability. This could include adjustable sashes or windows for easy access and observation, built-in airflow monitors to ensure proper ventilation, and alarm or indicators to alert users of any possible issues with the hood's performance.
Technical Parameters:
Sash Options
PP fume hoods typically feature a vertical sash that can be raised or lowered to control the airflow and maintain a safe working environment. The sash may have a counterweight mechanism to assist with smooth and easy operation. Some fume hoods may also offer horizontal sliding sashes for applications that require a larger working area or when working with oversized equipment.
Airflow Monitoring and Control
PP fume hoods often come equipped with airflow monitoring systems to ensure that the hood is operating at the desired air velocity. These systems may include sensors that measure the face velocity or air pressure within the hood, providing real-time feedback to the user. Additionally, airflow control devices such as dampers or vents may be integrated into the hood's design to allow for adjustment of the airflow as per the specific requirements of the experiment or procedure.
Lighting and Electrical Outlets
To provide adequate illumination within the hood, PP fume hoods are typically equipped with built-in lighting fixtures. These fixtures are designed to be explosion-proof and provide shadow-free lighting for better visibility. Some fume hoods may also include electrical outlets or ports, allowing users to power and operate equipment inside the hood without the need for external power sources.
Ergonomic Considerations
Designers of PP fume hoods often incorporate ergonomic features to enhance user comfort and efficiency. This may include adjustable work surfaces, footrests, and knee spaces to accommodate users of different heights and working positions. Ergonomic considerations help reduce strain and fatigue during prolonged laboratory work.
Applications:
Chemical Laboratories
PP fume hoods are widely used in chemical laboratories to carry out a variety of tasks. In these areas, hoods provide a safe and controlled environment for working with corrosive chemicals, acids, bases, solvents, and other reactive substances. They help protect personnel from dangerous fumes, ensuring no dangerous exposure to toxic substances.
Pharmaceutical Research and Manufacturing
In the pharmaceutical industry, PP fume hoods are indispensable. They are often used for weighing and dispensing APIs, formulation development, and synthesizing drug compounds. Thanks to these hoods, containing potent compounds is made simple, and workers are kept safe from exposure to hazardous materials.
Biotechnology and Life Sciences
PP fume hoods are essential in biotechnology and life science laboratories for various activities. They are used for manipulating biological agents, performing cell culture work, conducting genetic research, and manipulating DNA and RNA. In this way, they help maintain a sterile and controlled environment, preventing contamination and protecting researchers from possible biohazards.
Support and Services:
For technical support and service regarding PP Fume Hood, please contact us by any of the following ways:
- Phone: (000) 000-0000
- Email: info@example.com
- Live Chat: www.example.com/live-chat
Packing and Shipping:
The packaging and shipping for PP Fume Hood are as follows:
- Each PP Fume Hood is securely packaged in a corrugated cardboard box.
- The box is filled with foam padding to protect the product from any damage during transport.
- The box is labeled with the product name and the shipping address.
- The box is sealed with strong tape to make sure its contents are safe.
- The PP Fume Hood is shipped with a reliable carrier. The carrier will deliver the product to the specified address.
Picuture display:
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Safety maximum opening size(mm) | |
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Working min opening size(mm) | |
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FAQ:
Q: What is the brand name of the PP Fume Hood?
A: The brand name of the PP Fume Hood is TOPFEA.
Q: What is the model number of the PP Fume Hood?
A: The model number of the PP Fume Hood is TFFH002.
Q: Where is the PP Fume Hood made?
A: The PP Fume Hood is made in Guangdong of China.
Q: What certification does the PP Fume Hood have?
A: The PP Fume Hood has ISO certification.
Q: What is the minimum order quantity for the PP Fume Hood?
A: The minimum order quantity for the PP Fume Hood is 2PCS.
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Integrated Structure PP Fume Hood For Lab Low Noise Chemical Resistant Images
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