Product Description:Polypropylene PP Fume Hood for Controlled Chemical Environments

The construction of a PP fume hood typically includes a main body or enclosure made of polypropylene sheets, providing a durable and chemically resistant barrier. The enclosure is designed to contain and capture the fumes and direct them away from the operator, usually featuring a transparent sash or window made of safety glass or polycarbonate. This allows the user to observe and perform tasks inside the hood while maintaining protection.

In addition, PP fume hoods are equipped with a ventilation system that draws air and fumes from the hood's interior and exhausts them to the outside environment. This system typically includes a blower or fan, ductwork, and filters to remove harmful substances from the exhaust air before releasing it. Furthermore, the hood may also have adjustable airflow controls to regulate the air velocity within the enclosure.

Features:

Polypropylene is an ideal choice for a fume hood due to its excellent chemical resistance and inherent flame retardancy. This makes it extremely durable and prevents the risk of fire from flammable chemicals. Furthermore, PP fume hoods are designed for optimal safety and usability, usually featuring adjustable sashes or windows, airflow monitors to guarantee good ventilation, and alarms or indicators to alert the user in case of any performance issues.

Technical Parameters:

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 is also important for PP fume hoods. These hoods generally come equipped with airflow monitoring systems to ensure that the hood is operating at the desired air velocity, such as sensors that measure the face velocity or air pressure within the hood. 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.

Moreover, PP fume hoods are typically equipped with built-in lighting fixtures to provide adequate illumination. These fixtures are designed to be explosion-proof and provide shadow-free lighting for better visibility. In addition, some fume hoods may also include electrical outlets or ports, allowing users to power and operate equipment inside the hood without external power sources.

Finally, ergonomic considerations are important when using PP fume hoods. They may include adjustable work surfaces, footrests, and knee spaces to accommodate users of different heights and working positions. This helps reduce strain and fatigue during prolonged laboratory work.

Applications:

Fume hoods made from polypropylene (PP) provide an effective solution for a variety of industries and applications. They are widely used in chemical laboratories to handle corrosive chemicals, acids, bases, solvents, and other reactive substances. This controlled environment protects laboratory personnel from inhaling toxic fumes, preventing chemical exposure and potential health hazards.

In the pharmaceutical industry, PP fume hoods are used for a wide range of activities including weighing and dispensing of active pharmaceutical ingredients (APIs), formulation development, and synthesis of drug compounds. The fume hoods ensure the containment of potent compounds and protect workers from exposure to potentially harmful substances.

Finally, in biotechnology and life sciences, PP fume hoods are employed for various applications such as handling biological agents, cell culture work, genetic research, and manipulation of DNA and RNA. In this environment, it’s essential to have a sterile and controlled area to prevent contamination and protect researchers from biohazards.

Support and Services:

At PP Fume Hood, we are committed to providing our customers with the highest level of technical support and service.

We have a team of experienced engineers and technicians with extensive knowledge and experience in the installation, maintenance and repair of our products. We provide comprehensive technical support, including installation and troubleshooting, in a timely and professional manner.

Our customer service representatives are available to answer any questions or concerns you may have. We strive to provide the best customer service experience possible so that our customers can focus on the important work they do.

We are also proud to offer a wide range of training courses to ensure that our customers are knowledgeable and proficient in the use of our products. Our training courses cover all aspects of the installation, maintenance and operation of our products.

We want to ensure that our customers are completely satisfied with our products and services. If you have any questions or concerns, please do not hesitate to contact us.

Packing and Shipping:

Packaging and Shipping for PP Fume Hood

The PP Fume Hoods are carefully packed in corrugated cardboard boxes. Inside the box, the product is protected with foam and bubble wrap to ensure maximum protection during transportation. The boxes are then sealed with strong adhesive tape to keep them secure during shipping. The product is shipped with a reliable courier service, and the customer is provided with a tracking number so they can monitor the progress of their shipment.

Picuture display:

Model No.	ZJ-FM1200	ZJ-FM1500	ZJ-FM1800
Unit size(mm)	1200X800X2350	1500X800X2350	1800X800X2350
working table size(mm)	950X645	1250X645	1550X645
Safety maximum opening size(mm)	750mm
Exhaust volume	1296m3/h	1685m3/h	2074m3/h
Working max pening size	600mm
Exhaust volume	1080m3/h	1404m3/h	1728m3/h
Working min opening size(mm)	150mm
Exhaust volume	180m3/h	234m3/h	280m3/h
lighting	12w	12w	12w
Multi function socket	220v 10A 4pcs or customized
Air flow	0.3~0.5 m/s
Noise	＜60dB

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