Low Maintenance Steel Fume Hood with High Airflow and Optional Fan

Laboratory Fume Hood: A laboratory fume hood is a device utilized to manage hazardous gases, vapors, dust, or aerosols within a laboratory setting. Its primary purpose is to safeguard laboratory personnel as well as the surrounding environment from potential harm.

The Structure: The laboratory fume hood comprises several key components for effective functionality:

• Cabinet: Typically constructed from corrosion-resistant materials such as stainless steel or polypropylene to ensure chemical durability.
• Front Window: Features a clear glass pane that can be maneuvered vertically, facilitating easy operation and preventing the escape of hazardous substances.
• Work Area: The interior space where laboratory equipment and chemicals are placed, complete with outlets, air valves, and other necessary amenities.
• Exhaust System: Links to an external exhaust duct, enabling the discharge of harmful gases into a safe environment outside the laboratory premises.

Features:

Security protection
Control of hazardous substances: Effective control of hazardous gases, vapors, dusts, and aerosols to prevent their diffusion into the laboratory environment.
Operator protection: Through the front window and air flow system, the experimental personnel are protected from direct contact with harmful substances.

Air flow control
Stable air flow: Adjust the wind speed through the front window opening to ensure that harmful substances are effectively discharged.
Negative pressure environment: Maintain negative pressure in the cabinet to prevent harmful substances from leaking out.

Exhaust system
Efficient exhaust: Harmful gases are discharged outdoors through the exhaust system or recycled after filtration.
A variety of exhaust modes: Including ducted (pipe exhaust) and ductless (no pipe filtration) two main types.

Technical Parameters:

Cabinet material:
Corrosion-resistant materials such as stainless steel, polypropylene, and epoxy are used. The materials are selected for their chemical corrosion resistance that meets the experimental requirements.

Front window material:
The front window is made of safety glass or polycarbonate with impact and chemical resistance properties to ensure safety.

Lining material:
The internal lining is made of acid and alkali resistant, high temperature resistant material that is easy to clean.

Power supply configuration:
Voltage options include 220V/110V, operating at 50/60 Hz. The cabinet is equipped with a built-in explosion-proof socket that complies with electrical safety standards.

Lighting:
The cabinet features LED lighting that provides uniform brightness and low energy consumption. The lighting intensity is maintained at ≥500 lux to ensure clear visibility during experimental operations.

Wind speed control:
The cabinet allows for manual or automatic adjustment of surface wind speed. It is equipped with a wind speed sensor and alarm system to ensure stable airflow.

Variable Air Volume (VAV) control:
The system automatically adjusts the exhaust air volume based on the front window position, resulting in energy savings and high efficiency.

Applications:

Chemical experiments typically involve handling volatile substances that can pose risks to researchers. These experiments require careful attention to safety protocols and proper handling techniques to prevent accidents and minimize exposure to harmful chemicals.

Biological experiments focus on preventing biological contamination, which can compromise the integrity of the experiments and yield inaccurate results. Researchers must follow strict procedures to maintain a sterile environment and prevent the introduction of unwanted microorganisms that could skew the results.

Pharmaceutical experiments involve controlling dust and harmful gases, which are common hazards associated with drug development and production. Proper ventilation systems and protective equipment are essential to protect researchers from inhaling harmful particles and gases during the experimentation process.

Customization:

Product Customization Services for the Steel Fume Hood:

Brand Name: TOPFEA

Model Number: TFFH001

Place of Origin: Guangdong of China

Certification: ISO

Minimum Order Quantity: 1PCS

Price: USD800~1200

Packaging Details: Carton/Wooden case

Delivery Time: 15~25days

Payment Terms: TT, LC

Supply Ability: 1000PCS per month

Durability: High

Lighting: LED

Table top: Phenolic Resin, Ceramic Or Customized

Material: Steel

Safety Features: Yes

Packing and Shipping:

Product Packaging and Shipping for Steel Fume Hood:

Our steel fume hood is carefully packaged to ensure safe delivery to your location. Each unit is securely wrapped in protective materials to prevent any damage during transportation.

Shipping Method: We offer various shipping options to accommodate your needs, including standard ground shipping, expedited shipping, and freight delivery for larger orders.

Estimated Delivery Time: The estimated delivery time will depend on your location and the shipping method selected. You will receive a tracking number once your order has been shipped so you can monitor the delivery status.

FAQ:

Q: What is the brand name of this Steel Fume Hood product?

A: The brand name is TOPFEA.

Q: What is the model number of this Steel Fume Hood product?

A: The model number is TFFH001.

Q: Where is this Steel Fume Hood product manufactured?

A: The product is manufactured in Guangdong of China.

Q: What certification does this Steel Fume Hood product have?

A: This product is certified with ISO.

Q: What is the minimum order quantity for this Steel Fume Hood product?

A: The minimum order quantity is 1 piece.