Product Description:
A laboratory fume hood is a crucial device designed to control harmful gases, vapors, dust, or aerosols in order to ensure the safety of laboratory personnel and protect the environment.
The Structure:
- Cabinet: The cabinet is typically constructed using corrosion-resistant materials like stainless steel or polypropylene to provide chemical resistance.
- Front Window: Featuring clear glass that can be moved up and down, the front window is easy to operate and effectively prevents the leakage of harmful substances.
- Work Area: The interior space of the fume hood accommodates laboratory equipment and chemicals, complete with outlets, air valves, and other necessary facilities for conducting experiments safely.
- Exhaust System: The fume hood includes an exhaust system that connects to an external duct for the discharge of harmful gases, ensuring the containment of hazardous materials.
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:
Material Parameters
Cabinet material:
Corrosion-resistant materials such as stainless steel, polypropylene, and epoxy are used. These materials provide excellent chemical corrosion resistance as per experimental requirements.
Front window material:
The front window is made of safety glass or polycarbonate, offering impact and chemical resistance.
Lining material:
The lining is constructed from acid and alkali-resistant, high-temperature material that is easy to clean.
Electrical Parameters
Power supply configuration:
Voltage options include 220V/110V at 50/60 Hz. The cabinet features a built-in explosion-proof socket that complies with electrical safety standards.
Lighting:
The equipment is equipped with LED lighting that provides uniform brightness and low energy consumption. The lighting intensity is set at a minimum of 500 lux to ensure clear visibility during experimental operations.
Control System
Wind speed control:
The equipment allows for manual or automatic adjustment of surface wind speed. It is equipped with a wind speed sensor and alarm system to maintain stable airflow.
Variable Air Volume (VAV) control:
The system can automatically adjust the exhaust air volume based on the front window position, resulting in energy savings and high efficiency.
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Safety maximum opening size(mm) | |
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Working min opening size(mm) | |
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| | 220v 10A 4pcs or customized |
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| Name | Ceramic | Epoxy resin board | Phenolic | |
| Composition | Natural Silicate | Epoxy resin, silica, hardener, pigment | Chemical resistant film, overlay paper, deco paper, Kraft paper | |
| Max. Long term Heat Resistance | 800°C | 300°C | 135°C | |
| Chemical Resistance | Strong resistance against solvents, bases, oxidants and most acids | Strong resistance against solvents, bases, and most oxidants | Strong resistance against solvents, oxidants, and many acids | |
Applications:
Chemical experiments involve handling volatile chemicals to ensure safety and accurate results. It is crucial to follow proper procedures and precautions to prevent accidents and potential hazards.
In biological experiments, a key focus is on preventing biological contamination to maintain the integrity of the experiment and ensure reliable data. Strict measures are in place to minimize the risks of cross-contamination and maintain a sterile environment.
Within the pharmaceutical industry, controlling dust and harmful gases is essential to maintain a safe and healthy workplace environment. Stringent protocols are followed to monitor and regulate air quality, ensuring the well-being of workers and the quality of produced pharmaceutical products.
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
Safety Features: Yes
Noise Level: Low
Material: Steel
Airflow: High
Size: 1200/ 1500/ 1800*800/ 850*2350mm Or Customized
Keywords: Steel Fume Extracting Hood, Chemical Fume Absorber, Fume Extraction Hood
Packing and Shipping:
Product Packaging:
The Steel Fume Hood will be carefully packaged in a sturdy cardboard box with ample cushioning to protect it during transit. All components will be securely placed to prevent any damage or shifting during shipping.
Shipping:
Once your order is confirmed, the Steel Fume Hood will be shipped using a reputable carrier service. You will receive a tracking number to monitor the delivery progress. Please ensure someone is available to receive and sign for the package upon delivery.
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: It is manufactured in Guangdong of China.
Q: What is the certification of this Steel Fume Hood product?
A: This product is certified with ISO.
Q: What are the payment terms accepted for purchasing this Steel Fume Hood product?
A: The accepted payment terms are TT (Telegraphic Transfer) and LC (Letter of Credit).
