About Chemical Fume Hood
CHEMICAL FUME HOOD
- Fume protection from hazards fumes generated during digestion of soil or plant with sulphuric acid in the determination of nitrogen consists of pedestal radial fan Dn200, 230v.
Technical futures:
- Dimension:(WxDxH)mm(1200x750x2300)
- Main structure: still melamine
- Inner wall: decorated GFRC (glass fiber reinforced segment)
- Board contains non asbestos baffle plate decorated (GFRC) board contain no asbestos baffle
- Air inlet: PVC modified thermal stabilizer on top and bottom
- With top baffle damper face sash :counter balanced sliding door of temper glass
- With PVC hand rail frame
- Guide rail for sash steel enameled melamine and guide rail of 18-8 stainless steel
- Louver :molded ABS
- Water faucet :fixed goose neck faucet enameled chemical resistance with remote controlled device
- Gas cock :direct double cooked and remotes controlled cook
- Illumination :florescent lamp on camber top
- Operation panel :complete with indication lamp and two outlet receptacle for electric power ,florescent lamp switch ,indication lamp and push butane for bellower
- Base unit: cup bored with double hinged still enameled melamine.
- Extracting kit : pedestal radial faun satisfying DN200,230v. Creation proof with magnetic starter for mother for 0.25m/s face air velocity and air volume of 12cubic meatier per minute
Accessories
- Cut out switch quantity 1 2m PVC extracting duct 250mm quantity 2
- Three bends PVC 250mm quantity 3
- Balancing damper 250mm quantity 1
- Brackets 200mm quantity 3
Advanced Digital MonitoringWith a state-of-the-art digital display, this Chemical Fume Hood delivers intuitive, accurate control over airflow and safety parameters. Users benefit from clear, real-time readings, ensuring optimal conditions during experimental and routine laboratory tasks. The display enhances usability, minimizes error, and improves overall operational safety.
Exceptional Filtration EfficiencyConstructed for 100% accuracy, the fume hood incorporates superior filtration mechanisms that swiftly eliminate hazardous fumes from laboratory air. Its advanced system guarantees the safety of personnel, equipment, and workspace, supporting compliance with stringent chemical handling standards.
FAQs of Chemical Fume Hood:
Q: How does the Chemical Fume Hood ensure safety in laboratory use?
A: The Chemical Fume Hood employs highly efficient filtration and precise digital controls, capturing and removing toxic fumes from the laboratory environment. Its electrical operation and accurate monitoring guarantee that harmful substances are contained, safeguarding both users and experiments.
Q: What digital features are included for usage monitoring and control?
A: This fume hood is equipped with a comprehensive digital display that allows users to monitor airflow, filter status, and safety parameters in real time. The interface enhances accuracy and enables prompt adjustments, improving reliability and ease of use in laboratory settings.
Q: When is it most beneficial to use a Chemical Fume Hood?
A: The fume hood is most beneficial during procedures that involve volatile chemicals, hazardous vapors, or experiments that require controlled air quality. It is crucial for tasks such as chemical synthesis, sample analysis, and any operation demanding exposure containment.
Q: Where is this Chemical Fume Hood manufactured and supplied from?
A: This product is manufactured, exported, and supplied from India by experienced laboratory equipment specialists. The company ensures adherence to international quality and safety standards for global clients.
Q: What process should be followed for installation and operation?
A: Installation involves positioning the fume hood in a suitable lab area with access to electrical power. Users should follow the digital setup instructions, ensuring airflow calibration and filter integrity. Regular maintenance checks and digital monitoring are recommended for consistent performance.
Q: How does the fume hood improve laboratory efficiency and accuracy?
A: By providing rapid fume containment and precise digital accuracy, the hood maintains a safe, clean environment, minimizes contamination risks, and supports error-free operations for researchers. This efficient system allows uninterrupted workflow and dependable experimental results.