Smart Air Control For Safer Research In Visakhapatnam

Safe Ventilation for Chemical Handling Environments

We are a company manufacturing Laboratory Fume Hoods that offer essential protection against hazardous fumes, vapors, and airborne contaminants during laboratory work. These hoods are manufactured to ensure a controlled airflow system that safely captures and expels toxic substances, protecting lab personnel and maintaining clean air within enclosed environments.

Designed for Containment, Built for Safety

Our fume hoods feature a robust structure with chemical-resistant inner linings, adjustable sashes, and optimized airflow systems. The aerodynamic design prevents backflow while maintaining stable face velocity, making it ideal for handling volatile substances in research and industrial laboratories.

Technical Highlights and Configuration

• Hood width: 900 mm / 1200 mm / 1500 mm / 1800 mm
• Airflow velocity: 0.4–0.6 m/s (adjustable)
• Sash type: Vertical/horizontal sliding toughened glass
• Inner lining: Phenolic resin / FRP / epoxy-coated GI sheet
• Worktop: Granite / SS 304 / ceramic-coated top
• Lighting: LED vapor-proof internal lighting (20W–40W)
• Power supply: 230V / 50Hz single phase
• Exhaust system: Centrifugal blower with ducting provision
• Optional add-ons: Gas taps, sink, electrical sockets, airflow monitor

Used in Diverse Industrial Applications

These products are used in diverse industrial applications such as:

• Chemical testing and formulation labs
• Pharmaceutical quality control zones
• Petrochemical and refinery labs
• Academic institutions and research facilities
• Food and environmental testing laboratories

Methodical Manufacturing and Testing

Each unit is manufactured using precision fabrication techniques for leak-proof panels and vibration-free exhaust systems. The worktop is chemically sealed, and the sash is counterweighted for smooth motion. Every fume hood is tested for face velocity, uniform airflow, and particle containment under simulated working conditions.

Installation Process in 5 Steps

• Place the hood near the existing exhaust duct or install a ducting connection
• Fix the base unit and align the worktop horizontally
• Connect the blower unit to the rear plenum with a gasket sealing
• Install sash, wiring, lighting, and service fixtures
• Test exhaust velocity and monitor pressure drop across filters

Periodic Maintenance Guidelines

• Clean the inner chamber and sash glass weekly with neutral detergent
• Inspect the blower and filters for blockage or noise monthly
• Calibrate the airflow monitor and sash alarm biannually
• Ensure all seals are intact to avoid leakage
• Replace filters and worn gaskets annually or as needed

Key Functional Benefits