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Chemical Fume Hood

Name: Chemical Fume Hood
Brand: DD BIOINFOTECH
Price: 215000.0 INR
Availability: InStock

Price 215000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Chemical Fume Hood Specification

Temperature Resistance
Up to 120C (approx.)

Display Type
N/A / optionally digital airflow meter

Heating Capacity
N/A (not intended for direct heating)

Glass Type
Tempered/ Toughened Safety Glass Sash (optional: Acrylic)

Control Type
Manual / optionally microprocessor-based

Power Supply
Electric

Features
Chemical resistant, corrosion-resistant, safety glass sash, lighting (optional), customizable sizes

Shape
Rectangular

Type
Chemical Fume Hood

Dimension (L*W*H)
Custom/Standard (as per requirement)

Equipment Type
Ducted Fume Hood

Equipment Materials
High-quality Polypropylene / Stainless Steel / Mild Steel with Epoxy Coating

Power
Single Phase, Approx. 220V-240V

Voltage
220V-240V AC

Material
Polypropylene (PP) body, chemical-resistant material

Application
Laboratory chemical handling, exhaust of hazardous fumes

Capacity (Ltr)
As per design / dimension

Lighting
Fluorescent / LED (optional)

Exhaust System
Integrated blower with ducting connection port

Color
White or custom (as required)

Mobility
Optional castor wheels for moveability

Sink/Service Fittings
Optional inlet for water, gas, vacuum, etc.

Compliance
Meets standard laboratory safety guidelines

Electrical Outlets
2 Nos. (optional configuration)

Noise Level
< 65 dB

Work Top
Polypropylene / Granite / Ceramic (as per requirement)

Sash Movement
Vertical sliding

Finish
Smooth, chemically resistant, easy to clean

Air Velocity
0.3 - 0.5 m/s (typical for laboratory fume hoods)

About Chemical Fume Hood

ume hood is a ventilated laboratory enclosure designed to safely capture and exhaust hazardous fumes, vapors, and dust generated during experiments or chemical handling. It protects users by drawing air away from the workspace and filtering or venting harmful substances to prevent inhalation exposure.

Typically constructed with a durable, chemical-resistant frame, a fume hood features a sash (movable glass window) that provides visibility and a physical barrier between the user and the experiment. Air is drawn into the hood and either filtered (in ductless fume hoods) or expelled through an external exhaust system (in ducted fume hoods).

Key Features:

Airflow system to maintain negative pressure inside the hood
Adjustable sash for user protection and airflow control
Internal lighting for clear visibility
Chemical-resistant work surface and lining
Optional alarms for airflow or filter performance

Superior Chemical Resistance & Safety

Engineered from polypropylene and available with stainless steel or granite worktops, this fume hood offers excellent resistance against chemical spills and corrosion. Its toughened safety glass sash and smooth, easy-to-clean surfaces ensure robust protection for laboratory personnel. The design meets stringent laboratory safety standards, making it a reliable choice for handling hazardous chemicals.

Optimal Performance and Customization

Featuring adjustable airflow (0.3-0.5 m/s) and low-noise operation, the fume hood delivers efficient fume exhaust without disturbing laboratory environments. Users can select LED or fluorescent lighting, manual or optional microprocessor controls, and various worktop materials. Custom sizes, colors, and electrical configurations are available to accommodate diverse lab requirements.

Flexible Installation and Usage

The Chemical Fume Hood is suitable for academic, industrial, and research laboratories. Its integrated blower with ducting connection ensures straightforward installation, while optional castor wheels offer movable convenience. Suitable for handling acids, solvents, and various hazardous compounds, this system guarantees a safer and cleaner laboratory environment.

FAQ's of Chemical Fume Hood:

Q: How does the chemical fume hood remove hazardous fumes from the laboratory?

A: The fume hood employs an integrated blower connected to a ducting system, efficiently capturing and expelling hazardous chemical vapors and airborne contaminants outside the laboratory, ensuring a safe working environment.

Q: What types of worktops are available for this fume hood, and how do I choose the right one?

A: You can choose between polypropylene, granite, or ceramic worktops based on your chemical handling needs and resistance preferences. The selection depends on the types of chemicals used and lab workload; our specialists can guide you to the most suitable option.

Q: When should I use the fume hood's optional service fittings like water, gas, or vacuum?

A: Optional inlet fittings are helpful when experiments require direct access to water, gas, or vacuum. These should be configured prior to installation based on experimental protocols and safety requirements.

Q: Where can this chemical fume hood be installed, and is mobility an option?

A: This unit is suitable for installation in academic, pharmaceutical, industrial, or research laboratories. Optional castor wheels can be provided for easy relocation within your workspace, offering flexible laboratory arrangements.

Q: What are the main benefits of using a chemical fume hood with a ducted exhaust system?

A: A ducted fume hood ensures the effective removal of hazardous fumes, reducing inhalation risks and promoting air quality. It also supports long-term compliance with laboratory safety guidelines and safeguards users during hazardous chemical procedures.

Q: How do users operate and maintain the sash and airflow for safe working conditions?

A: The vertical sliding sash allows users to adjust the opening for optimum protection and efficient air containment. Regular airflow checks and sash position adherence are crucial for maximum protection and should be part of routine lab safety practices.

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