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Fume Hood manufacturer

Price 65000 INR/ Piece

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MOQ : 10 Pieces

Fume Hood manufacturer Specification

Standard Accessories
Sink with water tap, gas valves, electrical sockets

Size
Customized

Voltage
220 V

Product Name
Fume Hood

Frequency
50 Hz

Surface Finish
Powder Coated

Material
Stainless Steel / Mild Steel

Duct
Corrosion Proof PVC/PP/FRP/SS

Front Sash
Vertical sliding, toughened glass

Application
Chemical Laboratory, Pharmaceuticals, Research Institutes, Universities

Noise Level
Less than 70 dB

Exhaust Volume
800-1000 CFM

Blower Type
Centrifugal PVC/FRP/SS 304

Number of Phase
Single

Automation Grade
Manual

Phase
Single Phase

Working Table Top
Granite/ceramic/epoxy

Lighting
Fluorescent/LED, interior-mounted

Fume Hood manufacturer Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Paypal, Cheque

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About Fume Hood manufacturer

Bench Type Fume Hood With Blower
Dimension L=1500mm, D=940mm, H=2250mm

Design Structure

Aerodynamic, Floor mounted

Airflow type

Auto by pass type (for non AC labs)

Exterior Construction

1.2 & 1.5 mm heavy duty electro galvanized CRCA (as per IS: 513) sheets with epoxy powder coating and rigid structure.

Interior Construction

Chemical and Heat resistant, Fire retardant, Smooth finish, Easily Cleanable Panels made out of durable material integral work walls, 6 mm thick.

Front Top Panel

Easily open able hinged top panel for easy access to Flow control Valve and electrical lighting fixtures for maintenance.

Airfoil

Aerodynamic design. Horizontal airfoil mounted on the worktop made of 1.6mm thick CRCA sheet.

Worktop

Chemical resistant slash and spillage proof dished Jet black granite worktop (18 to 20 mm thick).

Sash (Shutter)

Vertical rising counter-balanced sash. Toughened Float Glass sash for full work area visibility (5 mm thick). Smooth and light sash operation. Clear operable height (750 mm).

Lighting

Fluorescent light (20 watt, 1 nos.) with vapour proof housing and fitting for proper illumination.

Electrical Utilities

3 Nos. of 5/15 amp electrical points shall be provided on the right side of the fume hood with tube light switch. Pushbutton starter and electrical connector shall be fixed on the top of the fume hood with all internal connections.

Working Surface`& Drip Cup

19mm thick super black granite will be provided for the table top of fume hood also PP Small drip cup for the draining of water from the fume hoods.

Utility Services

Remote operated services fitting will be provided inside the fume hood with 1 Water, 4 Nos. for Gas.

Centrifugal Blower

1500 CFM Chemical & heat resistant PP+FRP blower with aerodynamically balanced impeller, with drain plug. Conforming to fume hood face velocity as required. Electrical motor 1.5 HP, 3 phase TEFC, IP55, Class F, direct drive foot mounted motor will be provided.

Advanced Safety and Performance

Prioritizing laboratory safety, the Fume Hood is engineered to protect users by effectively capturing and expelling harmful vapors with an exhaust volume between 800-1000 CFM. Its robust design, corrosion-proof ducting, and centrifugal blower ensure consistent air quality, while the toughened glass sash adds an extra layer of operator protection.

Versatile Construction for Various Needs

Manufactured using high-quality stainless steel or mild steel, the Fume Hood boasts a powder-coated surface for longevity. The working tabletop is customizable with granite, ceramic, or epoxy finishes to suit specific applications. Options in duct and blower materials address diverse chemical environments, further enhancing compatibility.

User-Centric Design and Accessories

The Fume Hood is equipped with thoughtful standard accessories like a sink, water tap, gas valves, and electrical sockets, streamlining experiments and procedures. Interior-mounted fluorescent or LED lighting provides optimal visibility, and the sash's smooth vertical sliding mechanism ensures safe and ergonomic operation.

FAQ's of Fume Hood manufacturer:

Q: How does the centrifugal blower in the Fume Hood benefit laboratory safety?

A: The centrifugal blower efficiently extracts hazardous fumes generated during chemical procedures, maintaining a contaminant-free workspace and safeguarding personnel by ensuring rapid and uniform airflow within the hood.

Q: What materials are used in the working tabletop and how do they influence usage?

A: You can choose from granite, ceramic, or epoxy tabletops, each providing varying degrees of chemical resistance, durability, and ease of cleaning. Selection depends on laboratory requirements and types of chemicals handled.

Q: When should the Fume Hood be serviced or maintained?

A: Routine maintenance is recommended every 6 to 12 months, including checks on the blower, duct integrity, sash operation, and cleaning of accessories. Service intervals may vary based on usage intensity and the type of chemicals used.

Q: Where can the Fume Hood be installed and which applications can it serve?

A: Fume Hoods are suitable for chemical laboratories, pharmaceuticals, research institutes, and university labs, with installation possible wherever a 220 V, single-phase supply is available. Custom sizing enables easy integration into diverse workspaces.

Q: What is the process for customizing the size and accessories of the Fume Hood?

A: Customization involves selecting dimensions, tabletop material, duct and blower specifications, and accessories during the ordering phase. Manufacturers will guide you through the process to ensure your requirements are met.

Q: What are the usage benefits of the powder-coated finish and corrosion-proof ducting?

A: The powder-coated surface enhances durability, making the hood resistant to chemicals and physical wear. Corrosion-proof ducting-available in PVC, PP, FRP, or stainless steel-prolongs service life by preventing degradation from chemical exposure.

Q: How does the vertical sliding sash with toughened glass contribute to laboratory operations?

A: The sash allows precise control of airflow and provides a physical barrier, protecting users from chemical splashes and vapors. Its toughened glass construction offers enhanced safety and longevity, while vertical sliding ensures ergonomic access.

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