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AAS HOOD

Name: AAS HOOD
Brand: S K INSTRUMENTS
Price: 5500.0 INR
Availability: InStock

Price 5500.0 INR/ Piece

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MOQ : 1 Piece

AAS HOOD Specification

Shape
Rectangular

Control Type
Manual Sliding Sash

Glass Type
Toughened / Float Glass

Features
Chemical & corrosion resistance, integrated lighting, smooth airflow, removable panels for service

Temperature Resistance
Up to 120C

Power Supply
Electrical

Type
AAS Hood

Dimension (L*W*H)
900 x 600 x 1200 mm

Equipment Type
Fume Hood / Laboratory Hood

Equipment Materials
Stainless Steel (SS) structure with powder coating

Power
230 V AC, 1 Phase, 50 Hz

Voltage
230 V

Material
Stainless Steel & Glass

Application
Laboratory Fume Extraction for Atomic Absorption Spectroscopy (AAS)

Duct Port
Provided for external exhaust connection

Sash Operation
Vertical / Horizontal sliding front glass window

Exhaust System
Integrated centrifugal blower with chemical resistant motor

Lighting
Internal LED/Fluorescent light for clear visibility

Air Velocity
0.4-0.7 m/s at face

Finish
Powder coated to resist chemicals

Noise Level
< 65 dB

Construction
Double walled design for increased durability

Work Top Material
Stainless steel or ceramic available as option

AAS HOOD Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-7 Days

About AAS HOOD

The Instrument Exhaust System is a specially engineered ventilation solution designed for high-precision analytical instruments such as ICP-MS, LC-MS, ICP-OES, AAS, and ICP Hood systems. The system safely removes hazardous fumes, hot air, acidic vapors, solvent gases, and process emissions generated during analytical operations.

Manufactured using premium-grade SS 304 / SS 316 stainless steel, the exhaust system ensures superior corrosion resistance, leak-proof airflow management, and long-lasting durability in laboratory environments. Its precision ducting and high-performance centrifugal blower provide efficient extraction while maintaining stable instrument operation.

Think of it as a dedicated breathing network for sensitive analytical instruments
keeping heat, fumes, and contaminants away so precision stays uncompromised.

Key Features

Designed for Analytical Instruments
Compatible with ICP-MS, LC-MS, ICP-OES, AAS & similar systems

Premium Stainless Steel Construction
Available in SS 304 / SS 316 for superior corrosion resistance

Leak-Proof Precision Ducting
High-quality round ducting with secure joints and smooth airflow

High-Efficiency Blower System
Stainless steel centrifugal blower for continuous operation

Low Noise Performance
Optimized airflow design minimizes vibration and noise

Safe & Reliable Operation
Heat-resistant and grounded system for laboratory safety

Custom Built Design
Customized layout and airflow capacity as per instrument requirement

Optional Filtration Systems
Compatible with HEPA filter, wet scrubber, and chemical trap systems

Applications

ICP-MS Laboratories
LC-MS Analytical Labs
Pharmaceutical Testing Labs
Chemical Research Facilities
Environmental Testing Labs
Academic & R&D Centers

Why Choose This Exhaust System?

Maintains clean laboratory air quality
Protects sensitive analytical instruments
Removes corrosive fumes efficiently
Reduces heat accumulation around equipment
Supports accurate and stable instrument performance

Built like a silent stainless-steel airflow highway
moving hazardous vapors away before they interfere with science.

Superior Safety and Chemical Resistance

Engineered from stainless steel and glass, the AAS Hood is built to withstand aggressive chemicals commonly used in laboratories. The powder coated finish further enhances its resistance to corrosion, making it suitable for frequent and rigorous use in fume extraction scenarios. The double-walled construction adds durability to the structure while ensuring user safety during prolonged laboratory processes.

Optimized Airflow and Low Noise Operation

The hood's integrated centrifugal blower, combined with adjustable vertical or horizontal sash windows, maintains a face velocity between 0.4 and 0.7 m/s. This efficient airflow effectively removes hazardous fumes, maintaining a clean, safe environment. The entire system operates quietly (under 65 dB), contributing to a comfortable and productive laboratory workspace.

User-Friendly Design and Flexible Options

Bright internal LED or fluorescent lighting ensures excellent visibility while working within the hood. The manually operated sliding sash and removable panels simplify service and cleaning. Available worktop options-stainless steel or ceramic-allow customization according to laboratory requirements. The hood easily connects to external ducting through the provided port, ensuring effective fume exhaust.

FAQ's of AAS HOOD:

Q: How does the integrated centrifugal blower improve fume extraction in the AAS Hood?

A: The integrated centrifugal blower is equipped with a chemical-resistant motor to provide strong and consistent airflow, effectively capturing and removing hazardous fumes from the hood's interior. This maintains clean air within the workspace and protects laboratory personnel from exposure during Atomic Absorption Spectroscopy applications.

Q: What are the benefits of double-walled construction in this laboratory hood?

A: Double-walled construction offers enhanced durability, improved chemical resistance, and better insulation. This design prevents corrosion, extends the hood's lifespan, and safeguards users by providing an extra barrier against chemical exposure.

Q: When should the sash windows be operated vertically or horizontally?

A: The choice between vertical and horizontal sash operation depends on the specific laboratory process and user preference. Vertical sashes allow easy access to tall equipment, while horizontal sashes can help reduce airflow turbulence. Both options are manually controlled for flexibility during various workflows.

Q: Where can this AAS Hood be installed for optimal performance?

A: This AAS Hood is suitable for laboratory settings where fume extraction for Atomic Absorption Spectroscopy is required. It should be placed in a location with access to external ducting for effective exhaust, and adequate power supply (230 V AC, 1 Phase, 50 Hz) should be available.

Q: What materials are used for the worktop, and how do they benefit laboratory tasks?

A: The worktop is available in either stainless steel or ceramic, each offering chemical resistance and easy cleanability. Stainless steel is particularly robust and suitable for frequent use, while ceramic is ideal for handling high-temperature or highly corrosive substances.

Q: How does the hood provide clear visibility during laboratory operations?

A: Internal LED or fluorescent lighting illuminates the work area, ensuring that users have clear visibility for precise and safe manipulation of apparatus and samples inside the hood.

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