Epoxy-Coated Steel Basic Chemical Laboratory Fume Hood YR05813 // YR05816

The Epoxy-Coated Steel Basic Chemical Laboratory Fume Hood YR05813 // YR05816 is an essential piece of equipment for any modern laboratory. Designed with safety and durability in mind, it features a robust front panel and an inner liner with guide baffles made of a 5mm thick anti-melamine board to ensure the user’s protection against hazardous chemicals. The fume hood is equipped with a 5mm thick tempered glass window that provides excellent visibility while working. For enhanced reliability, it includes a built-in drain pipe, an axial fan with an air collector, and an anti-corrosion hose. Additionally, it boasts a multifunctional splash-proof socket alongside a fan and lamp switch, making it a versatile and indispensable tool for laboratory environments. With a working surface height of 800mm, max window opening of 750mm, and air velocity/exhaust air volume ranging between 0.4-0.6m/s and 800-1000m³/h, respectively, this fume hood ensures a safe and efficient working space.

Market Price

The market price for laboratory fume hoods similar to the Epoxy-Coated Steel Basic Chemical Laboratory Fume Hood YR05813 // YR05816 ranges between 1000 USD to 1800 USD. This price range provides a general overview, which may vary depending on features, quality, and brand reputation. For a personalized quote, consider reaching out through the platform Kalstein Plus to explore the best deal suited to your needs.

Frequently Asked Questions

What materials are used in the construction of the fume hood? The fume hood is constructed using a 1.2mm thick cold-rolled steel body with a protective epoxy resin powder coating.

Is the fume hood resistant to harsh chemicals? Yes, it features an inner side made of a 5mm thickness compact material resistant to strong acids and alkalis.

Does it come with a built-in lighting solution? Yes, it includes a built-in 10W LED tube to illuminate your work surface.

Advantages and Disadvantages

Advantages: The fume hood is built with high-quality materials that offer superior durability and chemical resistance. Its efficient air exhaust system ensures a safe working environment by effectively capturing hazardous vapors. The adjustable speed blower and manual window height adjustment provide added operational flexibility.

Disadvantages: While the fume hood offers excellent functionality, its initial investment might be higher compared to basic models. Additionally, the setup of the fume hood may require professional installation to ensure optimal performance.

Usage in the Field

The Epoxy-Coated Steel Basic Chemical Laboratory Fume Hood is commonly used in educational, research, and industrial laboratory settings. It provides a controlled environment to safely handle volatile chemicals, perform experiments, and protect laboratory personnel from hazardous fumes. Its user-friendly features, such as the manual window and built-in lighting, enhance the overall efficiency and safety of lab operations.

Recommendations

To maximize the lifespan and functionality of your fume hood, it is recommended to regularly inspect and clean both the interior and exterior surfaces. Ensure that the built-in fan and LED tube are maintained according to the manufacturer’s guidelines. Always operate the fume hood according to safety standards to prevent damage to the equipment and ensure user safety.

Features

• 1.2mm thick epoxy-coated steel construction
• 5mm thick tempered glass window
• Built-in axial flow blower with speed adjustment
• Chemical-resistant phenolic resin worktable
• LED lighting for enhanced visibility
• Multifunctional splash-proof socket
• Corrosion-proof solid core physical and chemical board mesa

Technical Specifications