Innovative Technical Specifications of the Epoxy-Coated Steel Chemical Laboratory Fume Hood

Product Description

The epoxy-coated steel chemical laboratory fume hood is designed to provide a safe and controlled environment for conducting experiments involving hazardous substances. Available in four models—YR05813, YR05814, YR05815, and YR05816—this range of fume hoods caters to the varied needs of modern laboratories. Their external sizes range from 800mm to 1500mm in width, with a consistent depth and height across all models, ensuring they fit seamlessly into laboratory spaces.

Its robust internal dimensions, highlighted by a sizable window opening, ensure ample workspace and safety. The airflow velocity of 0.4-0.6m/s, along with an exhaust air volume of 800-1000m³/h, facilitates effective fume extraction. Noise is kept under control with a sound level of ≤60dB, ensuring a conducive work environment. The LED lamp provides optimal illumination while consuming minimal power. Efficient energy use and safety are further emphasized with the built-in axial flow blower, featuring speed adjustability, and a manually adjustable 5mm toughened glass front window.

The fume hood’s main body is constructed from 1.2mm thickness cold-rolled steel with an epoxy resin powder coating, offering resistance to corrosion. The inner side and work table are specifically crafted with materials that withstand strong acids and alkalis, solidifying their reliability in rigorous chemical environments. Alongside, standard accessories such as a LED lamp, adjustable blower, waterproof sockets, and PP duct are provided. Additional options like epoxy resin or ceramic boards, water, and gas taps further enhance its versatility.

Market Price

The pricing for epoxy-coated steel fume hoods ranges considerably depending on the model and features. Generally, the market average is placed between $1700 USD and $2500 USD, factoring the high-grade materials and robust construction that each unit offers. This range reflects their premium build and the long-term durability they provide in demanding laboratory settings.

Buyers should take into consideration that pricing can vary based on seller policies, included accessories, and any modifications that may suit specific laboratory requirements. While this range provides a broad view, for precise figures and to explore potential promotional offers, users are encouraged to contact suppliers directly.

Frequently Asked Questions

What are the safety features of the fume hood?

The fume hood is equipped with a built-in axial flow blower and adjustable window, providing efficient air circulation and containment of hazardous fumes. The toughened glass front adds safety, while noise levels are kept below 60 dB for a comfortable environment.

Is the fume hood resistant to chemicals?

This laboratory fume hood boasts a construction that can withstand strong acids and alkalis, thanks to its epoxy-coated steel and phenolic resin work surface.

Can the blower’s speed be adjusted?

Yes, the built-in axial flow blower offers speed adjustability to meet different ventilation needs within the laboratory setting.

Advantages and Disadvantages

Advantages: The epoxy-coated steel fume hood offers remarkable durability and resistance against harsh chemicals, making it suitable for diverse laboratory applications. Its adjustable features, such as the window and blower speed, enhance its adaptability to various tasks. With its quiet operation and LED lighting, it boosts laboratory productivity without causing distractions.

Disadvantages: Despite its high performance, the unit’s heavyweight construction might pose challenges in certain small lab setups. Furthermore, its price point may be higher compared to basic or entry-level fume hoods, which is a consideration for budget-restricted institutions.

Usage in the Field

In practical laboratory contexts, the epoxy-coated steel fume hood serves primarily to ensure safe handling of volatile chemicals. It’s commonly employed in industries such as pharmaceuticals, academia, and chemical engineering, where rigorous safety standards are critical. The hoods facilitate experimental tasks involving vapors, fumes, or particles, effectively protecting both personnel and the workspace environment.

Laboratory technicians find them indispensable when conducting work that generates noxious substances, as the fume hood provides containment and extraction, minimizing exposure risks. Laboratory managers can customize these hoods with different accessories to fine-tune them to specific research or production requirements.

Recommendations

Maximizing the potential of this fume hood involves following regular maintenance schedules to ensure all components, particularly airflow systems and seals, remain in optimal condition. Laboratories should train personnel on the adjustable features to efficiently manage the window and blower settings, promoting energy efficiency.

It is advisable to periodically inspect the epoxy coating and phenolic resin surfaces for any signs of wear, addressing them promptly to sustain the hood’s chemical resistance. Leveraging accessories like additional blowers or taps based on application-specific needs can further extend the unit’s versatility.

If you are looking for a blend of innovation and quality, you’ve come to the right place. At Kalstein, we offer you the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each equipment with a level of excellence. Our intuitive and agile online shopping channels are designed for your convenience, ensuring the most friendly prices. Don’t hesitate any longer, we bring science to life, it’s time to become part of our community. https://kalstein.net/en/product/epoxy-coated-steel-basic-chemical-laboratory-fume-hood-yr05813-yr05816/.