The Kalstein YR05820-SS Gas Extraction Hood has been developed to provide a safe working environment during the handling of chemical reagents, solvents, acids, bases, and other substances that generate potentially hazardous vapors or gases. Its extraction system helps eliminate contaminants present in the work area, reducing operator exposure and promoting a safer and more efficient laboratory environment.

Its structure is made entirely of 1.0 mm thick AISI 304 stainless steel, a material widely recognized for its high resistance to corrosion, chemical agents, humidity, and mechanical wear. This construction ensures a long service life even under intensive working conditions, while also facilitating cleaning and disinfection tasks.

With external dimensions of 1200 × 650 × 1900 mm, the YR05820-SS offers a spacious and ergonomic workstation. Its work surface is also constructed from AISI 304 stainless steel, providing excellent resistance to continuous contact with reagents and chemicals.

The hood incorporates a 5 mm tempered glass sliding front window, designed to provide maximum visibility of the work area and act as a protective barrier against splashes and vapors, while allowing comfortable and safe access during operations.

The extraction system is equipped with a 110 W axial fan with speed regulator, capable of generating an adjustable air surface speed between 0.3 and 0.8 m/s, allowing the equipment's performance to be adapted to the specific needs of each procedure. Air is evacuated through a Ø250 mm flexible duct and 3 meters in length, facilitating its connection to external extraction systems.

To ensure excellent visibility during work, it incorporates a 10 W LED lamp with low energy consumption. It also features three splash-resistant multifunction outlets of 10 A, allowing safe power supply to auxiliary equipment. The configuration of these outlets can be adapted to the electrical standards of the destination country.

As a differentiating element, the YR05820-SS incorporates an integrated hydraulic system, consisting of a AISI 304 stainless steel faucet and a Ø100 mm stainless steel sink, facilitating the washing of utensils, containers, and materials directly at the workstation, optimizing laboratory processes and reducing operational times.

The equipment operates on 220 V / 60 Hz power supply and is supplied in knock down packaging with a reinforced cardboard box, which facilitates transportation, reduces logistics costs, and simplifies installation at the customer's facilities. Kalstein manufactures and distributes scientific equipment with a focus on durability and professional laboratory applications.

Market Price (3900)

Floor gas extraction hoods made entirely of AISI 304 stainless steel, equipped with adjustable extraction system, integrated work surface, faucet, and sink, have an average market price ranging between €3,600 and €4,400, depending on configuration, accessories, and manufacturer.

The Kalstein YR05820-SS Extraction Hood, with a reference price of €3,900, offers an excellent balance between quality, safety, and functionality. Its robust construction, adjustable ventilation system, integrated accessories, and high-quality materials make it an ideal investment for laboratories seeking reliable and durable equipment.

Frequently Asked Questions

What is the main function of this hood?

To extract vapors, fumes, and gases generated during chemical procedures, reducing operator exposure and improving laboratory safety.

What advantages does the integrated sink offer?

It allows washing materials, containers, and utensils directly at the workstation, streamlining operations and facilitating cleaning of the work area.

Can the air speed be adjusted?

Yes. The axial fan includes a regulator that allows adjusting the airflow speed between 0.3 and 0.8 m/s, adapting to different laboratory processes.

What type of lighting does it incorporate?

It features a 10 W LED lamp, with low energy consumption and long lifespan.

Can the outlets be customized?

Yes. The outlets can be configured according to the electrical requirements and regulations of the country where the equipment will be installed.

Advantages and Disadvantages

Advantages

• Completely made of AISI 304 stainless steel.

• Large work surface resistant to chemicals.

• 5 mm tempered glass sliding front window.

• 110 W axial fan with adjustable speed.

• Adjustable airflow between 0.3 and 0.8 m/s.

• 3-meter flexible extraction duct included.

• Low consumption LED lighting.

• Three splash-resistant multifunction outlets.

• Integrated stainless steel faucet and sink.

• Easy cleaning and maintenance.

• High resistance to corrosion.

• Robust design for continuous professional use.

Disadvantages

• Requires connection to an external air extraction system.

• Does not provide sterile protection for samples.

• Not designed for handling high-risk biological agents.

• Requires connection to the water and drainage network to use the integrated sink.

Field Use

The Kalstein YR05820-SS Gas Extraction Hood is designed for laboratories where chemical substances capable of generating potentially hazardous vapors or gases are handled. Its extraction system helps maintain a safer working environment, while the integrated sink facilitates cleaning and preparation tasks without leaving the workstation.

It is widely used in:

• Chemical laboratories.

• Pharmaceutical laboratories.

• Scientific research laboratories.

• Universities and academic institutions.

• Clinical laboratories.

• Quality control laboratories.

• Chemical industry.

• Cosmetic industry.

• Food industry.

• Preparation and handling of reagents.

• Chemical synthesis processes.

• Handling of solvents and volatile substances.

• Research and development centers (R&D).

Thanks to its structure made entirely of AISI 304 stainless steel, its adjustable ventilation system, the large work surface, the integrated sink, and the incorporated electrical accessories, the Kalstein YR05820-SS constitutes a comprehensive solution for laboratories that require safety, functionality, and durability in a single piece of equipment.