Introducing 'The Isoflow junior,' our bespoke ducted fume cupboard design specifically for educational settings. Engineered and assembled with precision, each unit is tailored to meet the unique needs of schools.
Safeguarding Science Education: Introducing the Isoflow Junior Ducted Fume Cupboard
Compliant with CLEAPSS G9 standards, our fume cupboard ensures utmost safety for students and educators alike. With a focus on in-house design and manufacturing, we guarantee functionality without compromise, providing an unparalleled solution for safe and effective science education.”
Introducing the Isoflow Junior, our specialized ducted fume cupboard is crafted for school settings. Every unit is expertly designed and manufactured in the United Kingdom.
Our Isoflow Junior cupboards are fully compliant with CLEAPSS G9 standards, ensuring a safe and controlled environment for educational laboratories.
Isoflow Junior: Safeguarding School Laboratories with UK-Made Excellence
What sets Isoflow junior apart is our commitment to an in-house design and build process. Unlike off the shelf solutions, each unit is customised to meet the unique requirements of school laboratories.
This approach guarantees that the final product not only adheres to the highest safety standards but also offers unparalleled functionality for users.
Choose Isoflow Junior
For a fume cupboard that prioritizes safety, functionality, and tailored solutions for the school environment.
Isoflow Junior Ducted Fume Cupboard Specification
Standard Widths: 1000mm, 1200mm
Standard Depth: 725mm
Standard Height: 2000mm
Key Features of Our Fume Cupboards: Enhancing Maintenance, Safety, and Performance
- Inner Chamber
- 6mm Trespa TopLab BASE
- 16mm Trespa TopLab BASE bunded base
- Maintenance Convenience
- High-performance removable back baffles for easy maintenance
- Removable service panels for taps, sockets, and alarm panels
- Safety and Control
- Sash restrictor with auto-set feature (set at 400mm)
- Front by-pass grille, removable for access and maintenance
- Lighting and Power
- LED low-energy light fitting with front-mounted light switch
- 2 x MK Double switched socket outlets
- Utility Connections
- Cold Water Valve and Outlet
- Vulcathene Drip Cup and Bottle Trap
- Burning Gas Valve and Outlet
- Alarm Systems
- Audible and Visual low air alarm
- Glass Sash and Handling
- 6mm toughened glass sash on twin stainless steel cables and counterbalanced weight system
- Curved aerodynamic sash handle with easy-grip front D handles
- Performance and Compliance
- Superior containment and airflow profiling
Setting Standards in Safety and Compliance: Isoflow Junior Ducted Fume Cupboard
Experience excellence in safety, functionality, and compliance with the Isoflow Junior Ducted Fume Cupboard.
- CLEAPPS G9 Revision of DfEE Building Bulletin 88
- BS EN 14175
- BREEAM HEA17 and ENE11
Download the Educational Ducted Fume Cupboards brochure
Educational Ducted Fume Cupboards FAQ
What is a ducted fume cupboard?
An educational ducted fume cupboard is a specialized containment device designed for safe laboratory use in educational settings. It provides controlled ventilation to remove hazardous fumes, ensuring student safety during experiments. Featuring user-friendly designs and safety enhancements, these fume cupboards are tailored for educational laboratories. They offer clear visibility and easy operation, facilitating student learning and experimentation. Educational ducted fume cupboards promote a safe and educational environment for practical scientific studies.
How does a ducted fume cupboard work?
An educational ducted fume cupboard is a specialized containment device designed for safe laboratory use in educational settings. It provides controlled ventilation to remove hazardous fumes, ensuring student safety during experiments. Featuring user-friendly designs and safety enhancements, these fume cupboards are tailored for educational laboratories. They offer clear visibility and easy operation, facilitating student learning and experimentation. Educational ducted fume cupboards promote a safe and educational environment for practical scientific studies.
What are the benefits of using a ducted fume cupboard?
Ducted fume cupboards offer enhanced safety by effectively removing hazardous fumes from the workspace. They ensure compliance with safety regulations and protect workers and the environment from exposure to harmful substances. Ducted systems provide reliable containment and ventilation of chemical vapors, preventing contamination. They promote a clean and controlled laboratory environment, essential for precision experiments. Ducted fume cupboards support efficient and safe handling of chemicals, enhancing overall laboratory productivity.
What types of applications are suitable for ducted fume cupboards?
Ducted fume cupboards are ideal for various applications requiring containment and ventilation of hazardous fumes, vapors, and gases. These include chemical synthesis, pharmaceutical research, laboratory testing, industrial manufacturing, and educational experiments. Additionally, ducted fume cupboards are suitable for processes involving volatile organic compounds (VOCs), toxic chemicals, corrosive substances, and fine particulates. They are essential in environments where strict safety standards and regulatory compliance are necessary, ensuring worker protection and environmental safety.
What safety features should I look for in a ducted fume cupboard?
When selecting a ducted fume cupboard, prioritize safety features such as robust airflow monitoring systems, audible and visual alarms for malfunctions, sash position sensors to ensure proper usage, and integrated fire suppression systems. Additionally, look for chemical-resistant construction materials, such as epoxy-coated steel or polypropylene, and ergonomic design features to minimize operator exposure. Regular maintenance and certification by qualified professionals are essential for ensuring ongoing safety and compliance with regulations.
How should I maintain and clean a ducted fume cupboard?
Regularly maintain and clean a ducted fume cupboard by following manufacturer guidelines, including routine inspection of filters, fans, and airflow systems. Use appropriate cleaning agents and procedures to remove contaminants and debris from surfaces, ensuring optimal airflow and performance. Perform periodic testing and calibration of safety features and airflow monitoring systems. Train personnel on proper usage and cleaning protocols to maintain safety and compliance. Seek professional maintenance services for thorough cleaning and certification as needed.
Can a ducted fume cupboard be customised to fit my laboratory space?
Yes, ducted fume cupboards can be customised to fit your laboratory space by adjusting dimensions, configurations, and features. Consult with manufacturers to tailor design specifications, including sash types, materials, and accessories. Ensure proper integration with existing infrastructure and ventilation systems for seamless installation. Customize airflow patterns and control options to optimize performance and safety. Request expert guidance to create a bespoke solution that meets your specific requirements and space constraints.
What are the differences between ducted and ductless fume cupboards?
Ducted fume cupboards vent hazardous fumes outside through ductwork, while ductless ones recirculate air through internal filtration systems. Ducted systems require ductwork installation and ongoing maintenance, while ductless systems offer flexibility in placement and lower installation costs. Ducted cupboards are suitable for a wider range of applications and offer higher containment capacities, while ductless ones may have limitations in handling certain substances and require regular filter replacement. Overall, the choice depends on factors like space availability, budget, and the types of substances being handled.
