Highlighting Safety Standards in Laboratory Furniture
In the world of industry, research, and academia, cultivating a strong safety culture is more than a regulatory requirement. It directly impacts laboratory productivity. Laboratories are high-risk environments where exposure to hazardous materials can pose serious threats if proper safety measures are not followed.
While some see compliance with safety standards as a burden due to time spent on training, risk assessment, and documentation, research shows that labs with robust safety protocols experience 20-30% fewer incidents and sustained efficiency gains. Studies also highlight a strong correlation between PPE compliance and reduced chemical exposure, while non-compliant labs report three times higher minor injury rates.
Laboratory Furniture & International Standards
Choosing the right laboratory furniture and equipment is critical for maintaining safety and ensuring durability. All furniture should align with international safety standards, covering design, manufacturing, and installation. This is especially important for fume hoods, which are essential for safe lab operations.
1. Laboratory Design Considerations
Designing a laboratory workspace with technical furniture is a complex process. At Protech, our design teams, including engineers and interior designers, develop tailored solutions that prioritize safety and efficiency. Key considerations include:
Furniture Layout: Standard aisle space for wall benches, center benches, and fume hoods should be considered.
Fume Hood Location: Fume hoods should be near safety devices such as emergency showers, fire extinguishers, and first aid kits to ensure rapid response.
Material Selection and Structural Integrity: Safety starts with choosing the best combination of materials that meets lab-specific safety requirements. Professional manufacturers will also ensure the required load capacity is met.
Service Access: Plumbing, electrical, and gas lines must be easily accessible for maintenance but protected from accidental impact.
Ventilation: Proper balance of internal and external exhaust systems prevents chemical vapour recirculation, reducing health risks.
Type of Research: Understanding workflow helps implement health and safety standards effectively.
Number of Users: Assessing the expected frequency of fume hood use allows for safe and efficient lab layout.
2. Fume Hood Testing: ASHRAE 110 Standards
"As Manufactured" Testing
To ensure compliance, manufacturers perform standard "As Manufactured" tests in accordance with ASHRAE 110: Method of Testing Performance of Laboratory Fume Hoods. Tests include:
Hood inspection
Airflow visualization
Airflow velocity measurements
Tracer gas containment tests
"As Installed" Testing
Testing does not stop at manufacturing. For professional and compliant installation, additional "As Installed" tests verify:
Sash operation
Airflow performance
Face velocity
Containment efficiency
3. The Responsibility of Safety
Users and supervisors play a critical role in ensuring laboratory safety. According to SEFA Laboratory Fume Hoods Recommended Practices, they must:
Plan experiments carefully
Wear appropriate personal protective equipment (PPE)
Verify proper system operation
Follow established work practices
Follow furniture and equipment manufacturer guidelines
Maintain lab cleanliness and organization
Conclusion: Compliance Drives Productivity
By adhering to international safety standards, laboratories minimize accidents and maximize efficiency. Protech delivers lab furniture and fume hoods certified to EN, ASHRAE, and SEFA standards, backed by an ISO 9001 quality management system. Ensuring compliance not only protects personnel but also enhances research productivity.