+86 18963687089 
+86 18936139389 
en
it
es
hu
ja
sv
pt
ms
ko
ru
fr
de
arProject Case
We will provide you with the most considerate service
Classroom&Laboratory
Noise reduction for a focused academic environment. In mind-inspiring classrooms and labs requiring intense concentration, noise is the ultimate disruptor. ROYDAA Acoustic Panels effectively absorb equipment hum and student chatter, creating a serene academic space conducive to thinking, exploration, and discovery.
Project Overview
This Classroom&Laboratory is a multi-functional educational space designed for hands-on learning, group discussions, and technical demonstrations. The high-ceilinged, hard-surfaced environment (concrete floors, whiteboards, metal fixtures) created excessive reverberation and poor speech intelligibility, hindering teacher-student communication and student focus during experiments. To address this, the project deployed Linear Suspended Acoustic Baffles as the core acoustic solution, delivering targeted sound absorption while preserving the space’s clean, functional aesthetic.
Key Solutions & Outcomes
- Improved Speech Intelligibility & FocusThe space previously suffered from long reverberation times, making it difficult for students to hear instructions clearly and for teachers to maintain control of the room. The Linear Suspended Acoustic Baffles absorbed mid-to-high frequency noise, reducing reverberation time by 40% and significantly improving speech clarity—ensuring students can hear demonstrations and discussions clearly, even in the rear of the room. This reduction in background noise also helped minimize distractions, supporting better focus during hands-on lab work.
- Functional Aesthetic IntegrationThe linear, staggered baffle layout complements the classroom’s clean, industrial design, avoiding a cluttered look while maximizing acoustic coverage. The light gray finish matches the existing ceiling and lighting fixtures, ensuring the acoustic treatment does not disrupt the space’s functional, educational aesthetic. The non-obstructive profile also preserves access to overhead utility fixtures (e.g., projectors, safety equipment) and maintains the open, airy feel of the lab.
- Sustainability & DurabilityCrafted from 100% recycled PET felt, the baffles meet the institution’s sustainability goals and align with green building standards. The durable, stain-resistant surface withstands the rigors of educational use (e.g., accidental impacts, dust from lab activities), and the modular design allows for easy cleaning, maintenance, or replacement of individual baffles without disrupting the entire installation.
- Flexible Installation & ScalabilityThe suspended baffle system can be easily scaled or reconfigured to adapt to changing classroom needs—whether expanding coverage for larger lecture-style sessions or adjusting layout to accommodate new lab equipment. The lightweight design also simplifies installation, minimizing disruption to classes during implementation.
Conclusion
This Classroom&Laboratory demonstrates how Linear Suspended Acoustic Baffles can effectively address acoustic challenges in educational spaces without compromising functionality or aesthetics. By delivering high-performance sound absorption, improving speech intelligibility, and integrating seamlessly with the existing design, the solution creates a quieter, more focused learning environment that supports both teaching and hands-on experimentation—proving that acoustic treatment can be a subtle yet powerful tool for enhancing educational outcomes.
