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Project Overview School libraries are core quiet reading spaces for students. Daily footstep noise, page-turning sound, talking noise and external corridor noise easily break the quiet reading atmosphere. Hard interior decoration leads to subtle noise amplification and continuous background noise, affecting students’ reading concentration and learning efficiency. This project carries out overall low-noise acoustic optimization, […]

Project Overview Open-plan training centers adopt transparent and partition-free spatial design, which brings bright vision but causes serious noise diffusion. Multiple training groups, simultaneous speaking and interactive activities lead to chaotic mixed noise, low learning concentration and poor teaching efficiency. This project targets open-space acoustic pain points, using distributed sound absorption and local sound insulation

Project Overview Music classrooms produce high-decibel musical instrument sound, singing and rhythm reverberation. Traditional classrooms lack professional acoustic treatment, resulting in excessive indoor reverberation, tone distortion and serious sound leakage to adjacent classrooms and corridors, disturbing normal teaching order. This project integrates professional sound absorption, sound insulation and acoustic diffusion systems to optimize indoor tone

Project Overview University lecture halls are typical large-capacity teaching spaces for professional lectures, academic sharing and public courses. The original acoustic environment suffered from obvious echo, speech blur and background noise accumulation. With crowded students and concentrated human voices, the teaching sound cannot be transmitted evenly, affecting students’ listening efficiency and academic teaching quality. This

Project Overview The multi-function hall is a core public space for primary school assemblies, performances, lectures and student activities. The original large-space hard interior structure caused extremely serious reverberation, delayed sound reflection and unclear speech. During group activities and speeches, noise overlaps severely, affecting teaching effects and on-site experience. This project implements systematic sound absorption

Project Overview This project focuses on acoustic improvement for multiple kindergarten classrooms. Kindergarten spaces feature high-frequency children’s activities, loud voices, running and toy collision noise. Original hard wall and floor materials cause severe indoor reverberation, noisy classrooms and mutual noise interference between adjacent rooms. We adopted full eco-friendly, anti-collision and child-safe acoustic materials to reduce