Specialists in acoustic engineering and sound control
basin-beam was established to address a fundamental gap in the construction and renovation industry: the lack of integrated acoustic planning. Too often, sound problems are treated as afterthoughts, leading to costly retrofits and compromised results.
We built our practice on the principle that acoustic performance should be engineered from the outset. This approach saves time, reduces costs, and delivers superior outcomes.
We combine scientific rigour with practical construction knowledge. Our team holds qualifications in acoustics, architecture, and audio engineering, ensuring comprehensive project delivery.
We use calibrated acoustic instruments to measure sound pressure levels, reverberation characteristics, and transmission loss. This data informs every design decision.
Our solutions integrate seamlessly with architectural plans, structural requirements, and aesthetic considerations. Acoustic performance never comes at the expense of design quality.
We evaluate acoustic materials based on absorption coefficients, transmission loss ratings, and installation compatibility. Only proven products make it into our specifications.
Our installation teams are trained in acoustic construction techniques that maintain the integrity of sound barriers and treatment systems.
Every space has unique acoustic characteristics determined by geometry, materials, and intended use. We reject one-size-fits-all solutions.
Each project begins with thorough analysis. We measure existing conditions, identify problem frequencies, and model proposed interventions. Only after validation do we proceed to implementation.
This methodology ensures predictable results and eliminates the trial-and-error approach that plagues acoustic work.
Open-plan acoustics, meeting room sound isolation, and speech privacy enhancement.
Party wall soundproofing, home theatre design, and external noise mitigation.
Performance space acoustics, sound reinforcement design, and noise containment.
Classroom intelligibility, music room acoustics, and campus noise control.
Patient privacy, equipment noise reduction, and healing environment acoustics.
Critical listening room design, isolation for tracking spaces, and control room optimisation.
Acoustic engineering is both science and craft. We stay current with research in psychoacoustics, building physics, and material technology. Our specifications reference current British Standards and Building Regulations Part E.
We measure project success through objective metrics: decibel reductions, reverberation time improvements, and speech intelligibility scores. These measurements verify that our designs perform as predicted.