Tasarım önizlemesi — Demo 4 · içerik canlı siteyle aynıdır, arama motorlarına kapalıdır

Boat / yacht engine room sound insulation

For boat and yacht engine rooms we use specialised oil/moisture-resistant acoustic composites that handle limited volume, high motor vibration and metallic structure-borne transmission.

TL;DR

Boat and yacht engine room sound insulation demands a specialised approach because of limited volume, continuous vibration, humid environment and metallic structural transmission. The combination of oil/moisture-resistant high-density PUR foam + flexible coupling + aluminium surface coating + elastomer mounts attenuates the sound reaching the cabin and crew by 25-40 dB.

Boat engine room acoustics — why are they different?

Boat engine rooms are one of the toughest niches of acoustic engineering. Compared to land-based residential acoustics:

  • Limited volume — thick panels are not an option
  • Oil and fuel vapour — specialist resistant materials are mandatory
  • Wet environment — waterproof composite
  • Metallic hull — high structure-borne transmission
  • Continuous vibration — fatigue-resistant products
  • Fire safety — marine standards

Solution components

  1. High-density PUR foam (oil/moisture resistant)
  2. Barrier-backed combination foam (mass below + absorber above)
  3. Aluminium facing (heat/fire protection)
  4. Elastomer vibration mounts (under the engine)
  5. Flexible coupling (engine connection part)
  6. Marine exhaust silencer (stainless steel)

Target performance

  • Crew area dB reduction: 25-35 dB
  • Saloon/cabin level: under 60 dBA
  • Structural vibration reduction: 85-95%
  • SOLAS / IMO fire compliance

Certification

Marine acoustic products comply with SOLAS and IMO MSC.61(67) FTP Code fire tests. Chemical resistance to oil and fuel vapour is certified.

Time and cost

Boat interior application 1-3 weeks. Yacht and large engine room 4-6 weeks. Investment is higher than land-based equipment acoustics due to the marine-grade materials.

Features

On-site acoustic measurement and noise source analysis

Detailed engineering with professional simulation software

Certified material selection (BS476 Class 0, UNI 9175)

Meticulous installation and execution with our experienced team

Final measurement and performance warranty report

Process

01

Survey & Measurement

On-site survey and acoustic measurement.

02

Simulation & Design

Simulation with acoustic software, detailed quote.

03

Installation

Turnkey installation with certified materials.

04

Verification & Report

Final measurement, performance report, warranty.

Technical Specifications

Application Standard BS476 Class 0, UNI 9175 M1, Firex
Typical Noise Reduction 25-45 dB (project-dependent)
Installation Time Confirmed after survey (1-15 days)
Warranty Measured result + 2-year workmanship warranty

Frequently Asked Questions

Boat / yacht engine room soundproofing — which materials do you use?
Depending on project requirements, we use acoustic foam, barrier-backed foam, lead/EPDM barrier, elastomeric rubber, rock wool and double-layer plasterboard systems. All our materials carry international fire-resistance certifications.
How much noise reduction do I get after the application?
It varies according to the existing structure, the adjacent noise level and the target use. Typical residential applications achieve 25-40 dB and industrial projects 35-55 dB. The exact value is confirmed by acoustic measurement.
Do I need to move my existing furniture?
It is enough to clear sufficient space so we can work in the application area. Our installation team takes protective measures for furniture; for small applications minimal rearrangement is sufficient.
How can I request a quote?
You can reach us by phone (+90 530 044 09 90), WhatsApp or our contact form. After a brief conversation we schedule an on-site survey.

Get an expert opinion for your project

Our team is ready for acoustic measurement, detailed engineering and turnkey delivery.

Get a Quote Call Now WhatsApp