Industry – not drywall
We work on pipes, plant equipment and technical rooms – not on drywall or interior fit-out constructions.

Acoustic insulation in technical insulation: reduce noise, decouple structure-borne sound, calm the operation.

Decoupling at hangers
Hangers and brackets are common sound bridges. Proper decoupling and the right build-up usually deliver the biggest real-world impact.
Industrial acoustic insulation reduces noise transfer at pipework, plant equipment, ventilation ducts and technical systems. The key is not only the insulation material but especially decoupling and clean execution at interfaces.
In Aachen and the surrounding area we implement solutions so typical weak points like hangers, penetrations, transitions and access points are handled correctly – for less noise and less vibration in day-to-day operation.
Noise is not always the same: airborne sound and structure-borne sound need different measures. We select solutions based on the actual cause.
We work on pipes, plant equipment and technical rooms – not on drywall or interior fit-out constructions.
Transitions, penetrations, access points and terminations define the outcome – that’s why we plan them carefully.
In practice, noise comes from typical components. We apply measures where they make technical sense – with the right insulation systems, decoupling and robust finishes.

Rohrleitungen & Armaturen
Schallschutz an Leitungswegen: Dämmaufbau, Ummantelung und saubere Details an Armaturen/Flanschen – wartbar und robust.

Lüftung, Kanäle & Technikschächte
Reduktion von Luft- und Körperschall in Lüftungs- und Technikbereichen – mit systemgerechter Dämmung und sauberer Ausführung.

Maschinen- & Anlagenbereiche
Industrieller Schallschutz dort, wo es laut wird: Maschinen, Aggregaten, Verdichtern – mit Fokus auf langlebige Oberflächen und Wartbarkeit.

Schnittstellen & Durchführungen
Geräuschübertragung entsteht oft an Details: Übergänge, Halterungen, Durchdringungen. Hier entscheidet saubere Systemausführung.
Noise typically starts at a few points but affects multiple areas via pipe routes and structures. These are common in practice.
In shafts and plant rooms, sound is quickly transferred via routes and fixings – especially where space is tight.
In plant environments, robust finishes, clear interfaces and durable execution are key – even under mechanical impact.
Vibration travels via brackets and connected pipework. Decoupling and suitable build-ups reduce transfer significantly.

Typical execution in operation
In industry the standard is: technically correct, robust and service-friendly – with clean details at every interface.
Typical goals
We combine insulation, decoupling and clean detailing – so noise and vibration don’t continue through pipework, fixings and structures.
We choose build-ups that reduce noise and hold up in operation – e.g. mineral wool/pipe sections or elastomeric systems like Armaflex.
Fixings are typical sound bridges. We address them without compromising service access and maintenance.
To prevent sound from ‘travelling’: clean terminations, controlled routing and correct detailing at penetrations and access points.
Plant environments need durable finishes: protection against damage, clean edges and a tidy long-term result.
Without a cause analysis people often ‘just add insulation’. We apply measures that match real noise and vibration transfer.
Our focus
Industrial-grade. Clean. Noticeably quieter.
A short, clear process so measures can be planned and executed cleanly in Aachen and the region.
Where does the noise start, how is it transmitted and which components are involved (pipe, duct, unit, hanger)?
Specify build-up, decoupling and details – matched to cause, environment and maintenance requirements.
Neat workmanship, robust finishes and a result that works in operation.
Clarity helps here too: what was done, where critical interfaces are and how it remains serviceable.

Depending on project scope – structured and clear.
We document solutions so later interventions don’t destroy the result.
Common questions – answered briefly.
Tell us where noise/vibration occurs and which components are affected – we’ll come back with a clear proposal for Aachen and the region.
Note: Images will be replaced with final industrial/technical visuals (no drywall).