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Airborne, Impact & Vibration Noise – What does it all mean?

Airborne, Impact & Vibration Noise – What does it all mean?

Understanding and Reducing Noise in Buildings

Comfort and functionality are essential in design—so is effectively managing noise pollution. Below are the three main types of building noise and targeted strategies to control each one:

1. Airborne Noise

Airborne noise travels through air—think voices, music, TV, or traffic—often passing through walls, ceilings, and openings.

Characteristics

  • Transmitted through vibrating air molecules.
  • Common sources: conversations, media, traffic, appliances.
  • Enters via gaps, thin walls, and poorly sealed openings.

Effects

  • Disrupts sleep and lowers productivity.
  • Causes stress, irritation, and loss of concentration.
  • Compromises privacy with overheard conversations.
  • Long-term exposure can impact mental health.

Solutions

  • Soundproofing materials: acoustic panels, carpets, heavy curtains.
  • Sealing gaps: improve door and window insulation.
  • Structural upgrades: thicker walls, double glazing, insulated floors/ceilings.
  • Acoustic barriers: partition systems like Biwall or Trywall.
Example: Loud music from one apartment travels through walls and ceilings, disturbing neighbours who are trying to sleep or work.

2. Impact Noise

Impact noise (or structure-borne noise) occurs when objects strike surfaces, sending vibrations through the building’s structure.

Characteristics

  • Comes from actions like footsteps, moving furniture, or slamming doors.
  • Travels through solid materials: floors, walls, ceilings.

Effects

  • Interrupts daily life and sleep.
  • Reduces focus and productivity.
  • Causes general discomfort and stress.

Solutions

  • Floating floors with resilient underlayers.
  • Acoustic underlays, like Basewood, Grei, or Upgrei.
  • Carpets/rugs on hard flooring.
  • Resilient mounts for equipment (e.g. Megafoot).
  • Sound panels such as Rewall or Mustwall in partitions.
Example: Footsteps or furniture movement in an upstairs apartment are heard downstairs, disrupting occupants below.

3. Vibration Noise

Vibration noise stems from mechanical vibrations (like HVAC systems or pumps) transmitted through structural elements and radiating as sound.

Characteristics

  • Originates from vibrating equipment or structural components.
  • Propagates through materials like steel, wood, or concrete.

Effects

  • Potential structural fatigue or damage over time.
  • Causes occupant discomfort and distraction.
  • May affect sensitive equipment and concentration.
  • Persistent issues can reduce property value.

Solutions

  • Vibration isolators: pads or mounts such as Megamat or Megafoot.
  • Damping materials: rubber, cork, or specialized compounds.
  • Proper installation of mechanical systems.
  • Floating structures to isolate vibrations.
  • Decoupled design or added mass for vibration mitigation.
Example: A rooftop HVAC unit vibrates the structure, causing noise and shaking in the offices below.

Buildtec’s Promise: Quieter, Smarter Spaces

At Buildtec, we’re experts in resolving Airborne, Impact, and Vibration noise challenges.

  • We supply tested acoustic and vibration control solutions.
  • We support you from specification through on-site installation.
  • We use smart tools to ensure compliance and performance.

Our outcome: Functional, peaceful environments tailored for comfort and success.

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