Reduces fan rotation noise, airflow sound, and drum noise from the dryer by absorbing and dispersing vibration,
thus lowering structure-borne noise transmitted outside.

The absorber changes the natural frequency of the cabinet to prevent resonance
or dissipates resonance energy quickly for a damping effect.

During washing machine operation, especially in the spin cycle,
the absorber absorbs and disperses strong vibration energy generated by high-speed rotation.

Prevents operational sounds (motor, water flow, and rotation) from escaping through the sides,
achieving noise reduction effects.

Internal Structure Reinforcement

Elastic or resilient absorbers act as internal supports for cabinet panels,
preventing deformation and adding rigidity.

The side cabinet, which houses accessories and air ducts,
uses absorbers to reduce fan, motor, and airflow noise.

Absorbers attenuate low-frequency and vibration noise generated during air discharge or fan operation,
reducing unpleasant sounds.

Applying absorbers physically damps panel vibration,
minimizing resonance and preventing unwanted noise.

Compressed PU foam acts as a seal between ducts and structures,
preventing cold air leakage, improving cooling efficiency, and reducing compressor energy loss.

With its low thermal conductivity, PU foam insulates the duct,
blocking cold air from escaping and preventing external heat from entering.

It is a key element for minimizing cold air loss and saving energy in refrigerators.