About Us

ENDAFON

Endafon is the new manufacturer of acoustic softfiber ceiling panel in the Turkey and complies with both international standards ASTM E1264 and EN 13964 for ceiling tile manufacturing.

Endafon offers a wide range of high quality acoustic ceiling system that offer incredible visuals by matching your ceiling budget.

Endafon aim to bring together customer, project and production by providing high quality products in compliance with the statutory and regulatory requirements, by using ISO 9001:2015 quality management system.

At Endafon, we are all very passionate when it comes to recycling and being as eco-friendly as possible at all stage of production.

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Services

Please send your request to info@endafon.com to receive more details about Endafon systems.

Transportaion

We help you to transport Endafon products to all of the world safely with our experienced forwarders.

Special Design

We are able to produce your own design apart from our existing types.

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AT ENDAFONAcoustic Ceiling Performance

Ceilings are excellent places for sound absorbing materials as well as additional fire and thermal insulation. We have ideal acoustic solutions with different kind of Endafon softfiber ceiling systems for each type of interiors. In places such as schools, theaters and conference halls, it is of great importance that the sound reaches the audience with the least echo and maximum clarity. Unwanted noise in the room annoys us a lot and breaks our concentration, especially when we are doing a crucial task.

Having talented employees is not enough for an organization to be successful, but happy, motivated and focused employees are. Noise can not only reduce the overall productivity of employees but it also creates a stressful environment. Interior acoustic plays a vital role in maintaining a focused and work- friendly environment within the office. Noise must be absorbed instead of getting reflected.

Looking at the absorption coefficients, it is seen that some materials absorb sound better than others. This is found by looking at the ratio of the sound energy directed at the material to the absorbed energy.