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INFONOISE
INFORMATION ON THE NOISE, THE VIBRATIONS, TEHCNOLOGY, SOLUTIONS
NEW DEVELOPMENTS OF COMPLETE MOMENT
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( 1 ) USED TO MEASURE SONOROUS LEVEL |
| OF ANY EMITTING SOURCE OF NOISE | |||
| ( 2 ) USED TO DETERMINE VIBRATIONS | |||
| THAT THEY AFFECT BEEN ACCUSTOMED TO STRUCTURES(*) | |||
| ( 3 ) BEHAVIOR OF THE NOISE, ECHOES | |||
| PROPAGATION, ISOLATION, ABSORPTION | |||
| SOUND LEVEL METER ( 1 ) | MEASURER OF VIBRATIONS( 2 ) | BEHAVIOR OF THE NOISE ( 3 ) | REFERENCES |
TERMS & DESCRIPTIONS
DECIBEL:
It is the unit the International that measures the Intensity of the Sound. The Noise is moderate in " decibeles " using measuring electronic or sound level meters, the system consists of transforming the Sonorous Energy that perceives through the capturing element or microphone that is generally in the end of the Instrument of Measurement, in Electrical Energy that happens to an Analogical or Digital recorder. When we are moved away of the Emitting Source, the Noise is Diminishing in gradual form. The Sound, needs an average one to propagate, Air, Water, Earth, Metals although generally and the most known by people it is the Air. These Sonorous Waves, are transmitted uniformly but when finding another means that interpose, bounce, are reflected, dispersed either or are absorbed.VIBRATIONS: The Vibrations have a great importance at the time of Evaluating a Noise. We do not forget that ALL BODY THAT VIBRATES, PRODUCES NOISE. The components To measure Vibrations are: Speed, Acceleration and Displacement; they are transmitted generally through Solid Structures, like being Columns of Buildings, Metallic Structures, and Floors, dependiende of their intensity can cause Serious Damages to the Property like being Splits or Fissures, also can be seen affected the own emitting source, if it were a machine, the desbalanceo produced by an inadequate support, would cause failures to him. The Vibrations also cause Physical Fatigue like the Noise to the Person exposed during many hours. In order To measure Vibrations an Equipment looks like Sound Level Meter is used.
PROPAGATION OF THE NOISE: We have already explained briefly as the Noise behaves, in a room we can find diverse materials that cause that the Noise propagates, bounce or is absorbed. One of the propagation channels is the cracks or lights that are left in the contours of windows either doors by a deficiency in the watertightness of their closing, bounces creating echoes or reverberation if the Noise bounces on the calls reflectivas surfaces, that can be Smooth Walls, Glass, Floors of Porcelanato, etc., and is absorbed by Porous Materials like being Heavy Fabrics, Armchairs, Carpets, etc. Nowadays, the technology has developed innumerable additional products To improve the Acoustic Conditions of a certain enclosure, like being SYSTEMS OF OPEN CELL known commonly like ACOUSTICS BOARDS that are made with POLYURETHANE FOAM and which they have Diverse geometric conformations and intermediate compounds, depending on the Characteristic of the Noise. The operation of these boards is based on which the Sonorous Energy that penetrates in them generates a MOVEMENT of the cells, by friction is generated imperceptible " Heat the human being " who Is released, therefore that Sonorous Energy Is debilitated. Nonsingle the implementation of these boards is a Solution, but also it is important to know beforehand - for the case of a house - to observe his constructive characteristics and if it is located next to a generating activity of noises, like being a Factory or a Ball Room.
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EFECTIVE LEGISLATION:For the
City of Buenos Aires the Law N° 1.540.
OTHER NORMSFOR CONTROL OF THE NOISE IN ARGENTINA: Norma
IRAM 4.062
TEST METHODS FOR ACOUSTIC BOARDS: ISO 354
IN ORDER TO CONSIDER |

1 2 3
PHOTO 1 |
PERIMETRAL INSULATING ACOUSTIC SCREEN WITH BARRIER OF LEAD |
PHOTO 2 |
VIEW SCREEN AND EXTERNAL COATING WITH SPRAYING POLIURETHANE |
PHOTO 3 |
INSULATING SCREEN IN DETAIL |
APPROXIMATED WEIGHT OF EACH SCREEN: 16 kg. TOTAL THICKNES INSULATING BOARDS: 75 mm.
GEOMETRIC CONFORMATION OF BOARD: PYRAMID. THICKNESS OF THE LEAD BARRIER: 0.4 mm.
EACH PROBLEM OF NOISE DESERVES AN INDIVIDUAL PROCESSING
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WE SELL THESE NEW ACOUSTIC PRODUCTS
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WE'RE INTRODUCING TO YOU
"PYRAMIDAL"
THE PYRAMIDS, THE LAST TECHNOLOGY
A WONDER OF ACOUSTICS ENGINEERING
AND ALSO IN POLYURETHANE POLYETER FOAM, WITH RETARDANT TO THE FLAMES. MADE IN ARGENTINA
OR WITH LEAD BARRIER FOR ISOLATION
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The Acoustic Material must operate in a wide range of frequencies, and in all incidence angles. A critical measurement of an absorbent is its capacity to absorb Low Frequencies. Majority makes a good work over 500 Hz. but many acoustics problems happen below 500 Hz.The customary solution is to Increase the Thickness of the Material. For that reason you will find in this one product thicknesses from 35 mm. to 95 mm.The angular design offers a greater surface, the facets deflects and disperses the sound waves, turning them into Kinetic Energy. |
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Since 1993