ACOUSTIC HANGER
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NOISE REDUCTION MOUNTS Noise isolation ceiling SRB & SRS + Sylomer® Grand Akustik Springtec & Springtec Super Akustik + Sylomer® Noise isolation wall EP+Sylomer® Transformers Noise isolation floor

LOGISTICS 24 h. San Sebastián Asteasu ANTIVIBRATION CALCULATIONS Akustik+Sylomer® is the trademark of a new solution for the anti-vibration mountings of false ceilings or vibrating elements that have to be suspended. They are used for the attenuation of vibrations, reducing structure-borne noise. AMC-MECANOCAUCHO® has been manufacturing anti-vibration suspensions since 1969, and since then it has been manufacturing suspensions for this same purpose, using rubber, spring or a combination of both, called Akustik. GETZNER Werkstoffe GmbH manufactures a prestigious anti-vibration material...

AKUSTIK + AMC Mecanocaucho & AKUSTIK+ AKUSTIK+ AMC Mecanocaucho SOPORTES DE TECHO < The cooperation of two great companies QUALITY We have more than 45 years of experience providing quality products, capable of overcoming the most demanding tests. For this purpose it is vital our knowledge on the correct manufacturing processes and the use first grade components. SERVICE We keep in stock more than 3 Million euros of finished products. This fact is key to respond quick to urgent enquiries. ENGINEERING SERVICES Calculations • Development • Tests • Measurements Our technical department makes...

“The SUPER security in your installation” Akustik Super The “SUPER”security feature is adaptable to the different profiles existing on the market. The external dimension of the profiles that exist on the market may variate, our “SUPER” security system with lip form adapts to the different lengths of the profile having a tight fit. 1- The security system is adaptable to different widths of profiles. 2- The “‘SUPER” security system admits the possibility of inserting a blocking screw. Installation Steps Installation of Akustik Super rubber

Reliability and cost effectiveness

BASIC KNOWLEDGE ON STRUCTURAL ACOUSTICS 1.-NOISE AND VIBRATION PROBLEMS IN PREMISES Sound that is unpleasant to the human ear is known as noise, and ecologically speaking is a form of pollution that is becoming increasingly more widespread due to town and city development. It could be defined as a vibratory phenomenon propagated in an elastic medium (ceilings, walls, floors and the air itself) causing perturbations in it. To isolate any premises or venue properly, the first step is to identify the composition and the values of the noise (spectrum of frequencies, noise level etc.). Once we...

AKUSTIK + AMC Mecanocaucho & AKUSTIK+ AKUSTIK+ AMC Mecanocaucho BASIC KNOWLEDGE ON STRUCTURAL ACOUSTICS 4.- THE IMPORTANCE OF THE DYNAMIC FREQUENCY OF THE ANTIVIBRATION MOUNTS. Real data are required to carry out a study and calculation of a premises. The static stiffnesses that are provided by static load-deflection graphs are not valid for the calculation of a realistic insulation. Experience shows that the static calculations are very different from reality. At the moment, AMC has a dynamic testing machine that can generate the most common types of vibration on premises, giving real...

CEILING MOUNTS Akustik Range A-45 Loads from 8 to 30 kg Range designed for suspension of false acoustic ceilings and machinery operating at more than 1.000 r.p.m. The same vibration damping element which is used throughout the Akustik range is made of rubber of high mechanical performance; it is specially designed for vibration damping. The metallic structure is designed to resist loads up to 650 kg. It its supplied with an anti-corrosive zinc-plated coat. Dynamic behaviour Static load deflection graph To select correct mounting, following data are needed: fo(Hz) Natural frequency Select...

AKUSTIK + AMC Mecanocaucho & AKUSTIK+ AKUSTIK+ AMC Mecanocaucho CEILING MOUNTS REF. AMC Fitted directly to ceiling using two holes. Fitted directly to ceiling using two holes. Anchoring to the ceiling with hooks. Anchoring to the ceiling with hooks. Fitted to ceiling using an M-6 rod. Fitted to ceiling using an M-6 rod. Fitted to ceiling using an M-6 rod. Fitted to ceiling using an M-6 rod. Fitted to ceiling using an M-6 rod. Fitted to ceiling using an M-6 rod. Designed for easy and accesible fitting together with great strenght. Designed for easy and accesible fitting together with great...

CEILING MOUNTS Akustik Range Akustik 1 Lateral (Standard position) Denominación Izena Name Material Ekaia Tratamiento Tratamendua Treatment Aprobado-Onartua-Approved Escala Eskala Schale Referencia-erreferentzia-Part Number Nombre-Izena-Name Fecha-Data-Date Material Ekaia Escala Eskala Schale Dibujado-Marraztuta-Drawn Nombre-Izena-Name Fecha-Data-Date Denominación Versión Izena Name Denominación Aprobado-Onartua-Approved Izena Material Name Ekaia Material Ekaia Tratamiento Tratamendua Treatment Tratamiento Tratamendua Treatment Nombre-Izena-Name Real-Egina-Done Escala Eskala Schale Escala...

AKUSTIK + AMC Mecanocaucho & AKUSTIK+ AKUSTIK+ AMC Mecanocaucho CEILING MOUNTS Grand Akustik range A-45 load from 40 to 100 kg Range designed for suspension of false acoustic ceilings and machinery operating at more than 1.000 r.p.m. The same antivibration element is used for all the range. This element is made of rubber offering high mechanical performance and t is specially studied for vibratory insulation. The metallic structure is designed lo resist loads up to 1000 Kg. It its supplied with an anticorrosive zinc-plated coat. Dynamic behaviour Static load deflection graph fo(Hz) Natural...

CEILING MOUNTS Springtec range Load from 5 to 60 kg. Range designed for suspensions of false acoustic ceilings and machinery working at more than 450 r.p.m. Manufactured with piano tail quality spring of great mechanical resistance guided by two rubber plates with integral end stops to prevent contact between spirals when overloading. Dynamic behaviour Static load deflection graph fo(Hz) Natural frequency To select correct mounting, following data are needed: • Load per mounting (kg). • Disturbing frequency (Hz). Select correct load line in diagram 1 and refer to diagram 2 to obtain the...