Since 1969, Getzner has been producing materials for isolating vibrations and structural noise. Getzner is a global leader in this field. Our high-tech materials Sylomer®, Sylodyn®, Sylodamp®, and Isotop®—developed from our own internal research—are used for railway superstructure, elastic cushioning layers for buildings and machinery, and structural components.
Make Silence an Indispensable Part of Life
Materials and products tested and proven through rigorous trials
Sylomer® and Sylodyn®
Our polyurethane materials Sylomer® and Sylodyn® are versatile materials developed in our own laboratories and produced in-house. They offer maximum noise isolation, stable performance, and are widely used in various facilities and environmental conditions. They are employed as cushioning layers for floors, stairs, landings, and equipment bases, for isolating ceilings, and as lining in wooden constructions.
Train & MRT Seismic Isolation Projects
Engineering & Machinery Vibration Isolation
Structural Seismic & Impact Resistance Engineering
Airborne Transmission
Sounds like music or conversations cause air vibrations, which spread in waves and indirectly stimulate structural elements such as walls and ceilings. These structures then emit noise that can be heard in adjacent rooms.
G-fit by Getzner
Product Introduction
Structural Transmission
When vibrations are generated by the building structure itself (e.g., from pipes in walls, hammering, drilling, or household appliances), the noise produced is known as structural noise.
Impact Noise
Impact noise is a specific form of structural noise caused by walking, moving objects, or directly dropping items on ceilings or stairs. Secondary radiation noise can spread to adjacent rooms.
Complete Isolation of Structural Transmission
Regulations can mislead the market, leading to an influx of inferior brands.
Soundproofing mats not only address floor impact noise but can also enhance the unit price of building projects.
Surface Materials Remain Unchanged
Total Thickness Less Than 8 cm
Comprehensive Acoustic Solutions for Buildings
Disrupt structural transmission from floors, walls, local openings, and turns, ensuring no sound or impact transmission.
Pressure layers with a certain hardness can be considered as part of the structure. Stone, wooden floors, and tiles can be used without limitations imposed by construction methods.
From the structural body to the finish materials, the total thickness should not exceed 8cm to ensure load-bearing use and indoor ceiling height without repetitive trades or overlapping materials.
