Acoustic Floor Blocks are ideally suited for applications requiring outstanding performance at low frequencies. Based on Sylomer® material, they are point-support elastomer elements designed for use beneath both dry and wet screed systems.
Thanks to their excellent dynamic properties, these products are particularly suitable for creating low-frequency tuned floating floors. For many years, they have been an established solution in recording studios, cinemas, theaters, and stage construction projects around the world.

Treadmills, exercise bikes, cross trainers, and other fitness equipment generate vibrations and noise during use. With g-fit Gear, these machines can be easily retrofitted with vibration isolation, preventing disturbances in adjacent rooms and ensuring uninterrupted use of surrounding spaces.

g-fit Gear is an ideal solution for all types of fitness equipment. The modular, customizable system is easy to install, maintenance-free, and designed for long-term performance.

g-fit Shock Absorb has been specifically developed for free-weight areas and workout zones exposed to exceptionally high impact loads. Laboratory and real-world drop tests have demonstrated noise reduction of up to 29 dB(A).

In addition, g-fit Shock Absorb effectively absorbs sudden impacts, reducing the transfer of force into the building structure while minimizing the rebound of dropped weights. This not only helps protect the building structure and neighboring occupants from excessive noise, but also enhances athlete safety during training.

During both the design and construction phases, acoustic bridges must be avoided. In addition to the highly effective Sylodyn® strips, angle connectors play a key role in achieving this. In collaboration with an established partner from the timber construction industry, Getzner has developed elastically decoupled angle connectors that are both acoustically tested and structurally approved.
GEPI Connect is available in three different versions. They are suitable for both timber-to-timber and timber-to-concrete connections and carry an ETA (European Technical Assessment) approval, ensuring reliable structural verification and compliance.

Our Sylodyn® HRB HS bearing solutions have been specifically developed for use in building construction. They provide reliable and efficient protection against vibrations and shocks caused by external sources such as railway and road traffic.

At the same time, they enable the controlled transfer of high concentrated loads within the building structure, for example beneath columns, walls, or pile foundations. Depending on the project requirements, the bearings are available in point-support, strip-support, or custom-designed configurations.

Effective vibration isolation is essential for protecting buildings from shocks, vibrations, and noise, particularly in urban environments where high-quality building land is becoming increasingly scarce. Constructing buildings on dynamically loaded sites requires intelligent engineering solutions.
The primary sources of mechanical vibrations are often nearby transportation infrastructure, especially underground rail systems such as metro and suburban railway lines. These can generate disturbing noise and perceptible vibrations that affect surrounding buildings and occupant comfort.

Impact sound is generated through the normal use of rooms. It is transmitted through the floor structure into adjacent rooms and lower floors, where it is perceived as unwanted noise. For example, footsteps on parquet flooring can significantly affect the comfort of occupants in neighboring apartments.
Effective impact sound insulation minimizes sound transmission and significantly improves the acoustic performance of a building without limiting the choice of flooring materials. In multi-purpose and multi-occupancy buildings, high-quality acoustic insulation is essential for long-term comfort and compliance with building standards.

Movement within buildings—such as walking—generates structure-borne sound, which can be transmitted through walls and floors into adjacent rooms. A common but easily preventable source of disturbance is noise originating from stairwells. The resilient isolation of stair flights and landings significantly reduces the transmission of noise and vibrations to surrounding structural elements.
For effective resilient decoupling, Sylomer® provides a high-performance engineering material suitable for a wide range of staircase constructions. Depending on the application, it can achieve an impact sound improvement of more than 40 dB.

Steel-reinforced elastomer bearings combine high-performance polyurethane elastomers with integrated steel reinforcement layers to support high loads within a minimal installation area. This design makes them ideal for heavily loaded applications where limited space must be combined with high load-bearing capacity and effective vibration isolation.

Typical applications include point bearings beneath columns or multiple point bearings arranged along load-bearing walls in multi-storey buildings.

The joint sound reduction index (Kij) plays a crucial role in the transmission of flanking sound, as it indicates the acoustic coupling at structural junctions. With the appropriate decoupling solution, it is even possible to eliminate the need for an additional lining wall in certain applications.

Sylodyn® stands out for its excellent dynamic properties and exceptional long-term durability. It is resistant to moisture, as well as to common construction oils and greases, and has proven its performance in both practical applications and independent laboratory testing over several decades. These characteristics make it an ideal material for the resilient isolation of structural joints.

As part of a comprehensive acoustic insulation solution, bolted connections are among the most critical structural fastening elements.
To effectively prevent acoustic bridges, proper installation is essential, along with the use of resiliently decoupled Sylodyn® washers, which minimize the transmission of structure-borne sound through mechanical connections.

BS Trading offers an excellent solution for preventing acoustic bridges with its Sylomer® Edge Insulation Strip. Even small acoustic bridges can reduce the effectiveness of a sound insulation system by up to 10 dB, making continuous resilient decoupling—such as around floating screeds—essential during both the design and installation phases.

Resilient wall lining systems are commonly used in drywall construction to reduce sound transmission to and from adjacent rooms. Mounted on Sylomer® resilient bearings, these wall linings provide highly effective acoustic insulation by minimizing the direct transmission of structure-borne sound.
The resilient mounting system significantly reduces sound radiation and delivers an airborne sound insulation improvement of up to 4 dB compared with conventional fixing systems. Its acoustic performance remains highly effective even in the low-frequency range below 250 Hz.

Modern railway lines are increasingly constructed using slab track systems. The required elasticity in these systems is provided by high-performance Getzner rail pads, which are installed between the rail baseplate and the concrete support slab.
These resilient rail pads preserve the rail's load-distribution characteristics while reducing vibrations caused by wheel and track irregularities. By optimizing the stiffness distribution of the rail pad, rail head deflection during train passage can be significantly reduced.

Slab track systems require sufficient elasticity to activate the load-distributing effect of the rail. For example, the Sonneville LVT system uses individual block sleepers installed in rubber boots together with Sylodyn® sleeper boot pads from Getzner.
A resiliently supported sleeper block offers several advantages, including the reduction of structure-borne noise radiation. The additional moving mass of the sleeper block helps minimize the transmission of vibrations, resulting in improved acoustic performance.

BS Trading's Continuous Rail Support is a continuous, resilient rail support solution designed for rail foot mounting, while also compensating for installation-related height differences. The required stiffness and rail deflection are precisely defined in advance and achieved through the appropriate selection of resilient materials.
This highly efficient and cost-effective solution helps extend the service life of all track components while improving the overall performance and durability of the track system.

Getzner Mass–Spring Systems provide highly effective protection against vibrations and noise for people living near railway lines. These systems are used wherever maximum protection from unwanted vibrations is a top priority.
Getzner offers three bearing configurations for mass–spring systems: full-surface, strip, and point support. The most suitable solution is selected based on the project's technical and economic requirements.
The results are both measurable and perceptible. In numerous successfully completed urban and mainline railway projects, Getzner mass–spring systems have achieved natural frequencies as low as 5 Hz.

Getzner interlayers are installed directly beneath the rail foot. They provide improved load distribution while increasing the elasticity of ballasted track systems, resulting in reduced wear of track components and enhanced ride comfort.

BS Trading Under Ballast Mats provide a high level of track elasticity, effectively reducing vibrations and structure-borne noise while protecting the ballast from excessive wear. In addition, the mats are easy to handle, quick to install, and durable enough to be driven over by heavy construction equipment.

Sleeper Pads are designed to provide effective vibration protection, reduce wear on the ballast beneath railway tracks, and improve track stability. They are used on high-speed railway lines, heavy axle load routes, and for the rehabilitation of existing railway infrastructure.

Ceiling hangers are specialized mounting solutions used to suspend various building services (MEP) components from the ceiling. These spring hangers provide a robust and secure support system for piping, ventilation ducts, and other ceiling-mounted equipment, while also helping to reduce the transmission of vibrations into the building structure.

Steel springs used as vibration isolation elements offer numerous advantages that significantly improve both the performance and reliability of isolated machinery. Thanks to their low natural frequency, they provide excellent vibration isolation and are particularly suitable for machines generating low-frequency vibrations.

The right accessories enable flexible installation, improve operational safety, and ensure a long-lasting vibration isolation solution.
These include components such as mounting plates, height adjustment elements, and protective covers, making them ideal for integration into machinery and industrial systems.

Machine mounts are essential for the installation and operation of machinery and industrial equipment. Their primary functions are leveling and stabilizing the machine.
Precise leveling ensures that the equipment remains correctly aligned and securely positioned, which is essential for smooth, reliable, and efficient operation. Stable machine mounts also help keep the machine firmly in place, reducing the risk of movement, accidents, and equipment damage.

Sylomer® polishing pads from BS Trading are widely used in the optical industry for polishing plastic ophthalmic lenses. They enable fast, precise, and efficient processing of highly sensitive plastic materials.
A key advantage of these polishing pads is their excellent elastic recovery, ensuring consistent polishing performance over time. In addition, BS Trading offers a wide variety of pad geometries, allowing material consumption to be reduced and helping customers achieve significant cost savings.

Compression–tension elements are specialized components designed to withstand both compressive and tensile loads. They are used in a wide range of applications where both dynamic and static loads occur.
These elements are commonly used in industries such as mechanical engineering and construction. They are manufactured from high-strength materials such as steel, aluminum, or advanced composite materials, ensuring reliable performance under demanding operating conditions.

Sandwich elements are innovative vibration isolation components that combine high structural stability with low weight. They typically consist of a load distribution plate bonded to a resilient isolation layer.
The isolation layer is commonly made from lightweight materials such as polyurethane (PUR) foam, while the load distribution plates are manufactured from durable materials including aluminum, steel, or fiber-reinforced composites (such as glass fiber or carbon fiber). This construction ensures uniform load distribution while providing effective vibration isolation.

Steel springs with a damping core are specialized vibration isolation elements that combine the resilience of steel springs with the additional benefits of an integrated damping core. This combination enables the effective absorption of dynamic loads while significantly reducing unwanted vibrations.
These spring isolators are widely used across various industrial applications. The integrated damping core enhances the overall performance of the isolation system by effectively absorbing excitation forces and stabilizing the entire system.

Sylomer® is one of the leading materials on the market for vibration isolation. Sylomer® FR has been specially developed for use in passenger railway vehicles, offering flame-retardant properties without compromising its vibration isolation performance.
The material achieves the highest fire protection classification, HL3 (Hazard Level 3), in accordance with EN 45545-2, while maintaining the excellent damping characteristics for which Sylomer® is known.

Vibration dampers help make the operation of machines and equipment more efficient and significantly quieter. They play a crucial role in reducing mechanical vibrations and noise generated during operation, preventing their transmission into the building structure and the surrounding environment.
Without effective vibration damping, these vibrations can lead to unwanted noise, reduced operating comfort, and potentially even damage to the building structure over time.