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REGUFOAM VIBRATION RANGE FOR VIBRATION ISOLATION AND STRUCTURE-BORNE SOUND DECOUPLING

The REGUFOAM vibration range offers a portfolio of twelve product types which can be used in the wide load range between 0.002 N/mm² and 2.5 N/mm². This creates many possibilities to implement an isolation concept for projects in the field of building services and HVAC equipment, machines, pools and gyms, as well as vibration protection for buildings, especially those in close proximity to rail infrastructure.

Our team is by your side to assist you in product selection, planning, conception of installation plans and will provide support during installation and implementation.

REGUFOAM VIBRATION RANGE

The REGUFOAM vibration range is based on mixed cellular polyurethane foams, which have been used successfully worldwide since the early 2000s for the vibration isolation and structure-borne sound decoupling of plant and machinery, as well as for vibration protection of buildings. REGUFOAM vibration is characterized by its outstanding durability. Successfully completed projects and expert opinions document the quality of these materials.

The REGUFOAM vibration range consists of twelve product types that complement each other perfectly, especially under foundations with a great variety of different loads. Natural frequencies of ≤ 10 Hz can be achieved with thicknesses of 50 mm. Optimal results can be realised in the range of the specified load capacity limit. Exceeding this load limit leads to degressive spring characteristics, though not to material failure. In fact, the rated value for maximum load bearing capacity is 150 to 200% of the specified load limit.

REGUFOAM vibration 150plus

The approved material REGUFOAM vibration 150plus is used in the load range up to 0.011 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 190plus

The approved material REGUFOAM vibration 190plus is used in the load range up to 0.018 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 220plus

The approved material REGUFOAM vibration 220plus is used in the load range up to 0.028 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 270plus

The approved material REGUFOAM vibration 270plus is used in the load range up to 0.042 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 300plus

The approved material REGUFOAM vibration 300plus is used in the load range up to 0.055 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 400plus

The approved material REGUFOAM vibration 400plus is used in the load range up to 0.11 N/mm². Depending on load and material thickness, natural frequencies of 8 Hz can be achieved.

REGUFOAM vibration 510plus

The approved material REGUFOAM vibration 510plus is used in the load range up to 0.22 N/mm². Depending on load and material thickness, natural frequencies of 8 Hz can be achieved.

REGUFOAM vibration 570plus

The approved material REGUFOAM vibration 570plus is used in the load range up to 0.30 N/mm². Depending on load and material thickness, natural frequencies of 10 Hz can be achieved.

REGUFOAM vibration 680plus

The approved material REGUFOAM vibration 680plus is used in the load range up to 0.45 N/mm². Depending on load and material thickness, natural frequencies of 8 Hz can be achieved.

REGUFOAM vibration 740plus

The approved material REGUFOAM vibration 740plus is used in the load range up to 0.60 N/mm². Depending on load and material thickness, natural frequencies of 9 Hz can be achieved.

REGUFOAM vibration 810plus

The approved material REGUFOAM vibration 810plus is used in the load range up to 0.85 N/mm². Depending on load and material thickness, natural frequencies of 8 Hz can be achieved.

REGUFOAM vibration 990plus

The approved material REGUFOAM vibration 990plus is used in the load range up to 2.5 N/mm². Depending on load and material thickness, natural frequencies of 8 Hz can be achieved.