Regupol Vibration Isolation

The building authority approved REGUPOL vibration range offers a portfolio of eight product types which can be used in the wide load range between 0.002 N/mm² and 1.5 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. Regupol® vibration is a rubber-polyurethane-composite for vibration isolation. It can be used in single or multiple layers to achieve natural frequencies of down to 10 Hz, depending on load and material thickness.

Variations

Regupol Vibration 1000, compared to the entire range.

Product Characteristics

Continuous static load
1.50 N/mm²

Peak loads (rare, short-term loads)
1.75 N/mm²

Standard forms of delivery, ex warehouse

Rolls
Thickness: 10 mm
Length: 8,000 mm, special length available
Width: 1,250 mm

Stripping/Plates
On request: Die-cutting, water-jet cutting, self-adhesive versions possible

Technical Specifications

regupol-vibration-1000-specifications.xlsx

Regupol Vibration 1000

Physical property	Norm	Result	Comment
Static modulus of elasticity	Based on EN 826	4.0 - 11.0 N/mm2	Tangential modulus, see ﬁgure “modulus of elasticity”
Dynamic modulus of elasticity	Based on DIN 53513	15.0 - 45.0 N/mm2	Depending on frequency, load and thickness, see ﬁgure “dynamic stiffness“
Mechanical loss factor	DIN 53513	0.16	Load-, amplitude- and frequency-dependent
Compression set	Based on DIN EN ISO 1856	4.9 %	Measured 30 minutes after decompression with 50 % deformation / 23 °C after 72 hrs
Tensile strength	Based on DIN EN ISO 1798	2.3 N/mm2
Elongation at break	Based on DIN EN ISO 1798	110%
Tear resistance	Based on DIN ISO 34-1	15.0 N/mm
Fire behaviour	DIN 4102	B2	Narmal flammability
	DIN EN 13501-1	E
Sliding friction	REGUPOL-laboratory	0.6	Steel (dry)
	REGUPOL-laboratory	0.7	Concrete (dry)
Compression hardness	Based on DIN EN ISO 3386-2	1650 kPa	Compressive stress at 25 % deformation test specimen h = 60 mm
Rebound elasticity	Based on DIN EN ISO 8307	37%	dependent on thickness, test specimen h = 60 mm
Force reduction	DIN EN 14904	45%	dependent on thickness, test specimen h = 60 mm
Ozone resistance	DIN EN ISO 17025	Cracking stage 0