REGUPOL vibration 450
DBRED-V Vibration Technology Division

CERTIFICATIONS

Cradle
EPD
DBRED-V Vibration Technology Division

REGUPOL vibration 450

VIBRATION ISOLATION MAT

REGUPOL vibration 450 is a vibration isolation and structure-borne sound decoupling material made of rubber fibers and granules – largely recycled from vehicle tires – bonded with polyurethane. It is designed for permanent static loads up to 17 psi (0.12 N/mm²) (rare short-term peaks up to 26 psi (0.18 N/mm²)) and, depending on load and thickness, reaches natural frequencies as low as 8 Hz. It is used in particular for the isolation of vertical structural elements, laid in a single layer and also available with integrated installation support.

It protects buildings and people from the vibrations of railways, roads, machines and plant, improving comfort and preserving the structure. Selection is straightforward: the type must match the permanent load actually acting on the bearing – REGUPOL vibration 450 is the right choice up to 17 psi (0.12 N/mm²). Cradle to Cradle Certified® Bronze.

NOTE
  • Material: polyurethane-bonded rubber fibers and granules.
  • Available formats: sheets 39 1/4 × 19 5/8 in (1000 × 500 mm), thickness 1 and 2 in (25 and 50 mm) (special thicknesses available); customized thicknesses on request.
  • Maximum static load: 17 psi (0.120 N/mm²); rare short-term peaks up to 26 psi (0.180 N/mm²).
  • Static modulus of elasticity: 29 - 58 psi (0.2 - 0.4 N/mm²) (based on EN 826); dynamic modulus: 65 - 392 psi (0.45 - 2.70 N/mm²) (based on DIN 53513).
  • Mechanical loss factor: 0.17 (DIN 53513); compression set: 4.1 %.
  • Fire behavior: B2 (DIN 4102), E (EN 13501-1).
  • Cradle to Cradle Certified® Bronze.
PACKAGING
  • Resilient support for buildings and foundations exposed to vibrations from railways, tramways and roads.
  • Decoupling of machines, plant and technical equipment from the building structure.
  • Floating floors and slabs (mass-spring systems) and structure-borne sound decoupling of building elements.
  • Choice of type: the permanent static load actually acting on the material must fall within its load range.
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