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VIBRATION CONTROL |
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Corporate Profile
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DAMPING MATERIALS -
ISOLANTING ANTIVIBRATIONS
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Products |
Vibration Isolators
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Flexible
Joints
- Inertia Base
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Floating Floor |
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Contact Us
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Vibration Isolators |
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resilient, anti-vibration mountings
installed between the machine and the
supporting structure (wall, floor or
ceiling)
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reduce structure-borne noise generated by
vibrating apparatus or small
to medium size equipment in direct contact
with structural elements
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indoor or
outdoor applications
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Features
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Can be installed on floor, wall or ceiling
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Skid-resistant
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Economical
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Oil and chemical resistant
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Capacity of up to 38 000 lb per isolator
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Spring-type or Neoprene-type
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Applications
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Equipment, either moving or struck, which is in direct
contact with the building structure
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Mechanical equipment
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Air handling equipment
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The choice between neoprene or spring-type
isolator greatly depends on the location of the vibrating equipment.
Equipment
located far from structural elements (wall, supporting beam) is more
likely to be affected by vibrations. Spring-type isolators will
perform well under these conditions. Their absorption capacity can be
adjusted to the vibratory force. They are also used when the equipment
rotation speed is variable or lower than 1200 tr./min.
Neoprene
vibration isolators are used in area near building structural elements or
in basement. They are normally used under small high-speed equipment. They
absorb high frequency noise.
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Flexible Joints |
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connecting pieces installed
between piping and vibrating equipment
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isolates vibrating machinery
or equipment from its support structure
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reduces vibration
transmission and noise emanating from the piping system
between vibrating
equipment and resonating parts
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reduces possible failure of
piping and piping components and, consequently,
maintenance on pipes
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increase
the equipment working life
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Features
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Available for any pipe sizes
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High temperature and chemical product
resistance
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Applications
Industrial
Noise Control - Building Acoustics
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Electrical connections
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Piping and ductwork
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Fan, compressor, pump...
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Inertia Base |
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reduces transmission of vibrations from
mechanical equipment into structural elements
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acts as a mass barrier by decoupling the
vibrating equipment and the building structure
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improves the equipment stability by
lowering the equipment centre of gravity
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reduces
displacement during start-up and shutdown
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réduit le
mouvement des équipements lors du démarrage et de l'arrêt
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Features
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Steel or concrete base
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Integrated Neoprene or spring-type
vibration isolators
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Structure and concrete pouring can be
performed on the site
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Applications
Industrial
Noise Control - Building Acoustics
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Fan, compressor, pump
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Boiler, chiller, ccooling tower, HVAC
units
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Rooftop equipment...
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Floating
Floor |
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reduces sound transmission
of both impact and airborne noise into hard surface floor system
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prevents noise, vibration
and impact from leaving or reaching a working area or a room
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reduces vibrations in
buildings exposed to large equipment, trains, subways…
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concrete or wood elevated slab supported by
vibration isolators
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acoustical reinforcement
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provides
flexibility for dance studio and gymnasium applications
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Features
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Integrated vibration isolators
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Reinforcing bars installed across rows of isolators
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Structure
and concrete pouring on site
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Applications
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Wood floor for dance studio, show and exercise floor,
bowling alley, gymnasium
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Condominium, multi-family dwelling, commercial building
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Concrete
floor for industrial applications…
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