Our Products
Earthquake is not just a single jolt but an input of random frequencies at different accelerating levels
Mounted equipments can be completely damaged or even fly off if not fully protected against earthquake
All directional Seismic Snubber will provide safety in vertical, two horizontal modes as well as in the three rocking modes
Snubbers will also take care of errors in alignment and / or minor shifting.
Air Handling Units, Air Conditioners, Blowers, Bases, Condensers, Chillers, Cooling Towers, Compressors, Fans, Fan Coil Units, Motors, Packaged Units, Piping, D.G. Sets & other essential service equipments installed on Vibration Isolators in Auditoriums, Buildings, Hotels, Hospital, etc.
Superior anti-corrosion
Easy of installation, Flexible-structured, fewer joints and lightweight. Easy positioning in installing pipes and easy to install even within a narrow space
High cost-effectiveness, requiring only a short period of works. Considerably reduced piping expenses by easily installation on site without complicated preparation works.
Various types of products. A wide range of selections based on their purpose and functions.
Available both in dry and humid environment.
Obtained UL/ULc and FM certification.
All Air Duct installations for HVAC systems in Commercial, Industrial & Residential premises are attached to mechanical equipment containing a fan or blower which generate and transmit Vibrations, Noises and Rattles in the entire metal duct work.
Resistoflex Flexible Duct Connector consisting of a flame retardant fabric, secured to galvanized sheet metal on either side by a double lock seam is inserted between the equipment / air duct and the ductwork to provide a wear resistant Air tight flexible connection to eliminate vibrations, noise and rattles.
The ORS mounting has been designed specifically or applications where transmission of low frequency machinery vibration to a building structure must be reduced to avoid physical damage or annoyance to the the occupants. Vertical and lateral restraint is provided to control movement of the mounted equipment when subjected to external forces. This could otherwise be excessive due to the low stiffness springs required to provide isolation of low frequency vibration.
Equipment located at roof level can be successfully mounted on the ORS units as any movement caused by high wind loads will be limited. Cooling Towers and chillers which contain large volumes of liquid will benefit from installation on ORS mountings because during "draining down" upward movement is restricted thus avoiding damage to pipework and electrical connections.
High strength all steel construction.
Colour coded helical steel springs with nominal deflections of 25mm and 50mm and up to 50% overload capacity.
Vertical and lateral restraints have rubber inserts to avoid any metallic contact and adequate radial clearance ensures isolation efficiency is not impaired.
Spring located using rubber sleeved pegs and seated on a rubber washer to reduce high frequency transmission.
Working height and vertical limiting stops
are fully adjustable. 6 mm thick cross ribbed rubber seating pad supplied as standard.
Rotating machinery creates large vibration forces which require isolation from the surrounding building structure. Large forces or doubtful machine stability may require the use of an inertia block of steel or concrete to provide low dynamic amplitude on the machine whilst providing a stable and stiff base supported by steel springs and dampers. Where system resonances may be excited to unacceptable amplitude due to the varying speed of the machine or transient conditions, damping must be incorporated.
LOAD / ISOLATOR - up to 3200 Kgs
DAMPING - up to 40% of Critical Damping
Each system is individually designed and analyzed to ensure that the correct spring stiffnesses, system damping and masses are provided to permit proper operation of the mounted equipment.
First introduced in 1950 by our collaborators CHRISTIE & GREY LTD., ENGLAND, AN ISO 9001 Certified Company, these systems are now used world-over.