A major advance in design has successfully combined the best characteristics of steel springs and rubber springs to produce an efficient, compact and economical range of unit isolators suitable for many types of applications. Many variants of these isolators, designed and manufactured by us have now been in service for more than twenty years. TSC T1 & T2 unit isolators are highly effective in reducing the transmission of vibration, structure-borne noise and shock from a wide range of rotating and reciprocating machinery and in protecting sensitive apparatus from external disturbances. They are particularly suitable for marine and mobile applications as internal snubbers are incorporated to control movement of the isolated machine. Type approval by ABS and Det Norske Veritas and general type approval has been given by Lloyd’s Register of Shipping.

A major advance in design has successfully combined the best characteristics of steel springs and rubber springs to produce an efficient, compact and economical range of unit isolators suitable for many types of applications. Many variants of these isolators, designed and manufactured by us have now been in service for more than twenty years. TSC T10 & T20 unit isolators are highly effective in reducing the transmission of vibration, structure-borne noise and shock from a wide range of rotating and reciprocating machinery and in protecting sensitive apparatus from external disturbances. They are particularly suitable for marine and mobile applications as internal snubbers are incorporated to control movement of the isolated machine. Type approval by ABS and Det Norske Veritas and general type approval has been given by Lloyd’s Register of Shipping.

Genflex mountings employ the well proven inclined rubber element design to achieve much higher deflections compared to simple rubber in compression devices and therefore superior isolation of low frequency vibration.

The pure rubber design offers excellent performance in the audible frequency range.

Natural rubber also offers inherent damping to control transient motion resulting from machine start up, run down and fault conditions.

For marine and mobile applications, a combined overload and rebound buffer is available in both medium and high deflection variants.

A universal captive rubber mounting for supporting, hanging, anchoring and guiding pipework and ductwork, predominantly exhaust systems on board ship. Designed specifically for use in high ambient temperature conditions for the control of vibration throughout the audible frequency range. CRM isolators provide significant deflection for highly effective isolation when compared to most commercially available products of the type.  System maintenance is enhanced by readily available hardware and replaceable elastomer elements which can be easily replaced as required.

Type PD - One of a range of rubber shock and vibration mountings available from the Ministry of Defence Ship's Department BR.3021 Shock Manual.

High quality competitively priced shock mountings meeting BR.3021 specification. These all-rubber high deflection isolators provide significant low frequency performance. Visit our website or contact Christie & Grey for additional information.

A major advance in design has successfully combined the best characteristics of steel springs and rubber springs to produce an efficient, compact and economical range of unit isolators suitable for many types of applications. TSC unit isolators are highly effective in reducing the transmission of vibration, structure-borne noise and shock from a wide range of rotating and reciprocating machinery and in protecting sensitive apparatus from external disturbances. They are particularly suitable for marine and mobile applications as internal snubbers are incorporated to control movement of the isolated machine. Testing of TSC T15 isolators has shown vertical isolation efficiencies in excess of ninety-five percent at primary operating speeds of fifteen hundred rpm and above. T15 redefines performance limits in the 110 -1290kg isolator range.