1973 Alfa Romeo GT Veloce Engine Coolant Thermostat
Browse our online catalogue to find original replacement Engine Coolant Thermostats specifically designed to fit a 1973 Alfa Romeo GT Veloce.





1973 Alfa Romeo GT Veloce Engine Coolant Thermostat
$27.43
Out of Stock
Condition: New
Required Per Vehicle: 1
Fits: 1973 Alfa Romeo GT Veloce
Equipped With:
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Vehicle Fitment Notes:
Alternate Temperature Option Temperature 160F
Alternate Temperature Option Temperature 160F





1973 Alfa Romeo GT Veloce Engine Coolant Thermostat
$27.43
Out of Stock
Condition: New
Required Per Vehicle: 1
Fits: 1973 Alfa Romeo GT Veloce
Equipped With:
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Vehicle Fitment Notes:
Alternate Temperature Option Temperature 170F
Alternate Temperature Option Temperature 170F





1973 Alfa Romeo GT Veloce Engine Coolant Thermostat
$27.43
Out of Stock
Condition: New
Required Per Vehicle: 1
Fits: 1973 Alfa Romeo GT Veloce
Equipped With:
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Vehicle Fitment Notes:
OE Specified Temperature Temperature 180F
OE Specified Temperature Temperature 180F





1973 Alfa Romeo GT Veloce Engine Coolant Thermostat
$36.32
Out of Stock
Condition: New
Required Per Vehicle: 1
Fits: 1973 Alfa Romeo GT Veloce
Equipped With:
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Engine Base: 2.0L 1961cc 120ci L4 (3.31x3.48; 84.0x88.5);
Vehicle Fitment Notes:
OE Specified Temperature "The patented Fail-Safe (R) thermostat is the only thermostat on the market designed to lock in the open position, allowing coolant to continue to flow in the event of overheating." Temperature 180F
OE Specified Temperature "The patented Fail-Safe (R) thermostat is the only thermostat on the market designed to lock in the open position, allowing coolant to continue to flow in the event of overheating." Temperature 180F