2000 Chevrolet Blazer - Coolant Recovery Tank And Radiator Cap

1 - 7 of 7 results for Coolant Recovery Tank And Radiator Cap

Murray 16 psi Radiator Cap - 7016

Part #:
7016
Line:
MCS
Radiator Cap   Standard; Relief Pressure: 16 Lbs.
Cap Depth (in):   1-1/16 Inch
Coolant Recovery System:   Closed, Open
Pressure Rating (psi):   16 psi

Murray Radiator/Coolant Recovery Cap - 7080

Part #:
7080
Line:
MCS
Coolant Recovery Cap   Standard
Cap Depth (in):   1/2 Inch
Coolant Recovery System:   Closed
Type:   Standard

Murray 16 psi Radiator Cap - 7716

Part #:
7716
Line:
MCS
Radiator Cap   Safety Release; Relief Pressure: 16 Lbs.
Cap Depth (in):   1-1/2 Inch
Coolant Recovery System:   Closed, Open
Pressure Rating (psi):   16 psi

Dorman HELP! Coolant Cap - 82594

Part #:
82594
Line:
MTM
Reservoir Cap   Without Vented Cap
Coolant Recovery System:   Open
Attachment Method:   Twist-On
Pressurized:   No

ACDelco Radiator/Coolant Recovery Cap - 15060681

Part #:
15060681
Line:
ACD
Reservoir Cap   Dex-Cool; Screw On Cap
Attachment Method:   Threaded

ACDelco 15 psi Radiator/Coolant Recovery Cap - RC95

Part #:
RC95
Line:
ACD
Radiator Cap   With Plastic Cover; 15 psi; With Yellow And White Lettering
Cap Depth (in):   15/16 Inch
Pressure Rating (psi):   15 psi
Cap Depth (mm):   25mm

Why Does My Car Need A Radiator Cap?


Your radiator cap, or coolant recovery tank cap, seals the opening used to add or test coolant and controls the pressure inside your cooling system. The vehicle you drive will determine whether the cap is located on the radiator or the coolant recovery or overflow tank, but both designs serve the same purpose. When the pressure inside the cooling system is too high, the radiator cap's spring-loaded sealing surface opens slightly and vents excess coolant to the coolant reservoir. Once the pressure has been restored to appropriate levels, the radiator cap restores the seal to prevent coolant loss. If your radiator cap isn't venting, this can cause excessive pressure to build in the cooling system. High cooling system pressure can cause leaks or result in a collapsed radiator hose, which can prevent coolant from moving throughout the system and lead to overheating. A radiator cap that is no longer sealing could also leak, and this will prevent the appropriate pressure from being maintained in the cooling system. At operating temperature, coolant can evaporate from the system if the proper pressure levels are not maintained, and coolant leaks, evaporation, or obstacles in the system can quickly cause overheating and engine damage. It is a good idea to add inspection of your radiator cap or coolant recovery tank cap to your routine maintenance checklist, and to check your radiator cap for signs of wear if it appears to be leaking or if the cooling system is not working as it should. If you need a replacement radiator cap or coolant reservoir cap, shop O'Reilly Auto Parts for the right cooling system parts for your application.