CORE LS7 INTAKE MANIFOLD TO LS3 CYLINDER HEADS BILLET ADAPTER KIT 10790

CORE Performance LS7 INTAKE MANIFOLD TO LS3 CYLINDER HEADS BILLET ADAPTER KIT Product Description:

This pair of billet adapters allow the use of any LS7 style intake manifold on a pair of LS3 style cylinder heads. Each adapter is proudly made in the USA from a solid piece of 6061-T6 aircraft grade aluminum. It is 1/2" thick and milled on every side to ensure a perfect seal. Includes mounting hardware and O-rings. 

Does not work with Atomic intake manifold due to the fact that they use LS1 style gaskets. 

Features:

• Billet aluminum construction.
• CNC Milled.
• Machined.

Kit Includes:

• 2 Billet adapters.
• 8 O-rings
• Mounting hardware.

Specifications:

APPLICATION: 

Adapters allow the use of any LS7 style intake manifold on a pair of LS3 style cylinder heads.

WARRANTY:

CORE Performance products are warranted to be free from defects in material and workmanship for a period of 90 days from the date of purchase. CORE Performance electronic components and products are warranted to be free from defects in material and workmanship for a period of 30 days from the date of purchase. If the any part does not meet the limited warranty criteria an RMA number will have to be initiated to set up an exchange or refund.

The part must be returned to CORE with an RMA number assigned to it, and if it is in acceptable condition, CORE will issue credit directly to the customer. In addition, CORE Performance  limited warranty specifically does not apply to products which have been modified or altered in any way, subjected to adverse conditions such as misuse, neglect, accident, improper installation or adjustment, dirt or other contaminants, water, corrosion or faulty repair, or used in racing activities or competitive  applications other than those recommended by CORE Performance . This warranty does not warrant and disclaims all liability for products used in racing activities and/or applications, other than those specifically recommended by CORE Performance.