Cart
0
Carburetor Gasket 1 Open Phenolic Carburetor Spacer 4BBL Fits Holley Chevy Ford 350 SBC BBC BB SB
Couldn't load pickup availability
Vendor: Gskmotor
Type: Carburetors & Parts
Sku: WBCARB0C137MG4P
Available: Sold Out
Shipping information
- No EU import duties.
- Ships within 3-5 business days. (USA)
- Ships with 8-12 business days. (International)
⚠️ California Proposition 65 Warning :
Some products sold on this website may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.
For more information, visit www.P65Warnings.ca.gov.
Guarantee safe checkout
Carburetor Gasket 1 Open Phenolic Carburetor Spacer 4BBL Fits Holley Chevy Ford 350 SBC BBC BB SB
$29.86
FAQs
Have a question ? We are here to help.
Is the shipping free?
Yes, we offer free standard shipping on all orders within the United States.
When will I receive my item?
Domestic orders typically arrive within 3-5 business days. Delivery times are estimated and may vary depending on your location, weather conditions, or other unforeseen factors.
Can I change or return my item?
We hope you love your purchase, but if you need to make a change or return your item, we’ve got you covered! You can initiate a return or exchange within 30 days of receiving your order. Please ensure the product is in its original condition and packaging. For more information on our return policy, please visit our Returns & Exchanges page.
Frequently Asked Questions
- Q: What is the size of the carburetor gasket? A: The carburetor gasket measures one inch in thickness. This size is designed to fit various carburetor applications effectively.
- Q: What material is the carburetor spacer made of? A: The carburetor spacer is made of phenolic material. This material is known for its heat retention properties, enhancing performance.
- Q: What types of vehicles is this carburetor gasket compatible with? A: This gasket is compatible with Holley, Chevy, Ford, and Mopar vehicles. It fits any square hole carburetor setup.
- Q: How do I install the carburetor spacer? A: To install, place the spacer between the carburetor and the intake manifold. Use the included bolts, washers, and nuts for secure fastening.
- Q: Is this gasket suitable for high-performance engines? A: Yes, this gasket is suitable for high-performance engines. It helps retain heat, which can lead to increased horsepower.
- Q: Does the package include installation hardware? A: Yes, the package includes bolts, washers, nuts, and two additional washers. This ensures you have everything needed for installation.
- Q: How should I clean the carburetor spacer? A: Clean the carburetor spacer with a soft cloth and mild detergent. Avoid abrasive cleaners to maintain its integrity.
- Q: What is the return policy for this product? A: The product comes with a thirty-day return and exchange policy. If you're not satisfied, you can return it within this period.
- Q: Can I use this gasket in cold weather conditions? A: Yes, this gasket can be used in cold weather conditions. The phenolic material helps insulate against temperature variations.
- Q: Is the phenolic material safe for my vehicle? A: Yes, the phenolic material is safe for most vehicle applications. It is commonly used in high-performance automotive parts.
- Q: How do I store the carburetor spacer when not in use? A: Store the carburetor spacer in a cool, dry place, away from direct sunlight. This prevents any potential degradation of the material.
- Q: Will this spacer fit my aftermarket carburetor? A: Yes, this spacer is designed to fit most aftermarket square hole carburetors. Ensure compatibility before installation.
- Q: What if the gasket arrives damaged? A: If the gasket arrives damaged, you can return it under the thirty-day return policy. Contact customer support for assistance.
- Q: Is customer support available for installation questions? A: Yes, customer support is available for installation questions. You can reach out for assistance at any time.
- Q: Does this spacer affect fuel efficiency? A: Yes, the spacer can positively affect fuel efficiency by optimizing the air-fuel mixture. This leads to better engine performance.