Jiffy-Tite Information & Product Dimensions
- Brand: Jiffy-Tite
- Product Code: JT0
- Availability: In Stock
- $0.00
- Ex Tax: $0.00
The Jiffy-tite advantage! - Jiffy-tite's revolutionary Quick Connect Fluid Fittings provide unsurpassed performance under extreme racing conditions. Made of lightweight, 6061-T6 aluminum, brass valves, and stainless steel ball bearings, they are corrosion resistant for extra long life.
Jiffy-tite’s unique, high-flow valve technology in the plug and socket assembly automatically interrupts the flow of fluid when disconnected to protect against hazardous gas leaks or potential hot oil spills. Tested and proven to have a 100% leak proof seal, even at 200 psi, Jiffy-tite fittings are used by Pro Stock Champion, Warren Johnson, and the Frank Hawley Drag Racing School.
FEATURES:
• Compact Connects by Hand in Seconds
• 100% Leak Tested Ribbed Collar Provides Slip Proof Use
• Available for ALL Fuel, Oil, and Water Applications
• Shut-off Features Available for Safety
• 360° Swivel
• NHRA and IHRA Approved
• SCCA Accepted
• Black and Gold Anodized
• 6061-T6 Aluminum and Brass Valve Construction
Jiffy-tite's Quick Connect Fluid Fittings are available for use in all fuel, oil, and water systems in any high performance race or street application.
Fittings are available in a variety of thread styles including, AN, NPT pipe thread, reusable hose ends, and hose barb type applications. These fittings will replace any fitting in any location. Jiffy-tite reusable hose ends and hose barb applications must be used with steel braided rubber hose.
Jiffy-tite offers 3 different series of fittings: 2000, 3000, and 5000. Choose the appropriate series for your application, based on your flow needs. 45 and 90 degree elbows are available in all series.
2000 series range from AN3 to AN6, as well as 1/8" and 1/4" NPT. 3000 series range from AN6 to AN8, as well as 1/4" and 3/8" NPT. 5000 series range from AN8 to AN12, as well as 3/8", 1/2", and 3/4" NPT.
Kits are also available for transmissions and carburetors.
Tags: JT0