Jims Big Twin Powerglide Hydraulic Tappet - +.005" - 2464-1

Upgrade your engine's performance with Jims Powerglide™ Tappets. These high-quality tappets are engineered for superior durability and precise cam timing, ensuring optimal engine operation. Experience enhanced roller life and consistent performance with these meticulously crafted components.

Description

Jims Powerglide™ Tappets are designed to deliver exceptional performance in both cast iron and aluminum tappet blocks. Manufactured from premium billet bearing steel, these tappets offer unmatched strength and longevity. A true center-line ensures optimal roller life and precise cam timing. The state-of-the-art pushrod seat, machined with a segmented parabolic cup mirroring JIMS® roller rockers, guarantees optimal pushrod alignment and reduced wear. Each hydraulic unit is hand-fit to a running clearance of 0.0002" using an ultra-precision air gauging system, ensuring consistent and reliable hydraulic performance. Proper installation requires fitting the tappets to the blocks with a clearance of 0.0007" to 0.0012". Upgrade to Jims Powerglide™ Tappets for a noticeable improvement in your engine's performance and reliability. These tappets are a must-have for enthusiasts and professionals seeking the best in valve train components.

Features & highlights

• Crafted from high-quality billet bearing steel for exceptional durability.
• Optimized for use in both cast iron and aluminum tappet blocks.
• True center-line design promotes extended roller life and precise cam timing.
• State-of-the-art pushrod seat with segmented parabolic cup for perfect alignment.
• Hand-fit hydraulic unit ensures consistent and reliable hydraulic performance.
• Ultra-precision air gauging system guarantees a running fit of 0.0002".
• Improves engine performance and overall reliability.

Technical specifications

• Brand: Jims
• Product Name: Tappet
• Material: Steel
• Diameter: 0.7360"

Important to know

Recommended fitting the tappets to the blocks with a clearance of 0.0007" to 0.0012".