ZERO GRAVITY
The valve spring serves to return the valve to its original position (closing the combustion chamber) after it opens due to pressure from the camshaft. The performance mechanism of the valve springs is an integral part of the valve and camshaft. Performance per valve is seen from its ability to maintain its hardness even at high rotation and high engine temperature. This functions to prevent floating or floating valves when the camshaft is at high rotation which can result in piston compression leaks. Or even the valve / valve closes too late so that it can resulting in a collision between the valve leaf and the piston head.
Features
• The valve springs are made to support engine performance at high speed.
• Prevents floating on the valve / valve when the camshaft is at high rotation.
• Stable spring hardness increases engine power at top speed.
• Using alloy steel which has increased its durability.
• Increase engine power and longer service life.
• Hardness per valve remains stable even at high RPM.
Specification
MAXIMUM LIFT AND HIGH RPM
DEVELOPED FROM HIGH STRENGTH, HEAT TREATED ALLOY AND CHROMED GOLD FOR INCREASED SPRING LIFT. PROVIDES STABILITY NEEDED FOR MAXIMUM LIFT AND HIGH RPM'S WHILE PREVENTING VALVE FLOAT. HIGHLY RECOMMENDED FOR PERFORMANCE CAMSHAFT AND ENGINES.
Motorcycle Models
Features
• The valve springs are made to support engine performance at high speed.
• Prevents floating on the valve / valve when the camshaft is at high rotation.
• Stable spring hardness increases engine power at top speed.
• Using alloy steel which has increased its durability.
• Increase engine power and longer service life.
• Hardness per valve remains stable even at high RPM.
Specifications
MAXIMUM LIFT AND HIGH RPM
DEVELOPED FROM HIGH STRENGTH, HEAT TREATED ALLOY AND CHROMED GOLD FOR INCREASED SPRING LIFT. PROVIDES STABILITY NEEDED FOR MAXIMUM LIFT AND HIGH RPM'S WHILE PREVENTING VALVE FLOAT. HIGHLY RECOMMENDED FOR PERFORMANCE CAMSHAFT AND ENGINES.
Motorcycle Models