Kinugawa Turbo Systems Blogs
Oil Pads Ramping: The Secret to Boosting Perfor...
In the realm of turbochargers, where components spin at incredible speeds under intense pressure, the thrust bearing plays a vital role in maintaining stability and longevity. While often overlooked, a...
Oil Pads Ramping: The Secret to Boosting Perfor...
In the realm of turbochargers, where components spin at incredible speeds under intense pressure, the thrust bearing plays a vital role in maintaining stability and longevity. While often overlooked, a...
Top 3 Reasons to Choose Brass or Semi-soft Mate...
The choice of brass or other semi-soft materials for journal bearings in turbochargers, particularly for the thrust bearing, is primarily driven by their ability to embed debris and maintain a...
Top 3 Reasons to Choose Brass or Semi-soft Mate...
The choice of brass or other semi-soft materials for journal bearings in turbochargers, particularly for the thrust bearing, is primarily driven by their ability to embed debris and maintain a...
Kinugawa Turbo Systems Line-up Code Explanation...
Kinugawa Turbo Systems these days carry the TD prefix followed by a number. the number generally designates the class of turbo and turbine wheel size. The most current models are...
Kinugawa Turbo Systems Line-up Code Explanation...
Kinugawa Turbo Systems these days carry the TD prefix followed by a number. the number generally designates the class of turbo and turbine wheel size. The most current models are...
Big Head vs. Normal Head Actuators
A wastegate is basically a device that bypasses some exhaust flow around the turbine section of a turbocharger to control maximum boost. A wastegate is usually controlled by a pressure...
Big Head vs. Normal Head Actuators
A wastegate is basically a device that bypasses some exhaust flow around the turbine section of a turbocharger to control maximum boost. A wastegate is usually controlled by a pressure...
BOV vs BCV: What’s The Real Difference?
The purpose of a BOV/BCV is the allow that excess pressure to escape. It works through a vacuum port on the BOV/BCV which enables it to measure relative manifold pressure....
BOV vs BCV: What’s The Real Difference?
The purpose of a BOV/BCV is the allow that excess pressure to escape. It works through a vacuum port on the BOV/BCV which enables it to measure relative manifold pressure....