Disconnect Cap Bolt, M8, P1.25, L35, Single Item, Stainless Steel
Improves engine performance and suspension performance. Static discharge bolts and discharge nuts.
Automobiles and motorcycles have significant static buildup in each part while riding.
The negative effect of static electricity is larger than you think, and even worse the engine performance, suspension performance, and aerodynamic effect.
These bolts and nuts rejuvenate their original performance by discharging and cutting out these static electricity.
You can experience the effect of replacing the bolt on your vehicle or by adding an extra nut to the protrusion of the bolt.
Negative effects caused by static electricity
Static electricity is caused by friction between two types of substances.
This can also be found in solids, liquids, gas friction, and static electricity is produced in various places such as friction between the body and air from riding and the engine spinning, friction caused by suspension, and friction between the tire and the road.
This static electricity can lead to failure in the flow of substances.
Strips against body and air flow
Oil, fuel, grease, rubber, etc. cure (viscosity change) using static electricity.
These factors such as aerodynamic lack of stability, reduced response due to poor inlet air and fuel flow, and increased friction caused by hardening engine oil and suspension oils.
Following is a description of the published Toyota Motor Patent for a Toyota Vehicle.
[Excerpts from 2016-124319]
[Problem] Due to the electrostatic of the car body, it provides a vehicle that can suppress the air flow of positive charges from being removed in an unintended position from the outside surface of the vehicle.
(0014) Reduces static electricity on the surface of the car body to decrease the positive potential, thus reducing the recess (rebound force) caused by positive electrostatic current.
Therefore, it is possible to suppress the release of positive charged air flow from near the surface of the vehicle.
As a result, the air pressure on the surface of the car body changes beyond expectations and affects the aerodynamic properties of the car body, so it can reduce the amount of driving performance such as maneuvering stability.
(0015) By suppressing the air flow from flaking off in high position at the high level of the vehicle, it can effectively reduce the aerodynamic properties of the vehicle by changing or decreasing in the rolling direction and pitching direction.
[Excerpts from 2016-133032]
[Problem] Eliminates lubricant or fuel to improve the responsiveness of the engagement.
Solution: The bottom of the tank (1) that holds lubricants or fuels (2) has a lubricant or fuel strainer, and the positive charge will be charged in the tank (1) and (1) of the lubricant or fuel (4) stored within the tank (1).
The self-discharge eliminator (10) is installed on the outer side of the tank (2) against the bottom wall (8) against the inner side of the tank (7) facing the strainer (2) and the fuel (4) will be charged by this self-discharge discharge (10)
Installing a self-discharge eliminator 10 on the outer surface of the pump 3 will discharge lubricant or fuel running within the pump 3.
Therefore, the viscosity of the lubricant or fuel will decrease and the result is a responsive delivery of lubricant or fuel to the area you need when driving the engine is engaged, thus improving the responsiveness of the agency.
Toyota automobiles use power discharge for mass produced vehicles.
Toyota vehicles have been tested and proven to be adverse and effectiveness of static electricity and killing out power.
Toyotas mass production vehicles have also adopted their technology.
Picture on the right is actually aluminum tape with the original Toyota part number.
This tape will discharge the static electricity.
In fact, it is applied to mass produced commercial vehicles.
Eliminates static electricity
To remove static electricity, there is a way to discharge from metal with sharp parts.
This discharge bolt and discharge nut is shaped to increase sharpness and the jagged end is also polished for a better discharge effect.
Eliminates power from the suspension part for a supple ride.
By removing the fuel gauge and intake air system, you can expect better engine response and better fuel economy.
Disconnect bolts are used to replace existing bolts
The power removal nut can be added to the protruding part of the existing bolt or installed by replacing the nut itself.
Installation Precautions
The crown is sharp, so please handle with care to avoid injury.
Due to space problems, power removal bolts and discharging nuts may not be compatible.
Please check the space on the installation location beforehand.
The power removal bolt is welded on top of the cap bottle.
When installing, please tighten the bolt with a hex wrench, etc., rather than a nut.
The power removal effect may vary significantly depending on the part of the vehicle.
Attaches to suspension systems
The mounting on the front and back of the suspension system eliminates the power of the suspension system, optimizing the viscosity of the damber oil, preventing the hardening of the rubber push, and preventing the grease from hardening on each part of the grease allows the suspension to move smoothly.
Improves riding comfort and maneuverability.
Inhalation, fuel system installation
By attaching to the intake system or fuel system, you can achieve a better response by reducing the intake air resistance, improving fuel flow, and improving fuel economy.