It really depends on what you're trying to do. They each have different effects. Octane booster is just a bunch of chemicals that raise the flash point of the gasoline, which can help reduce premature detonation in high-compression engines, and help reduce knock. Fuel system treatment is usually chemicals that clean out the inside of your fuel lines and injectors. Generally, it is not recommended to use either one unless there is a need for it.
NO,,use Octane booster instead,,adding a lot alcohol will clean out the fuel system so much that might plug up the filter and pump.
A red discoloration of a spark plug usually indicates that an octane booster or other fuel additive has been used. The discoloration shouldn't affect performance, but the additives might. Another note: Octane booster is not recommended for motorcycles because it contains conductive materials that can affect the ignition system.
spear is the better than estates its is loaded with disc brakes , both rear and front.perfect for stunting,stylish look,shimano gear system. but in recra or spear ? recra is better
The measure of antiknock properties in a fuel is typically expressed using the octane rating system. Higher octane ratings indicate better antiknock properties, meaning the fuel is less likely to cause knocking or pre-ignition in an engine.
There is no better. If your car is designed to run on 87 octane then using 93 octane is a total waste of money. The higher octane will provide no more power, no better fuel economy, and is of no benefit to the engine whatsoever. In fact using a high octane fuel in an engine designed for 87 octane may actually cause hard starting. Use exactly the octane as recommended by the manufacturer of the vehicle. Saying that, if your car is designed to run on 93 octane then using 87 octane can be detrimental to the engine due to pre-detonation that will be caused by running the lower octane fuel. It depends on whether the manufacturer recommends the use of higher octane fuel or says it is mandatory. Most vehicles built in the last few years where 93 octane is recommended can run on 87 octane with a slight loss in power. The engine fuel management system will adjust for the lower octane and there will be no harm to the engine. The bottom line is to use exactly what the manufacture recommends.
You should not need a booster fan on a furnace. If the duct system is properly designed there will be no need for the booster fan. If the system is not designed properly, you would be better off replacing it with a properly designed system. Actually, this doesn't answer the question. There is no way to know if he/she needs a booster fan without looking at the system. You can get very clear directions with photos at the following site: http://www.diynetwork.com/diy/he_heating_cooling_systems/article/0,,DIY_13894_2274829,00.htm
it depends how fast how you want it you can add a full exhaust system but not a cheap one you can also install headers,intake,use octane booster it all depends how fast and on the car
A backless booster seat with a latch system provides benefits such as improved seat belt fit for children, increased comfort, and better visibility for the driver. The latch system helps secure the booster seat in place, reducing the risk of it moving during a crash. Additionally, the booster seat can help prevent injuries by properly positioning the seat belt on the child's body.
A duct fan booster can improve airflow in a ventilation system, leading to better air circulation and more efficient cooling or heating. This can help reduce energy costs and improve overall air quality in a building.
after replacing several components, some, some such as fuel filter, spark plugs and pcv valve, made my kia sportage run much better, but didnt solve the problem. finally tried a four dollar bottle of 108 octane booster and a half tank of premium gas. problem solved.
An inline booster duct fan can improve airflow and ventilation efficiency in a system by increasing air circulation and reducing the strain on the main fan. This can lead to better air quality, temperature regulation, and energy savings.
A backless booster seat with a latch system provides important safety features for children in vehicles. The latch system helps secure the booster seat in place, reducing the risk of it moving during a crash. This can help protect the child from injury. Additionally, the booster seat raises the child to the correct height for the seat belt to fit properly, providing better protection in the event of a collision. Overall, using a backless booster seat with a latch system can help keep children safe while traveling in vehicles.