Gtechniq的W4 Citrus洗車液和G Wash洗車液有什麼分別？
上次講過洗車液何等重要後有客人Inbox我們，問我們究竟Gtechniq的W4 Citrus洗車液和G Wash洗車液有什麼分別？
Since we talked about the difference that car wash shampoo could make, we’ve been getting lots of dms, asking what’s the difference between our Gtechniq W4 Citrus Wash and our Gtechniq GWash. Many would think that “it’s just car wash shampoo that needs to be washed off anyways, why bother?”, “it’s just the manufacturer changing car wash shampoo’s colour and charging a few bucks more, there’s no big difference”.
In fact, that is REALLY not the case. Gtechniq isn’t like the other companies that bullsh** customers and detailers. Firstly it may seem like the only way to tell which is W4 Citrus wash and which is GWash is that the former is Yellow and the latter is Pink. But when you use these two for a period of time, you’re gonna be able to tell the difference between the two yourselves.
THe similarity between the two is that both of them are biodegradable, which means they could be decomposed by microorganisms back to nature. For those who pays extra attention to impact on the environment, these are your go-tos. For those quantum physicists have attributed more than a decade to improving formulas’ vigorous ability to dissolve dirt film and particles.
Whereas the tipping point of GWash is leaving a thin layer of lubricated gloss after the car wash shampoo is washed off, enabling it with a higher dirt-resistance. The coefficient of friction could be significantly lowered if we are talking about coating-like car wash shampoo. (the rougher the surface,the higher the coefficient of friction)
The human race has been focusing more on the quantum micro world, whether its physics, chemistry, biology, electrons or photology all these sort of specialised realms.
To sum up, GWash shampoo has ingredients that focus on lowering the coefficient of friction which makes it smoother and more anti-dirt. Only resulting in even the smallest dust particles would not be able to stick onto the surface as even winds can blow them off, let alone the bigger dust particles’ possibility to hide within small gaps.