Use glass rainproof agent cleverly to help driving safety in rainy days
DeirdreAmelia 
15 In the daily use of the car, it is often encountered that the window glass is attached to Rain Water on a rainy day, and the rearview mirror can not be seen clearly through the window glass of the master and co-driver. If there is a light rain, you can open the window to observe the rain. If it rains a little heavier, it is not feasible to open the window to observe the road conditions. At this time, because you can not see the actual situation clearly, driving vehicles in the city road will have great safety risks. Presumably many people feel the same way about this situation, and there is also a lot of helplessness for driving on rainy days.
Now it has entered May, and the rainy season is approaching. In order to put an end to the hidden danger of driving on rainy days when the rainy season is coming, other riders recommended by other riders bought a Gootway resin glass rainproof agent, which is a product specially used in rainy days. It contains hydrophobic resin components and can be attached to the window glass, which can effectively reduce Rain Water’s adhesion on the window glass and make the falling Rain Water fall quickly. Reduce Rain Water’s blocking of the line of sight, improve the visibility of driving, ensure driving safety, and enhance the driving experience in rainy days.
After receiving the goods, they immediately opened it for use, because the weather forecast for the past few days was sunny, and it was impossible to test the effect of Rain Water, so he brought a household spray can to simulate a rainy day by the way, to verify the effect of rainproof agents, and to have a psychological expectation in advance to prevent the embarrassing situation of sudden rain, and to prepare in advance for the real arrival of rainy days.
The following is a simple sharing of the operation process, and hope to give some guidance and help to other cyclists to help them drive safely. Because the rearview mirror is very important in the driving process, the experimental effect is carried out on the rearview mirror first.
First, spray water on the rearview mirror with a spray can to observe the effect of simulating Rain Water.
First, spray water on the rearview mirror with a spray can to observe the effect of simulating Rain Water.
Wipe the water off the lens with a towel and clean the lens thoroughly.
Wait a moment for the lens to dry naturally, take out the rainproof agent, according to the instructions, shake the rainproof agent first, and then point the nozzle to the glass, the distance is about 15cm, spray evenly on the glass surface.
When the rainproof agent was first sprayed on the glass, it looked greasy.
After a moment, the rain repellent will be in a misty state.
At this time, use a clean towel to wipe the mirror repeatedly and polish it until you can’t see any trace.
At this point, the construction of the rearview mirror is complete. In order to verify the effect of the rainproof agent, take out a spray can and spray water on the newly constructed rearview mirror. With the spraying of water, you can obviously see Rain Water dripping downward in the shape of water droplets on the glass, which is in sharp contrast to the water spraying effect when the rainproof agent was not used before.
Sitting in the driver’s seat to observe the rearview mirror, compared with the state before the use of rainproof agent, it is found that the situation is basically unaffected from the rearview mirror, and the situation in the lens can be seen clearly.
In view of the use effect of the rearview mirror, it feels quite satisfactory, but after all, it is used in a small range, so the co-driver window glass is constructed to verify the effect again.
According to the same steps, spray the co-driver’s window glass with rain-proof agent, and wipe it repeatedly when it is foggy. In order to compare the effect on the same glass, this time only spray experiments are carried out on half of the glass, and then water spray detection is carried out.
After testing, it is found that in the glass area where the rainproof agent has been used, Rain Water falls faster and has better permeability than the unused area. Rain Water in the unused area has strong adhesion and is not easy to slip off on the glass, which seems to affect the line of sight in the car. And after spraying water on the window glass, sitting in the car to observe the rearview mirror, it was found that it basically did not affect the observation.
In view of the comparison effect of two different positions and different operations, I feel that the rainproof agent obtained this time is effective, and I can rest assured that it can be used on the vehicle, and I am full of confidence in its performance when the real rainy day comes, so I will paint the front windshield, the rest of the front window and the rearview mirror, so as to prepare for the arrival of the rainy day and avoid hidden dangers and risks for my own car.
All the above operations were completed in almost an hour, and the operation is relatively simple, which belongs to the type of easy operation. The simulation experiment is also satisfactory. I look forward to its real performance in rainy days. I also hope to slightly help the daily car-using skills of cyclists and avoid risks in advance.
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