How to Deal with Dried Resin Drops on Car Paint?

1 Answers
Camilla
07/30/25 7:36am
First, rinse the car body with clean water to soften the resin, then place a wet towel over it for further softening. Subsequently, use car wash solution and a towel to wipe it off. Alternatively, you can directly use a towel dipped in alcohol to wipe off the resin, which is quite easy to remove. Alcohol cleaning is relatively more convenient.
Was this review help?
9
5
Share
More Forum Discussions

What is the size of the Leiling wiper?

Leiling wiper size is 26 inches for the main wiper and 14 inches for the secondary wiper. Here is some information about wipers: 1. Introduction: The wiper, also known as the windshield wiper, is a device used to wipe off raindrops and dust attached to the vehicle's windshield to improve the driver's visibility and enhance driving safety. 2. Function: The wiper is used to remove raindrops and dust from the vehicle's windshield to improve the driver's visibility and increase driving safety. There are generally vacuum wipers, electric wipers, and wipers with electronic control units. The disadvantage of vacuum wipers is the unstable speed of the wiper blade. When the engine vacuum decreases (such as when climbing a hill), the wiper blade stops swinging, causing the driver's vision to blur.
13
1
Share

What kind of glue should be used to firmly reattach a fallen ETC device?

If the ETC device falls off, you can use 3M double-sided tape to reattach it after reactivation. Here are some precautions for installing ETC: 1. Installation height: Pay attention to the installation height, which should be no less than 1.2 meters and no more than 2.5 meters. 2. Installation angle: The installation angle N should be between 30° and 90°, which is the angle between the surface of the electronic tag and the horizontal plane. 3. Avoid obstruction: When installing, avoid the black areas on the windshield and do not install it in a position that blocks the solar battery. 4. Do not remove it casually after installation: Avoid ETC failure after removal.
11
4
Share

Where are the brake and accelerator pedals located in an automatic transmission car?

In an automatic transmission car, both the brake and accelerator pedals are located under the feet. The rightmost pedal is the accelerator, and to its left is the brake, both controlled by the right foot. When operating these pedals, the body requires support to maintain balance. While the right foot presses the pedals, the left foot can stabilize the body on the floor. If both feet were placed on the brake and accelerator separately, they would be in a semi-suspended state without a stable point of force, making it easy to lose control when pressing either pedal. In emergency situations, having both feet on the pedals might lead to misjudgment, such as pressing the accelerator instead of the brake. Assigning control of both pedals to one foot reduces this risk and also decreases the vehicle's side-slip coefficient when braking while the accelerator is pressed. If the brake pedal in an automatic car were placed where the clutch is in a manual transmission, with the right foot on the accelerator and the left on the brake, the safety factor might potentially improve.
12
1
Share

What is the normal idle speed for a sedan?

The normal idle speed for a sedan is generally between 700-900 RPM. Idle speed refers to the operation of the engine under no load, where it only needs to overcome the internal friction resistance of its components without delivering any external power. The minimum stable engine speed under these conditions is referred to as the idle speed. The idle speed can be adjusted by modifying the throttle opening size, and the optimal idle speed is the lowest RPM at which the engine does not vibrate. Effects of low idle speed: 1. If the idle speed is too low, the engine may stall when decelerating or stopping. 2. Low idle speed affects gear shifting. Many cars still use manual transmissions, and if the idle speed is too low, gear engagement during shifting becomes more difficult, leading to less smooth operation and increased risk of gear collision and component wear. 3. During acceleration, low idle speed may result in insufficient power, preventing the car from performing optimally.
13
2
Share

How Long Does Car Film Last?

Car films are divided into two main categories: glass films, also known as window films, and paint films, including the commonly referred to invisible car wraps (paint protection films) and car color change films. The time required for these two types of car films differs. The former is quicker, taking about 3 to 5 hours, while the latter takes much longer, ranging from 1 to 2 days to as long as 3 to 5 days. Additional information about car films is as follows: 1. Introduction: Car film refers to a thin layer applied to the front and rear windshields, side windows, and sunroof of a vehicle. This layer is also known as solar film or heat insulation film. 2. Functions: Its primary functions include blocking ultraviolet rays, reducing heat, preventing injuries caused by shattered glass, and reducing glare. Additionally, due to the one-way transparency of solar films, it helps protect personal privacy. It also minimizes damage to interior items and passengers from UV exposure, lowers the car's interior temperature through physical reflection, reduces the use of air conditioning, and consequently decreases fuel consumption, saving on expenses.
18
1
Share

What Causes Vehicle Body Vibration at High Speeds?

Here are the reasons for vehicle body vibration at high speeds: 1. Incorrect front wheel alignment angles, excessive toe-in. 2. Low front tire pressure or tire imbalance due to repairs. 3. Deformed front wheel spokes or unequal number of tire bolts. 4. Loose installation of transmission system components. 5. Bent drive shaft, power imbalance, or deformed front axle. 6. Shock absorber failure. Below are precautions for high-speed driving: 1. Pay attention to speed limit signs and drive within the specified speed range. Do not exceed the maximum speed limit and drive in lanes appropriate for your speed. 2. Avoid sudden braking on highways to prevent rear-end collisions caused by following vehicles failing to brake in time, or even more severe multi-vehicle collisions. 3. Stay focused while driving, pay attention to guardrails, and avoid scraping or colliding with them due to insufficient safety distance or momentary distraction. 4. Try to keep a distance from large trucks and buses. These heavy-duty vehicles have poorer braking performance, and when overloaded, their control systems and braking performance further decline, posing significant risks to nearby passenger cars.
2
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.