How to Remove the Car Headliner?

2 Answers
LeJosiah
09/02/25 2:40am
Method to remove the car headliner: First, remove the door handles and front/rear dome lights. Then, pull off the rear headliner trim panel, unscrew the two screws, and you can pull it down. The car headliner is an important part of the car interior, serving functions such as decoration, sound absorption, and heat insulation. In an era that prioritizes high performance, environmental friendliness, and lightweight design, the car headliner has become a significant factor in vehicle selection, leading to increasingly higher demands for car interior components. The headliner's filling material is designed for heat insulation and sound absorption, with strong water absorption capacity. When cleaning, ensure the towel is wrung out thoroughly and use high-quality foam cleaner, as it has a long dwell time, is neutral in nature, won’t corrode the headliner, and won’t leave water stains.
Was this review help?
13
4
Share
Julie
09/14/25 5:01am
I've removed the car headliner several times myself. First, prepare the necessary tools—get a plastic pry bar or a screwdriver that's not too sharp to avoid scratching the interior. Before starting, turn off the car's power to prevent accidental activation. Begin by removing the screws from the sun visor—this is crucial, so don't lose them. Then, detach the reading light assembly, carefully unplugging any wire connectors. The entire headliner is held in place by multiple small clips. Start from the door frame edge, gently prying them open with a small hook—don't pull too hard, as the fabric can tear easily. I recommend wearing gloves to protect your hands, as the lining material can sometimes be sharp. After removal, cleaning the interior or fixing mold spots becomes much easier. Finally, double-check all screws and gaps to ensure everything is secure, preventing any rattling noises while driving. The process is a bit tedious but quite interesting, suitable for friends with DIY experience to try.
Was this review help?
15
4
Share
Expand All
More Forum Discussions

What Causes Foul-Smelling Car Exhaust?

Poor fuel quality, such as excessive impurities, heavy metals, or moisture in gasoline, can easily lead to foul-smelling exhaust emissions. Below is relevant information: Incomplete Combustion: The main reason for incomplete combustion of the air-fuel mixture is an overly rich mixture. This not only produces large amounts of carbon monoxide and free carbon particles in the cylinders, which can impair the catalytic converter's purification capability, but also allows unburned fuel to be expelled with the exhaust, intensifying the odor. Catalytic Converter: A malfunctioning catalytic converter is straightforward—if the converter is clogged, it cannot filter the exhaust. The mixture of hundreds of compounds in the exhaust will undoubtedly produce a strong, unpleasant smell.
15
2
Share

Why Does Car Exhaust Emit White Smoke in Cold Weather?

The reasons for car exhaust emitting white smoke in cold weather are: 1. Normal gasoline combustion: When gasoline burns normally, it produces water and carbon dioxide. The water turns into steam when exposed to high temperatures, resulting in white smoke from the exhaust pipe; 2. Damaged cylinder head gasket: If water enters the cylinder, it can also cause white smoke from the exhaust pipe; 3. Poor gasoline quality: If the gasoline has a high water content, the unburnable water will be expelled through the exhaust pipe, leading to white smoke. Car exhaust contains a large amount of harmful substances, including carbon monoxide, nitrogen oxides, hydrocarbons, and solid suspended particles. PM2.5, which has become a major social concern, falls under the category of solid suspended particles.
16
1
Share

Does a Car Optimizer Affect the Vehicle?

Car optimizers are useful. Here is relevant information: Car efficiency optimizer: A car efficiency optimizer can enhance vehicle performance, save energy and reduce emissions, prolong engine lifespan, and ensure complete fuel combustion. A car is a non-track vehicle powered by an engine and equipped with four or more wheels. It belongs to the category of universal modification parts, as opposed to traditional vehicle-specific external computers. Efficiency: Efficiency refers to the ratio of useful power to driving power, and it also extends to various other meanings. There are many types of efficiency, such as mechanical efficiency and thermal efficiency. Efficiency is not directly related to the speed of work.
10
5
Share

Where to Add Windshield Washer Fluid for the Teana?

The windshield washer fluid reservoir for the Teana is located at the lower left corner under the hood, with a cap marked by a washer symbol. As a consumable essential for cleaning the front windshield, it's crucial to replenish the fluid when running low. The Nissan Teana is NISSAN's flagship mid-to-high-end luxury sedan. It is equipped with a 3.5L V6 gasoline engine delivering a maximum power of 180 kW and peak torque of 318 N·m. Its suspension system features MacPherson struts at the front and a multi-link setup at the rear, enhancing handling stability while reducing road noise. Interior highlights include standard pneumatic massage seats, dual-zone independent climate control, rearview camera system, active headrests, six supplemental airbags, and xenon headlights.
12
5
Share

How far can a car go after the fuel warning light comes on?

After the fuel warning light comes on, a car can typically travel about 30 kilometers, though the exact distance may vary depending on the vehicle model and the driver's driving style. When refueling, it's advisable not to wait until the fuel warning light comes on. Once the light is on, it indicates that the fuel level is quite low, which can lead to poorer engine performance and limited driving range, potentially causing unnecessary trouble. Additionally, it's important to avoid mixing different types of fuel during refueling, as this can disrupt the engine's normal operation and, in severe cases, may even cause the engine to fail. While driving, maintaining a steady speed within the economical RPM range is recommended, avoiding aggressive driving behaviors such as rapid acceleration and hard braking.
11
0
Share

What are the effects of excessive tire pressure?

The effects of excessive tire pressure: 1. It will reduce the friction and adhesion of the tire, affecting braking performance and shortening the tire's lifespan; 2. It decreases the tire's resistance to punctures, increasing the risk of a blowout; 3. It accelerates localized wear on the central tread pattern, reducing tire life, increasing vehicle vibration, and indirectly affecting the lifespan of other components; 4. It causes excessive stretching deformation of the tire cords, reducing the elasticity of the tire body and increasing the load on the car during driving. The recommended front tire pressure is 2.2 to 2.3 bar when unloaded and 2.4 to 2.5 bar when fully loaded; the rear tire pressure is 2.4 to 2.5 bar when unloaded and 2.6 to 2.8 bar when fully loaded.
15
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.