Where is the windshield washer fluid located in the BAIC Senova X35?

1 Answers
Vickie
07/30/25 7:53am
The Senova X35 has a water tank on the side of the engine compartment. The container with the front windshield spray symbol on its cap is the windshield washer fluid reservoir. Open it and pour in the diluted antifreeze washer fluid, but do not fill it too full. It is sufficient to just see the water surface at the deepest point, and do not exceed the MAX mark. The functions of windshield washer fluid are as follows: 1. Cleaning performance: Windshield cleaner is composed of various surfactants and additives. Surfactants usually have functions such as wetting, penetrating, and solubilizing, thereby playing a role in cleaning and removing dirt. 2. Antifreeze performance: The presence of alcohol and ethylene glycol can significantly reduce the freezing point of the liquid, thus playing an antifreeze role and quickly dissolving frost. 3. Anti-fog performance: A single-molecule protective layer is formed on the glass surface. This protective film can prevent the formation of fog droplets, ensuring the windshield is clear and transparent with a clear view. 4. Anti-static performance: After cleaning with windshield cleaner, the substances adsorbed on the glass surface can eliminate the charge on the glass surface, providing anti-static performance. 5. Lubrication performance: The windshield cleaner contains ethylene glycol, which has high viscosity and can act as a lubricant, reducing friction between the wiper and the glass to prevent scratches. 6. Anti-corrosion performance: Windshield cleaner contains various corrosion inhibitors, which have no corrosive effect on any metal and are absolutely safe for car paint and rubber.
Was this review help?
14
3
Share
More Forum Discussions

How many kilometers can a 6045 battery run?

6045 battery can run kilometers depending on the model and condition of the vehicle. Different vehicle weights and conditions will affect the power consumption of the battery. Generally, vehicles in poor condition and heavier weight will consume more power, resulting in fewer kilometers. Taking a medium-sized Xunying scooter weighing 150 jin as an example, and calculating at a uniform speed of 30 km/h, it can run about 100 kilometers. The following is a related introduction to motor vehicle batteries: Meaning: A battery is a device for energy conversion and storage, which converts chemical or physical energy into electrical energy through a reaction. A battery is a chemical power source, consisting of two electrochemically active electrodes of different compositions forming the positive and negative electrodes, respectively, immersed in an electrolyte that provides media conduction. When connected to an external carrier, it provides energy by converting its internal chemical energy. Classification: Motor vehicle batteries are divided into two categories, storage batteries and fuel cells. Storage batteries are suitable for pure electric vehicles, including lead-acid batteries, nickel-metal hydride batteries, sodium-sulfur batteries, secondary lithium batteries, air batteries, and ternary lithium batteries.
15
3
Share

What are the names of the various parts of a vehicle?

The names of the various parts of a vehicle are as follows: 1. Engine components: throttle body, engine, engine assembly, oil pump, fuel injector, tensioner pulley, cylinder block, bearing shell, water pump, fuel injection, gasket, camshaft, valve, etc. 2. Transmission system components: transmission, gear shift lever assembly, reducer, clutch, pneumatic and electric tools, magnetic materials, electronic components, clutch disc, clutch cover, etc. 3. Brake system components: brake shoe, brake pad, brake disc, brake drum, compressor, brake assembly, brake pedal assembly, master cylinder, wheel cylinder, ABS-ECU controller, electric hydraulic pump, brake camshaft, etc. 4. Steering system components: steering gear, steering knuckle ball joint, steering wheel, steering gear assembly, booster, tie rod, etc. 5. Running gear components: rear axle, air suspension system, balance weight, leaf spring, tire, leaf spring, half shaft, shock absorber, wheel rim assembly, half shaft bolt, axle housing, frame, assembly, front axle. 6. Electrical and instrument system components: sensor, vehicle lamp, buzzer, spark plug, battery, wiring harness, relay, audio, alarm, regulator, distributor, starter (motor), one-way clutch, vehicle instrument, switch, fuse, etc.
9
0
Share

Will 75% Alcohol Self-Ignite in a Car?

Whether 75% alcohol will self-ignite in a car mainly depends on whether the temperature inside the car exceeds 20 degrees. If it exceeds the ignition point of 75% alcohol, self-ignition may occur. Therefore, it is generally recommended not to leave alcohol in the car during summer. Below are precautions for placing items in a car: Minimize power banks: Accidents caused by power bank explosions leading to fires are surely something everyone has heard of. Since power banks are typically structured with 18650 batteries or other types of lithium-ion batteries, these batteries pose a risk of explosion under high temperatures and direct sunlight. Avoid placing food: During hot summers, try not to leave food in the car for too long. As is well known, all food is difficult to store and keep fresh in high-temperature environments. The interior of a car in summer is like a 'big steamer,' making food prone to spoilage, which can easily lead to illness if consumed.
12
4
Share

What is the Difference Between Metallic Paint and Regular Paint for Cars?

Metallic Paint and Regular Paint for Cars: The differences between metallic paint and regular paint include the addition of metal in metallic paint, the harder finish of metallic paint, and the price difference between the two. Details are as follows: Metallic Paint Contains Metal: The biggest difference between metallic paint and regular paint is the addition of metal powder in metallic paint. This not only gives the painted surface a sparkling appearance but also causes the car's color and even its contours to change when viewed from different angles due to light refraction. Metallic Paint Has a Harder Finish: Because metallic paint contains metal particles, its hardness is increased, making it less prone to scratches. In contrast, regular paint does not contain metal powder, making it more susceptible to scratches from road debris during high-speed driving. When cleaning a car with regular paint, it is essential to avoid using dry or wet cloths for wiping; instead, rinse with plenty of water to prevent scratches from dust or cloth. The harder finish of metallic paint also enhances the car's sense of depth, giving it a more three-dimensional appearance. Price Difference Between the Two: The manufacturing cost of metallic paint is higher than that of regular paint. The addition of metal powder improves the paint's effect, which naturally results in a higher price.
10
1
Share

What are the test items for the D driver's license?

D driver's license test includes the following sections: Subject 1 (traffic regulations knowledge test), Subject 2 (pole test), Subject 3 (road test, including single-plank bridge, slope parking and starting), and Subject 3 (safety and civilization knowledge test). Below are the specific details for the D driver's license test: Subject 1: A score of 90 or above is required to pass the first attempt. Candidates who score between 80 and 90 can retake the test once. Those who fail again must wait for 10 days and then bring their ID card, application form, payment receipt, and retake fee receipt to the traffic management test center's license collection office to schedule another test directly. Other Subjects: For candidates who fail Subject 2, Subject 3, or the Subject 3 safety and civilization knowledge test, they must wait for 10 days and then bring their ID card, application form, payment receipt, and retake fee receipt to the local test center's license collection office to schedule another test directly.
19
5
Share

Will points be deducted for not using turn signals when turning?

Not using turn signals or using them incorrectly will result in a deduction of 10 points each time, with specific regulations as follows: Failing to use or incorrectly using turn signals before starting, turning, changing lanes, overtaking, or parking will result in a deduction of 10 points. Turning less than 3 seconds after activating the turn signal before starting, turning, changing lanes, overtaking, or parking will result in a deduction of 10 points. There are 6 instances where turn signals are required in Subject 2, which are: Activate the left turn signal when starting the vehicle; Activate the left turn signal when starting on the slope; Activate the right turn signal when pulling over for parallel parking, stopping the vehicle 30 cm from the curb before reversing; Activate the left turn signal before shifting into reverse gear for parallel parking, as the steering wheel will be turned fully to the right during reversing, causing the front of the car to shift left; Activate the left turn signal before shifting into drive to exit the parking space in parallel parking, and turn it off promptly after exiting; Activate the left turn signal when entering the right-angle turn area, and turn it off promptly after completing the turn. Subject 2 has a full score of 100 points, with evaluation criteria set for failing, deducting 20 points, deducting 10 points, and deducting 5 points. The test is passed if the following conditions are met: ① For large passenger vehicles, tractors, city buses, medium passenger vehicles, and large trucks, a score of 90 or above is required; ② For other vehicle types, a score of 80 or above is required. The test items for small vehicles C1 and C2 include reversing into a parking space, parallel parking, slope parking and starting (canceled for C2), right-angle turns, and S-curve driving (commonly known as the S-bend) as mandatory items (some regions also include a sixth item, highway toll card collection). The test items for large vehicles A1, A2, A3, B1, and B2 include stake driving, slope parking and starting, parallel parking, single-plank bridge crossing, S-curve driving, right-angle turns, passing through width-limited gates, passing through continuous obstacles, driving on bumpy roads, narrow road U-turns, as well as simulated highway driving, continuous sharp mountain road turns, tunnels, rainy (foggy) conditions, slippery roads, and emergency handling.
19
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.