S/N | Car brand | OE No. | Description |
1 | LEXUS |
89341-33110 |
Park Distance Sensor |
2 | LEXUS |
89341-0N040 |
Park Distance Sensor |
3 | LEXUS |
89341-BZ090 |
Park Distance Sensor |
4 | LEXUS |
89341-30010 |
Park Distance Sensor |
5 | LEXUS |
89341-30020 |
Park Distance Sensor |
6 | TOYOTA |
89341-33130 |
Park Distance Sensor |
7 | TOYOTA |
89341-06010 |
Park Distance Sensor |
8 | TOYOTA |
89341-30060 |
Park Distance Sensor |
9 | TOYOTA |
89341-33140 |
Park Distance Sensor |
10 | TOYOTA |
89341-33180 |
Park Distance Sensor |
11 | TOYOTA |
89341-06020 |
Park Distance Sensor |
12 | TOYOTA |
89341-33160 |
Park Distance Sensor |
13 | TOYOTA |
89341-48010 |
Park Distance Sensor |
14 | TOYOTA |
89341-06030 |
Park Distance Sensor |
15 | TOYOTA |
89341-33050 |
Park Distance Sensor |
16 | TOYOTA |
89341-33040 |
Park Distance Sensor |
17 | TOYOTA |
89341-33060 |
Park Distance Sensor |
18 | TOYOTA |
89341-33100 |
Park Distance Sensor |
19 | TOYOTA |
89341-33090 |
Park Distance Sensor |
20 | TOYOTA |
89341-12041 |
Park Distance Sensor |
21 | TOYOTA |
89341-12080 |
Park Distance Sensor |
22 | TOYOTA |
89341-28460 |
Park Distance Sensor |
23 | TOYOTA |
89341-28450 |
Park Distance Sensor |
24 | TOYOTA |
89341-50070 |
Park Distance Sensor |
25 | TOYOTA |
89341-50060 |
Park Distance Sensor |
26 | TOYOTA |
89341-64010 |
Park Distance Sensor |
27 | TOYOTA |
89341-33200 |
Park Distance Sensor |
28 | TOYOTA |
10CA0212A |
Park Distance Sensor |
29 | TOYOTA |
89341-42010 |
Park Distance Sensor |
30 | TOYOTA |
89341-02060 |
Park Distance Sensor |
31 | TOYOTA |
89341-0G010 |
Park Distance Sensor |
32 | TOYOTA |
89341-60060 |
Park Distance Sensor |
33 | TOYOTA |
PZD362-00201 |
Park Distance Sensor |
34 | TOYOTA |
89341-28390 |
Park Distance Sensor |
35 | TOYOTA |
89341-28301 |
Park Distance Sensor |
36 | TOYOTA |
89341-28300 |
Park Distance Sensor |
37 | TOYOTA |
89341-28311 |
Park Distance Sensor |
38 | TOYOTA |
89341-28340 |
Park Distance Sensor |
39 | TOYOTA |
89341-05010 |
Park Distance Sensor |
40 | TOYOTA |
PZD61-00011 |
Park Distance Sensor |
41 | TOYOTA |
10CA0211A 997424 |
Park Distance Sensor |
42 | TOYOTA |
89341-F4010 |
Park Distance Sensor |
43 | TOYOTA |
89341-F4020 |
Park Distance Sensor |
44 | TOYOTA |
89341-F4040 |
Park Distance Sensor |
45 | TOYOTA |
PZY20-89342 |
Park Distance Sensor |
46 | TOYOTA |
89341-33220 |
Park Distance Sensor |
47 | TOYOTA |
89341-48040 |
Park Distance Sensor |
Park Distance Sensor (PDC) For Volvo
S/N | Car brand | OE No. | Description |
1 | Volvo |
30786968 |
Park Distance Sensor |
2 | Volvo |
30786320 |
Park Distance Sensor |
3 | Volvo |
31341637 |
Park Distance Sensor |
4 | Volvo |
31270911 |
Park Distance Sensor |
5 | Volvo |
31341344 |
Park Distance Sensor |
6 | Volvo |
30765700 |
Park Distance Sensor |
7 | Volvo |
31341343 |
Park Distance Sensor |
8 | Volvo |
30786512 |
Park Distance Sensor |
9 | Volvo |
30786319 |
Park Distance Sensor |
10 | Volvo |
30765700 |
Park Distance Sensor |
11 | Volvo |
31341638 |
Park Distance Sensor |
12 | Volvo |
31341345 |
Park Distance Sensor |
13 | Volvo |
31341632 |
Park Distance Sensor |
14 | Volvo |
30765108 |
Park Distance Sensor |
15 | Volvo |
30668099 |
Park Distance Sensor |
16 | Volvo |
30668100 |
Park Distance Sensor |
17 | Volvo |
30764160 |
Park Distance Sensor |
18 | Volvo |
39995142 |
Park Distance Sensor |
19 | Volvo |
8637457 |
Park Distance Sensor |
20 | Volvo |
8659731 |
Park Distance Sensor |
21 | Volvo |
8641281 |
Park Distance Sensor |
22 | Volvo |
30765126 |
Park Distance Sensor |
23 | Volvo |
31381691 |
Park Distance Sensor |
Park distance sensor (PDC) for VW
S/N | Car brand | OE No. | Description |
1 | AUDI | 7H0 919 275 | Park distance sensor |
2 | AUDI | 7H0 919 275 A | Park distance sensor |
3 | AUDI | 7H0 919 275 B | Park distance sensor |
4 | AUDI | 7H0 919 275 C | Park distance sensor |
5 | AUDI | 7H0 919 275 D | Park distance sensor |
6 | AUDI | 7H0 919 275 E | Park distance sensor |
7 | AUDI | 4B0 919 275 | Park distance sensor |
8 | AUDI | 4B0 919 275 A | Park distance sensor |
9 | AUDI | 4B0 919 275 B | Park distance sensor |
10 | AUDI | 4B0 919 275 C | Park distance sensor |
11 | AUDI | 4B0 919 275 D | Park distance sensor |
12 | AUDI | 7M3 919 275 A | Park distance sensor |
13 | VW | 3D0 919 275 C | Park distance sensor |
14 | VW | 3D0919275B | Park distance sensor |
15 | VW | 3D0998275 | Park distance sensor |
16 | VW | 3D0919275E | Park distance sensor |
17 | VW | 3D0998275B | Park distance sensor |
18 | VW | 3D0 919 275 B | Park distance sensor |
19 | VW | 3C0 919 275 S | Park distance sensor |
20 | VW | 4H0 919 275 | Park distance sensor |
21 | VW | 5KD 919 275 | Park distance sensor |
22 | VW | 5KD919275A | Park distance sensor |
23 | VW | 2H0919275A | Park distance sensor |
24 | VW | 3C0919275 | Park distance sensor |
25 | VW | 5KD919275B | Park distance sensor |
26 | VW | 1S0919275C | Park distance sensor |
27 | VW | 3TD919275C | Park distance sensor |
28 | VW | 3C0919275L | Park distance sensor |
29 | VW | 3C0919275P | Park distance sensor |
30 | VW | 3C0919275AE | Park distance sensor |
31 | VW | 3TD 919 275 | Park distance sensor |
32 | VW | 420 919 275 | Park distance sensor |
33 | VW | 4H0 919 275 A | Park distance sensor |
34 | VW | 1S0 919 275C | Park distance sensor |
35 | VW Porsche |
7L5 919 275 B | Park distance sensor |
36 | VW | 1U0 919 275 | Park distance sensor |
37 | VW | 1J0 919 275 | Park distance sensor |
38 | VW | 1K0 919 275 | Park distance sensor |
39 | VW | 3D0 919 275D | Park distance sensor |
40 | AUDI VW |
3CD 919 275 | Park distance sensor |
41 | AUDI VW |
3C0 919 275 R | Park distance sensor |
42 | AUDI VW |
3C0 919 275 AD | Park distance sensor |
43 | AUDI VW |
3C0 919 275 J | Park distance sensor |
44 | AUDI VW |
3C0 919 275 K | Park distance sensor |
45 | AUDI VW |
3C0 919 275 N | Park distance sensor |
46 | AUDI VW |
3C0 919 275 B | Park distance sensor |
47 | AUDI VW SKODA |
1T0 919 297A | Park distance sensor |
48 | SKODA | 3U0 919 275A | Park distance sensor |
49 | SKODA | 3U0 919 275B | Park distance sensor |
50 | SKODA | 3U0 919 275C | Park distance sensor |
51 | GOLF | 5Q0 919 275 | Park distance sensor |
52 | VW | 5Q0919275B | Park distance sensor |
53 | VW | 18D919275A | Park distance sensor |
54 | VW | 34D919275A | Park distance sensor |
55 | VW | 5Q0 919 297A | Park distance sensor |
56 | VW | 5Q0 919 297B | Park distance sensor |
57 | SKODA | 5J0 919 275A | Park distance sensor |
58 | Audi Q7 | 5Q1 919 275A | Park distance sensor |
UN Regulation No. 151 (R151) - Blind Spot Information System (BSIS) for the Detection of Bicycles
Turning manoeuvres involving collisions between trucks turning righthttps://www.autostarsafety.comleft and cyclists,typically occurring at lowerdriving speeds or standstill, usually have serious consequences for vulnerable road users (VRUs). In the past, thesafety of VRU was raised by an improvement of the truck driver's vision by increasing the number of mirrors and by equipping trucks with side under-run protection. Since turning accidents still happen and Blind Spot Information System The United Nations Economic Commission for Europe(UNECE) offically announced the technical regulations UNR151 related to the blind spot monitoring system Autostar Safety
UN Regulation No. 159 (R159)-Moving Off Information System
Moving Off Information System is called MOIS, it means a system to detect and inform the driver of the presence of pedestrians and cyclist in the close-proximity forward blind-spot of the vehicle.
The UN R159 regulation has come into effect on June 10. 2021, and it will be mandatory for M2, M3, N2 and N3 new models on July, 2022, and be enforced to for M2, M3, N2 and N3 new registrations on July 7, 2024. Considering the international influence of the UNECE regulation, it can be foreseen to increase more countries will adopt UN R159 as the technical standard of their the moving off monitoring system.
Low-speed moving off from rest manoeuvres that involve collisions between M2, M3, N2 and N3 vehicle category vehicles (subject vehicles) and pedestrians and cyclists have serious consequences for these vulnerable road users (VRUs). In the past, VRU safety was raised by increasing the number of mirrors to provide better visibility of the area in front of the vehicle. Since collisions with these characteristics still occur and advanced driver assistance systems have been introduced in a lot of vehicle segments, it is obvious to use such assistance systems for avoiding accidents between subject vehicles and VRUs.
How can I make my RV seat more comfortable
We know that long-distance driving can make people tired and uncomfortable. If you are an RV enthusiast, you may know how important it is to have a comfortable rv seat on the road, and if the seat lacks ergonomic design, the journey will no longer be pleasant.
Recently, many customers who bought folding rv seats have consulted us, and they want to make their RV seats more comfortable. Xiamen Van Seat, as an experienced RV seat manufacturing expert, has the following modification suggestions for improving the comfort of RV seats:
1. Choose a special RV seat
RV seats are different from ordinary car seats. If you want to replace the seats for your RV, please choose a more professional RV seat. RV seats have functions such as electric adjustment, heating, ventilation, folding, etc., and have good comfort.
2. Add seat cushions and back cushions
By adding seat cushions and back cushions, the comfort of the seat can be increased to a certain extent. However, when choosing seat cushions and back cushions, you should give priority to materials with breathable and moisture-wicking materials to keep you cool and dry while driving and resting.
3. Modify the seat structure
Consider modifying the seat structure, such as adding lumbar support or headrest adjustment function, to improve the comfort of the ride.
4. Use high-quality materials
Choose durable and easy-to-clean materials such as leather or vinyl, which are not only comfortable but also easy to maintain.
5. Customize the seat
Customize the seat according to personal needs, including the size, shape and function of the seat to maximize comfort. For exampleFor people with limited mobility, Xiamen Van Seat recommends adding handles or extending the sliding mechanism to the seat, which is conducive to the sitting and standing of the passengers.
Through the comfortable modification of the motorhome seat, the owner will enjoy a high-quality sleeping space when resting during the journey. However, Xiamen Van Seat reminds everyone that the premise of increasing the comfort of the RV seat is to ensure that the RV seat is safe and complies with local laws and regulations. If necessary, legal registration and change procedures are required.
Finally, Xiamen Van Seat can provide professional RV seat modification suggestions and high-quality modified RV seats. If you want to replace or upgrade the RV seat, you can contact us at www.luxuryvanseat.com.
What is the most comfortable car seat material
Comfort is one of the important factors to consider when buying conversion car seats. As long as you have a comfortable car seat, you can get a good ride in it whether it is daily commuting or long or short-distance self-driving.
Different car seat materials give different experiences to passengers. So, which car seat material is the most comfortable? The following are some common car seat materials and their advantages and disadvantages:
Advantages: Leather car seats are stylish and luxurious. They are commonly used in luxury car interior modifications. For car owners, leather seats are easy to clean and durable, and have good comfort.
Disadvantages: Leather materials are sensitive to temperature changes. They feel hot in summer and cold in winter. Therefore, car owners need to maintain leather seats regularly.
2. Synthetic leather (leather imitation)
Advantages: Synthetic leather looks similar to leather, but has a price advantage over leather. It is easy to clean and not prone to wear. Synthetic leather does not react to irritation and allergens, which is a consideration for many people with allergies and sensitive skin.
Disadvantages: Not breathable enough.
3. Nylon:
Advantages: Soft and comfortable to ride, easy to clean, lightweight. Less energy required to produce, can absorb impact, safer.
Disadvantages: Easy to dye, poor breathability, and the possibility of scratching the skin.
4. Polyester:
Advantages: Inexpensive, lightweight, durable, and more durable than many other fabrics.
Disadvantages: Absorbs odors and easily dyed.
5. Alcantara (microfiber):
Advantages: Soft, comfortable, durable, available in a variety of colors, suitable for luxury vehicles.
Disadvantages: Higher price, easy to get liquids and stains, requires careful and professional care.
It is very important to have a high-quality and comfortable car seat. Of course, when choosing a car seat, you need to refer to your current personal preferences and needs, as well as consider durability, maintenance and climate factors. Ensure that you have a comfortable and safe driving and riding experience.
Tip: Xiamen Van Seat can customize seats according to customer needs. If necessary, please contact us at www.luxuryvanseat.com!
Swivel folding car seat factory inspection cooperation
On November 11, 2024, a guest from the United States made a special trip to Xiamen Van Seat for a field visit, and Stella from the company's foreign trade department gave him a warm reception.According to the customer's story, we learned that this was a prime ministerial representative of an American car dealer. By chance, he saw the flip and fold van seats newly launched by Xiamen Van Seat on the website www.luxuryvanseat.com. He was very interested in our rotating folding seats and believed that the function of the seat was crucial to their car. He hoped to introduce a batch of seats every quarter for sales in the United States.
After arriving at Xiamen Van Seat, the customer rested in the reception room. Then Stella took the American customer to the workshop production line and introduced the flip folding chair: This is a multifunctional car seat that can be widely used in trucks, buses, ambulances, fire trucks, RVs, campers and barrier-free vehicles. This is a good luxury van seat, bus seat, ambulance seat, fire engine seat, RV seat, etc. It can quickly provide a seat in a narrow space in the car. When not in use, it can be folded and rotated 180° against the wall to expand the activity space in the car.
During the evaluation of the seat, the customer asked questions about the seat frame, armrests, leather, etc.
● Original frame
Customers can choose the frame material of the seat according to their needs.
Considerations |
Material selection |
Cost-effectiveness |
Q235 steel |
Higher strength and toughness |
Q440 steel |
Lightweight and ultra-high strength |
Q590 steel |
● Armrest configuration
Regarding the armrest configuration, Xiamen Van Seat said that it can be set up with single armrest, double armrest and no armrest according to customer needs.
● Leather and stitching
Folding seats for vans are made of high-quality leather fabric, which is both durable and easy to maintain.
High-quality sewing at the fabric joints can prevent wear and cracking to a certain extent, ensuring the beauty and service life of the seats.
The whole process lasted until 4 pm, and Xiamen Van Seat workers showed the guests the on-site assembly process of fold down van seats,reflecting Xiamen Van Seat's manufacturing and production capabilities.
After a comprehensive factory inspection and product detail review, the customer signed a contract with Xiamen Van Seat, marking the beginning of a successful cooperation.
Xiamen Van Seat also understands that the Van Seat industry market in the United States is very fierce and customer needs are constantly changing. We will always provide customers with high-quality products and services. We look forward to this cooperation to expand Xiamen Van Seat's influence in the US market and bring greater success and development to both parties.
What's the difference between CNC and ordinary polishing of aluminum alloy car wheels?
Both CNC and polishing are "cutting" the surface of the wheel hub to achieve a flat effect.But the difference lies in the scale range. If a CNC lathe can be processed at 0.1~1mm, then polishing is processed at 0.01~0.05.Because they have different depths of "knife marks" on the wheels, they have different flatness and different reflective effects. However, due to the insufficient processing depth of the polishing method, the workpiece must be processed to a certain flatness difference by a lathe before the polishing process can be done. So it stands to reason that the wheels will definitely be polished after they have been CNC refined. Otherwise, the rough turning knife marks and some bumps on the wheel rim will appear more obvious after polishing. Generally speaking, the brightness of polishing is higher than that of CNC turning. In addition, if it is a shallow scratch, if it does not penetrate the paint coating, just repair the paint. If the paint is penetrated, as mentioned earlier, polishing has almost no correction effect on the scratches, and it will only brighten the scratches, making them more obvious. It still has to be polished after the car.
Amphibious excavator chassis production workshop
We have reorganized and redefined the production workshop.
On the one hand, we separated the original business area and focused on the production of amphibious excavator chassis.
On the other hand, we can ensure the safety of production lines and storage.
We can provide a complete design and manufacturing solution for offshore photovoltaic piles, allowing customers to have a simple and fast purchasing experience.