Advantages of telescopic storage Car Charging Cable
A car retractable charging cable offers several advantages for convenience, functionality, and safety while driving. Here’s a detailed breakdown of its benefits:
1. Space-Saving Design
Compact Storage:
The retractable design allows the cable to retract into a small housing, reducing clutter in the car.
Organized Setup:
Keeps your car interior neat and tidy, especially in small spaces like the center console or glove compartment.
2. Tangle-Free Operation
No Cable Mess:
Prevents tangling, which is common with traditional cables, ensuring the cable is always ready to use.
Easy Handling:
Saves time and frustration when pulling out the cable or storing it.
3. Adjustable Length
Customizable Length:
You can extend the cable to just the length needed, avoiding unnecessary slack that can get in the way.
Convenient for Passengers:
Makes it easier for drivers and passengers to charge devices without excess cable cluttering the space.
4. Portability
Lightweight and Compact:
Easy to carry around, making it a practical solution for those who frequently switch cars or travel in rental vehicles.
5. Durability
Protection from Wear and Tear:
The retractable mechanism protects the cable from physical damage when not in use, extending its lifespan.
Built for Mobility:
Often reinforced to withstand frequent retraction and extension.
6. Safety While Driving
Reduced Distraction:
Keeps the cable neatly out of the way, minimizing the risk of it interfering with driving controls or getting tangled in other items.
Quick Access:
Easily retracts or extends with one hand, helping drivers stay focused on the road.
7. Compatibility
Universal Use:
Many models come with multi-port connectors (USB-C, Lightning, Micro-USB), making them compatible with various devices.
Fast Charging Support:
Premium retractable cables are often designed to handle high-speed charging protocols like USB-C Power Delivery (PD) or Quick Charge.
8. Clean Aesthetics
Clutter-Free Look:
Fits into modern car interiors seamlessly and complements the overall aesthetic.
9. Multi-Device Use
Perfect for Road Trips:
Ideal for cars with multiple passengers who need to charge their devices without cables sprawling across the vehicle.
Power Sharing:
Supports charging for multiple devices when paired with a car adapter with multiple USB ports.
10. Eco-Friendly
Longevity:
Designed to reduce cable replacements due to damage, contributing to less electronic waste.
Would you like recommendations for specific retractable charging cable models for cars, or help comparing different types?
The difference between USB2.0 cable and USB3.0 cable
1. Data Transfer Speed:
USB 2.0: Offers a maximum data transfer rate of 480 Mbps.
USB 3.0: Supports much faster data transfer speeds, up to 5 Gbps, which is about 10 times faster than USB 2.0.
2. Power Delivery:
USB 2.0: Can deliver up to 2.5 watts of power (5V, 0.5A).
USB 3.0: Provides more power, up to 4.5 watts (5V, 0.9A), which allows faster charging and better support for power-hungry devices.
3. Physical Design:
USB 2.0: Typically has a simpler connector design with four pins for data and power.
USB 3.0: Features an upgraded connector with nine pins, adding extra lines for higher-speed data transmission and improved power handling.
4. Backward Compatibility:
USB 3.0 is backward compatible with USB 2.0, so you can use a USB 3.0 cable in a USB 2.0 port, but you’ll get the slower data transfer speeds of USB 2.0.
How much do you know about the core of the Car Charging Cable?
The core of a charging cable is an essential component that determines its performance, durability, and functionality. Here's an overview of the main aspects of the charging cable core:
1. Materials Used in the Core
The core consists of multiple strands of conductive material. The most commonly used materials are:
Copper:
Known for excellent conductivity and durability.
Often used in high-quality cables for fast charging and data transfer.
Aluminum or Copper-Clad Aluminum (CCA):
A cheaper alternative to pure copper but with lower conductivity and durability.
Silver-Plated Copper:
Used in premium cables for enhanced conductivity.
2. Wire Gauge
AWG (American Wire Gauge):
The thickness of the core wires is measured in AWG. Lower AWG numbers (e.g., 24 AWG) indicate thicker wires that can carry more current, making them suitable for fast charging.
Higher AWG numbers (e.g., 30 AWG) are thinner and typically used for data transfer or low-power applications.
3. Number of Strands
Stranded vs. Solid Core:
Stranded cores (multiple thin wires) are more flexible and resistant to breakage due to bending.
Solid cores (a single thick wire) may be used in less flexible applications.
4. Shielding and Insulation
Shielding:
Surrounds the core to reduce electromagnetic interference (EMI), ensuring stable data transfer and charging performance.
Types of shielding include foil shielding and braided shielding.
Insulation:
Covers the individual core wires to prevent short circuits and damage. Materials like PVC or thermoplastic elastomers are commonly used.
5. Number of Internal Wires
Power Wires:
Typically thicker, as they carry the charging current.
Data Wires:
Usually thinner, designed for USB data transfer (e.g., for syncing files).
Ground Wire:
Acts as a return path for electrical current to ensure a stable connection.
6. Core and Fast Charging
High-Current Support:
Fast charging protocols (like USB-C PD or Quick Charge) require thicker power cores and high-quality materials to handle higher currents safely.
Resistance Levels:
Low resistance in the core (measured in ohms) improves charging efficiency and reduces heat generation.
7. Core Durability
Flex Life:
High-quality cores are designed to withstand repeated bending without breaking, often enhanced by additional reinforcements like Kevlar fiber.
Heat Resistance:
Good cores are resistant to overheating, which can occur with high current flow or prolonged use.
Would you like more technical details, or are you looking for recommendations for specific cable types?
Charge Your USB-C Phone or Tablet with Our Car Charging Cable
· Wall charger · Car charger · Power bank · Laptop
Applications:
· Tablet · Laptop / Notebook / PC /desktop · Monitior / Display device · Cell phone / mobile phone
We offer customizable label options that can increase your brand's visibility on our USB C cables. Whether you need a specific design or packaging type, our is ready to assist you.
Free Sample
Flexi Electronics is committed to providing an excellent customer experience, which is why we offer free samples of our USB C cables. This allows you evaluate our product quality before making a commitment, ensuring you are satisfied with your choice. Choose Flexi for a reliable, high-quality USB C to USB C cable3.1 Gen 2 solution tailored to your business needs!
Thick copper core
USB2.0 Cable----High-quality copper wire, more stable transmission and charging
Smart Chip
USB 20. Cable----Full intelligent charging, smarter and safer
Compatibility
USB 2.0 Cable----Suitable for most devices
Important Notes:
This is USB C to USB C 3.1 Gen 2 Cable, fully compatible with USB C 3.1 Gen 2 Port and Thunderbolt 3 Port. The video function only works for those devices whose USB-C port supports DP Alt Mode. Up to 100W 20V@5A Pass through supporting Power Delivery, comparable to the full speed original cord (Actual charging speed depends on your device and wall charger, with 96W original charger at a full 96W, with 45W original charger at a full 45W)
Flexi Manufacturer
30
+
Employees
1800
+
Factory area(㎡)
5,000,000
+
Export 2024(USD)
6
production line
standardized workshops
ABOUT US
Founded in 2011, Flexi has grown to become a leading USB manufacturer over the past decade through continuous innovation and improvement. We committed to producing high-quality USB products and providing the best products and services to hardware developers, retailers, and wholesalers.
Ensuring the quality of raw materials is our most basic principle. We have a stable and strong USB component supply chain and have always cooperated with-leading suppliers.
Customized Service
We can easily complete the process of program design, product modeling, sample production and mold design. After the customer is satisfied, we can quickly massce with the help of our factory. We also support customized inventory products of different specifications.
Multiple Testing
All products are tested multiple times during final production. We have different test procedures for different types of products, such as USB cables, which have to go through plug-in test, salt spray test, swing test, etc.
FAQs
7*24 Hours Service
If you have any questions, please contact us immediately. We will provide you with detailed wire customization services. Moreover, we specialize in producing USB31 cables and are committed to providing true transmission rates of 10Gbps~20Gbps in our product research and development.
How to customize wires in the early stage?
1. Based on Requirements;
2. Based on Drawing
3. Logo Printing or not
For instance, let's take the USB3.1 cable as an example. If you are unaware of the specific specifications, we will first provide the specifications. Once the conditions are met, we will provide the drawings. You can then test the samples. Once approved, you can place your order.
How do you provide after-sales service?
We conduct 100% three-stage testing on every wire we export: ① Testing after welding ② Testing after inner mold injection ③ Finished testing Therefore, if there are any quality issues at the terminal, we can replace it free of charge for you.