Durability: Silicone Charging Data Cable is a highly durable material that can withstand bending and pulling without damage. This makes cables made from it more resistant to wear and tear compared to traditional plastic or rubber cables.
Flexibility: Liquid Silicone Charging Data Cables are more flexible and less prone to tangling, making them easier to store and manage. They maintain their shape and elasticity over time, which helps prevent internal damage from repeated bending.
Soft Touch and Comfort: The silicone material has a smooth and soft texture, which makes handling the cable comfortable. This tactile quality also enhances the user experience when coiling or moving the cable around.
Heat Resistance: Silicone Charging Data Cable has excellent thermal stability and can withstand high temperatures without deforming or becoming damaged. This feature is particularly beneficial for charging cables as they can generate heat during use.
Resistance to Damage: Silicone Charging Data Cable is resistant to damage from moisture, chemicals, and UV exposure, making these cables suitable for various environments, including outdoor use.
Aesthetic Appeal: Silicone Charging Data Cables are often available in a range of vibrant colors and stylish finishes, making them more visually appealing than standard cables.
Non-Toxic and Eco-Friendly: Silicone Charging Data Cable is typically non-toxic and can be more eco-friendly compared to certain types of plastics, as it doesn’t release harmful chemicals and is often recyclable.
Improved Safety: Due to the material's insulating properties, liquid silicone charging cables can offer enhanced safety against electrical shocks and short circuits.
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 to customize Silicone Charging Data Cable for OEM?
1.Determine OEM Requirements
Branding: OEMs often want the cables to reflect their brand identity, which could include custom logos, colors, or packaging.
Cable Length: Custom lengths might be needed based on the target market or specific device compatibility.
Connector Types: Depending on the devices they support, OEMs may need specific connectors like USB-A, USB-C, Lightning, Micro-USB, or other proprietary connectors.
Performance Specifications: This includes data transfer speed (e.g., USB 2.0, USB 3.0, USB 3.1), power delivery standards (e.g., Quick Charge, PD), and any special certifications (e.g., MFI for Apple).
Durability: Custom cables may require specific designs for enhanced durability, such as reinforced connectors, braided designs, or liquid silicone for flexibility and strength.
2. Design and Material Selection
Cable Material: Choose the core materials for the cable (e.g., copper, aluminum) and insulation (e.g., PVC, TPE, or liquid silicone). The choice of material will affect the cable’s flexibility, strength, and data transfer speed.
Outer Coating: The outer jacket can be customized to be rubberized, braided, or silicone-coated for durability and aesthetics.
Color and Texture: OEMs may want custom colors or finishes for their cables to match their product lines and branding. Liquid silicone is a popular choice for its soft-touch and high durability.
Connector Design: Consider designing connectors that are ergonomically user-friendly, provide strain relief, or have added features like LED indicators or locking mechanisms.
3. Prototyping and Testing
Prototype Samples: Once the design specifications are determined, manufacturers will typically create prototype samples. These samples should be tested to ensure they meet the required performance and quality standards.
Electrical Testing: Ensure that the cable meets the required data transfer rates and charging speeds. For example, verify that USB-C cables support USB 3.1 or Thunderbolt speeds and that charging cables are capable of handling power delivery (PD) standards.
Durability Testing: Perform tests like bending, pull, and stress tests to ensure the cable can handle normal wear and tear.
Compliance Testing: Ensure that the cables meet the relevant safety and regulatory certifications, such as CE, UL, RoHS, and FCC compliance.
4. Manufacturing and Assembly
Bulk Manufacturing: Once the design is finalized and tested, the cables can be manufactured in bulk. This includes the assembly of the connectors, cables, and outer coatings, followed by quality control checks.
Custom Packaging: Many OEMs want custom packaging to reinforce branding. Packaging might include custom boxes, bags, or displays with logos and product information.
Special Features: Additional features like magnetic tips, LED indicators, or additional adapters may be incorporated during the manufacturing process.
5. Branding and Marking
Logo Printing: Logos can be printed directly on the cable or connectors using methods such as silk screen printing, embossing, or UV printing.
Product Labels: For regulatory purposes or to indicate certification compliance, product labels with barcode or QR codes can be added to the cables or packaging.
6. Certifications and Compliance
MFI (Made for iPhone/iPad): If the cables are intended for Apple devices, ensure they are certified under the MFI program.
Safety Certifications: Depending on the region, cables may need to meet certain electrical and safety standards, such as CE (Europe), UL (United States), or RoHS (Restriction of Hazardous Substances).
Environmental Compliance: If the OEM requires the cables to be eco-friendly, ensure that they comply with recycling programs or use environmentally friendly materials.
7. Quality Control and Testing
Sample Quality Checks: Periodic sample testing during production ensures the cables meet OEM specifications for data transfer, power delivery, durability, and safety.
Packaging Inspection: Quality checks should also extend to packaging materials to ensure they are properly branded and that the cables are securely packaged.
8.Logistics and Distribution
Volume Orders: Ensure that you have the capacity to produce and ship large volumes to meet the OEM's needs.
Supply Chain Management: Coordinate logistics for the timely delivery of the cables to the OEM or to retail outlets, depending on the distribution channels.
9. After-Sales Support
Warranty and Support: OEMs may require post-purchase customer support for cable issues, including product warranty services or customer helplines.
Feedback Loop: After the cables are in the market, collect feedback from users to improve future iterations of the product.
10. Marketing Collaboration
Joint Marketing: OEMs may work with the cable manufacturer for joint marketing initiatives or co-branding efforts, especially if the cables are designed to complement their own products (e.g., smartphones, laptops).
How to test the performance of iPhone Silicone Charging Data Cable
1. Check Charging Speed
Use a USB Power Meter: Connect the cable to a USB power meter to monitor the voltage and current. This tool measures how much power is delivered to the iPhone. Compare the results with the expected performance (e.g., for fast-charging, you should see around 18W for supported iPhones).
Time the Charging: Fully deplete your iPhone battery and use the cable to charge it from 0% to a known percentage, such as 50%, while noting the time taken. Compare this with the charging times of an original Apple cable or a known high-quality cable.
2. Test Data Transfer Speed
File Transfer Test: Connect your iPhone to a computer using the cable and transfer a large file (e.g., a video) to and from the device. Measure how long it takes to complete the transfer. The performance should align with the data transfer rates typical of USB 2.0 or higher, depending on the cable specifications.
Use Software Tools: Utilize tools like iMazing or iTunes to transfer data and monitor the transfer speed to detect any significant delays or interruptions.
3. Inspect Build Quality
Visual Inspection: Check for a secure connection at the joints where the connectors meet the cable, as these are common points of wear and tear. Look for reinforced ends or braided designs that indicate better durability.
Flexibility Test: Bend the cable at various angles to see how well it withstands movement. A high-quality cable will flex without showing signs of wear or fraying.
4. Check for Certification
MFi Certification: Ensure the cable is MFi (Made for iPhone) certified, which indicates it meets Apple’s standards for compatibility and safety. Non-certified cables might not perform consistently or could pose a risk to your device.
5. Test with Different Devices
Multiple iOS Devices: Test the cable with different iPhones or iPads to ensure it consistently performs across various models.
Compatibility with Accessories: Use the cable with external accessories like car chargers or power banks to check if it performs well in different environments.
6. Observe Heat Levels
Monitor for Excessive Heat: During both charging and data transfer, check if the cable or the device gets unusually warm. Excessive heat can indicate inefficiencies or poor cable quality.
7. Real-World Usage
Daily Use Test: Use the cable as you normally would for a week or more. Monitor for any intermittent disconnections, reduced charging speed, or signs of damage.
Charge Your USB-C Phone or Tablet with Our Silicone Charging Data 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.