Specifications
| Product Name | UHF RFID Prelam Inlay Sheet |
| Brand Name | CBT |
| Interface | RFID |
| Type | RFID Prelam Inlay |
| Frequency | 13.56MHz(HF), or Customized |
| Chip Protocol | ISO14443A, ISO14443B, ISO15693 |
| Base Material | PVC |
| Base Material Thickness | 0.3mm - 0.5mm, Customized on Request |
| Dimension | 210*297mm, 305x460mm, 325x480mm, 300x480mm, etc. |
| Layout | 2*5, 3*7, 5*5, 6*8, 8*10,or Customized According to Customer Needs |
| Antenna | Copper Antenna |
| Color | Default White, or Customized |
| Working Temperature | -25℃ to +55℃ |
| Sample | Free Sample |
| OEM/ODM | Accept |
| Application | Id Cards, Hotle Cards, Membership Cards, Loyalty Cards, Door Access Cards, Business Cards, and more. |
| Quantity (pieces) | Lead time (days) |
| 1 - 100000 | 7 |
| > 100000 | To Be Negotiated |
High-frequency RFID Prelam Inlay Production Process
PVC Punching > Ultrasonic Winding > Green Adhesive on PVC Board > Chip Patching > Bumper Soldering > PVC Sheet Testing > Synthesis > Appearance Inspection > Cutting > PVC Sheet Testing > Packing and Labeling
Below is a detailed explanation of each step:
1. PVC Punching: Perform punching operation on PVC material for subsequent processes.
2. Ultrasonic Winding: Use ultrasonic equipment to wind copper wires in specific positions on PVC to ensure that the HF PVC Inlay is wound tightly and accurately.
3. Green tape on PVC board: Paste a green tape on the empty PVC board, usually used for insulation or marking.
4. Patch: Paste the chip on the green tape position with holes.
5. Soldering: Use professional soldering equipment to solder the chip and copper wires to ensure that they are firmly connected.
6. PVC Sheet Test: the already welded preliminary test, check the chip and copper wire connection and function is normal.
7. Synthesis: In the synthesis workshop, the PVC Inlay is hot-pressed into a whole at the top and bottom to form a complete high-frequency PVC inlay.
8. Appearance Inspection: Appearance inspection of the synthesized products to ensure that there are no obvious defects or damage.
9. Cutting: Cut the large plate into the required size and shape.
10. PVC Sheet Test: test the cut large-plate again to ensure that its appearance and function meet the requirements.
11. Boxing and labeling: Box the qualified HF core material and label it with relevant information, such as product model and batch.
Applications
1. RFID Smart Card Manufacturing: Used to produce a variety of RFID smart cards, such as identification cards, access control cards, transportation cards, and payment cards.
2. RFID Tag/Label Manufacturing: Used to produce RFID tags, which are widely used in logistics, warehousing, retail, and asset management.
3. Ticketing system: for the production of RFID tickets for public transportation, event tickets and parking lot management.
4. Library Management: Used to produce RFID book tags for automated book management and rapid book borrowing and returning.
5. Medical Management: Used to produce tracking tags for medical equipment and medicines to ensure the safe and effective use of medical supplies.
6. Supply Chain Management: Used for item tracking and inventory management in the supply chain to improve logistics efficiency and transparency.
7. Industrial Manufacturing: Applied in production lines and product management for material tracking and quality control.
Specifications
| Product Name | UHF RFID Prelam Inlay Sheet |
| Brand Name | CBT |
| Interface | RFID |
| Type | RFID Prelam Inlay |
| Frequency | 13.56MHz(HF), or Customized |
| Chip Protocol | ISO14443A, ISO14443B, ISO15693 |
| Base Material | PVC |
| Base Material Thickness | 0.3mm - 0.5mm, Customized on Request |
| Dimension | 210*297mm, 305x460mm, 325x480mm, 300x480mm, etc. |
| Layout | 2*5, 3*7, 5*5, 6*8, 8*10,or Customized According to Customer Needs |
| Antenna | Copper Antenna |
| Color | Default White, or Customized |
| Working Temperature | -25℃ to +55℃ |
| Sample | Free Sample |
| OEM/ODM | Accept |
| Application | Id Cards, Hotle Cards, Membership Cards, Loyalty Cards, Door Access Cards, Business Cards, and more. |
| Quantity (pieces) | Lead time (days) |
| 1 - 100000 | 7 |
| > 100000 | To Be Negotiated |
High-frequency RFID Prelam Inlay Production Process
PVC Punching > Ultrasonic Winding > Green Adhesive on PVC Board > Chip Patching > Bumper Soldering > PVC Sheet Testing > Synthesis > Appearance Inspection > Cutting > PVC Sheet Testing > Packing and Labeling
Below is a detailed explanation of each step:
1. PVC Punching: Perform punching operation on PVC material for subsequent processes.
2. Ultrasonic Winding: Use ultrasonic equipment to wind copper wires in specific positions on PVC to ensure that the HF PVC Inlay is wound tightly and accurately.
3. Green tape on PVC board: Paste a green tape on the empty PVC board, usually used for insulation or marking.
4. Patch: Paste the chip on the green tape position with holes.
5. Soldering: Use professional soldering equipment to solder the chip and copper wires to ensure that they are firmly connected.
6. PVC Sheet Test: the already welded preliminary test, check the chip and copper wire connection and function is normal.
7. Synthesis: In the synthesis workshop, the PVC Inlay is hot-pressed into a whole at the top and bottom to form a complete high-frequency PVC inlay.
8. Appearance Inspection: Appearance inspection of the synthesized products to ensure that there are no obvious defects or damage.
9. Cutting: Cut the large plate into the required size and shape.
10. PVC Sheet Test: test the cut large-plate again to ensure that its appearance and function meet the requirements.
11. Boxing and labeling: Box the qualified HF core material and label it with relevant information, such as product model and batch.
Applications
1. RFID Smart Card Manufacturing: Used to produce a variety of RFID smart cards, such as identification cards, access control cards, transportation cards, and payment cards.
2. RFID Tag/Label Manufacturing: Used to produce RFID tags, which are widely used in logistics, warehousing, retail, and asset management.
3. Ticketing system: for the production of RFID tickets for public transportation, event tickets and parking lot management.
4. Library Management: Used to produce RFID book tags for automated book management and rapid book borrowing and returning.
5. Medical Management: Used to produce tracking tags for medical equipment and medicines to ensure the safe and effective use of medical supplies.
6. Supply Chain Management: Used for item tracking and inventory management in the supply chain to improve logistics efficiency and transparency.
7. Industrial Manufacturing: Applied in production lines and product management for material tracking and quality control.
