RFID Prelam Sheet is a pre-laminated material used in the manufacture of RFID cards and tags. It consists of embedded RFID chips and antennas encapsulated in a durable PVC sheet. This product is designed to be further laminated and cut to make a variety of RFID cards, tags and other RFID inlays.
In order to meet the individual needs of different customers, Chipbond Tech's RFID Prelam Sheet also supports the customization of ultrasonic embedded copper antennas or FLIP chip etched antennas according to specific requirements. We have excellent antenna design capability and a comprehensive technical support system, covering wafer fine processing, efficient winding, precision etched antenna technology, professional bonding process and advanced assembly process, to ensure that each product can be a reliable component to adapt to diversified market segments.
In terms of material selection, CBT also focuses on the balance between quality and diversity, providing RFID pre-laminates made of PVC and PET to meet the needs of different application scenarios. We also offer a wide range of standard sizes, such as 2x5, 4x4, 4x5, 5x5, etc., as well as support for customized layouts to ensure that the product fits your specific needs perfectly.
RFID Prelam Sheet is a pre-laminated material specifically designed to manufacture RFID cards and tags. It comprises embedded RFID chips and antennas encapsulated in a durable PVC sheet. The material is designed for further lamination and cutting and is suitable for a wide range of RFID cards, tags, and other embedded RFID products.
Specifications
| Product Name | RFID Prelam Inlay Sheet for Smart Card |
| 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 |
| 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.
In order to meet the individual needs of different customers, Chipbond Tech's RFID Prelam Sheet also supports the customization of ultrasonic embedded copper antennas or FLIP chip etched antennas according to specific requirements. We have excellent antenna design capability and a comprehensive technical support system, covering wafer fine processing, efficient winding, precision etched antenna technology, professional bonding process and advanced assembly process, to ensure that each product can be a reliable component to adapt to diversified market segments.
In terms of material selection, CBT also focuses on the balance between quality and diversity, providing RFID pre-laminates made of PVC and PET to meet the needs of different application scenarios. We also offer a wide range of standard sizes, such as 2x5, 4x4, 4x5, 5x5, etc., as well as support for customized layouts to ensure that the product fits your specific needs perfectly.
RFID Prelam Sheet is a pre-laminated material specifically designed to manufacture RFID cards and tags. It comprises embedded RFID chips and antennas encapsulated in a durable PVC sheet. The material is designed for further lamination and cutting and is suitable for a wide range of RFID cards, tags, and other embedded RFID products.
Specifications
| Product Name | RFID Prelam Inlay Sheet for Smart Card |
| 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 |
| 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.
