High Temperature Polyimide Label Material is designed for PCB manufacturing, SMT processes, wave soldering, reflow soldering, electronic component tracking, barcode identification, and industrial high-temperature labeling applications. It provides stable polyimide film performance, reliable adhesion, good printability, barcode readability, dimensional stability, and OEM/ODM roll material supply for label converters and electronics manufacturers.
If you have any questions about our products and service,please feel free to leave us a message
High Temperature Polyimide Label Material is a heat resistant label material designed for PCB manufacturing, SMT processes, wave soldering, reflow soldering, electronic component tracking, barcode identification, and industrial high-temperature labeling applications. It provides stable performance under demanding production conditions where ordinary label materials may shrink, deform, lift, or fail.
The polyimide film surface provides excellent dimensional stability, heat resistance, and printing compatibility. It can be converted into barcode labels, tracking labels, warning labels, component identification labels, and custom die-cut labels for electronics factories, PCB manufacturers, label converters, and industrial printing companies.
High Temperature Polyimide Label Material uses a stable polyimide face film combined with a heat resistant adhesive system and release liner. The polyimide film helps maintain label shape and surface stability during high-temperature production, while the adhesive is designed to keep reliable bonding on PCB boards, electronic components, metal parts, and industrial surfaces.
During PCB assembly, labels may pass through SMT placement, reflow soldering, wave soldering, cleaning, inspection, and transportation processes. A suitable polyimide label material should remain readable, firmly attached, and dimensionally stable throughout these steps.
High Temperature Polyimide Label Material is useful when customers need reliable identification labels under heat, chemical exposure, production pressure, and industrial handling. Ordinary paper labels or standard PET labels may not survive PCB manufacturing or soldering processes.
For electronics factories, PCB manufacturers, SMT production lines, barcode label converters, and industrial label suppliers, this material provides a reliable base for producing traceability labels, process control labels, component labels, and heat resistant warning labels.
High Temperature Polyimide Label Material is commonly used for PCB barcode labels, SMT process labels, wave soldering labels, reflow soldering labels, electronic component tracking labels, industrial identification labels, heat resistant warning labels, battery labels, metal part labels, and factory traceability labels.
For PCB manufacturing, the label can help identify boards during production and inspection. For electronics assembly, it supports barcode tracking and component management. For industrial labeling, it provides a stable material option when heat resistance and reliable adhesion are required.
PET label material is commonly used for general industrial labels, packaging labels, and durable product labels. However, standard PET may not be suitable for higher temperature PCB processes or soldering environments.
High Temperature Polyimide Label Material provides better heat resistance and dimensional stability for electronics manufacturing. It is more suitable for PCB boards, SMT lines, reflow soldering, wave soldering, and other applications where standard label materials may deform or lose adhesion.
Paper labels are suitable for low-cost packaging and general identification, but they usually cannot withstand high-temperature production environments. Paper may discolor, tear, absorb moisture, or fail during industrial processes.
High Temperature Polyimide Label Material is designed for harsher production environments. It offers stronger heat resistance, better dimensional stability, and more reliable performance for PCB and electronic component labeling.
Hanksec can customize High Temperature Polyimide Label Material according to film thickness, adhesive type, liner type, roll width, roll length, printing method, surface treatment, label size, and final application requirement.
Common customization options include amber polyimide label material, white printable polyimide label material, thermal transfer printable surface, barcode label rolls, QR code label rolls, serial number printing, die-cut labels, sheet labels, jumbo rolls, slit rolls, and OEM/ODM industrial label material production.
High Temperature Polyimide Label Material should be tested with the customer’s actual printing, slitting, die-cutting, matrix removal, labeling, and production process before bulk production. Important converting factors include surface printability, ink adhesion, thermal transfer ribbon compatibility, liner release force, die-cutting pressure, barcode readability, QR code scanning, and label dispensing stability.
For label converters and industrial printing factories, stable roll quality and print readability are important. Hanksec can provide sample testing support to help customers confirm printing effect, adhesive bonding, barcode scanning, heat resistance, and final production performance before mass production.
Before bulk orders, customers should test High Temperature Polyimide Label Material on the real application surface and process conditions. PCB boards, electronic components, metal parts, plastic parts, coated surfaces, and industrial equipment surfaces may show different bonding and heat performance.
Important testing points include peel adhesion, high-temperature resistance, label lifting resistance, barcode readability, QR code scanning, print durability, adhesive residue, dimensional stability, liner release force, and final appearance after soldering or heat exposure.
High Temperature Resistant Polyimide Label Material is designed for applications that require excellent heat resistance, dimensional stability, and reliable adhesion under harsh processing conditions.
This material is widely used for electronic components, PCB manufacturing, SMT processes, wave soldering, high-temperature masking, barcode tracking, and industrial identification. The polyimide film surface can be coated for different printing methods, making it suitable for thermal transfer printing, UV printing, flexographic printing, screen printing, and digital printing.
With strong temperature resistance and stable performance, it helps labels remain readable and firmly attached during high-temperature production, testing, and transportation processes.
As a professional security and specialty label material manufacturer, Hanksec can provide customized polyimide label materials according to different printing, adhesive, liner, thickness, and application requirements.
Customers interested in High Temperature Polyimide Label Material can also explore water sensitive indicator paper materials, anti-tamper security labels for mobile, matt silver low residue VOID label material, black non-transfer VOID label material, and VOID label materials.
For High Temperature Polyimide Label Material, customers often evaluate heat resistance, peel adhesion, barcode readability, print durability, dimensional stability, adhesive bonding, and PCB process compatibility. Useful external references include IPC electronics manufacturing standards, ASTM D3330 peel adhesion testing, GS1 barcode standards, and ISO 9001 quality management.
Standard Samples: Hanksec provide free samples, but we require your courier account (e.g., FedEx, DHL or UPS) for shipping. If you don’t have an account, the shipping cost will be borne by you.
Custom Samples: If mold creation or special processing is required, corresponding mold costs or sample fees will be charged.
For products requiring customization from rolls, standard MOQs ensure efficiency. However, please feel free to contact us to discuss – we can find the best solution based on our current stock.
Hanksec leveraging our mature production system and raw material inventory, we provide clear and efficient delivery timelines for orders of all scales:
Samples: Standard samples are dispatched within 1-2 working days for quick decision-making.
Small/Medium Batches: The standard lead time is 3-5 working days for rapid response.
Mass Customization: For complex mass production (7-20 working days), we precisely coordinate resources to ensure on-time delivery.
Hanksec to ensure a smooth collaboration, our process is designed for clarity and efficiency. Your key involvement is as follows:
Step 1: Provide Requirements – Please share detailed requirements including applied surfaces, how to use and so on.
Step 2: Receive Quotation – We will prepare a customized quotation for you according to your exact requirements.
Step 3: Approve Samples – Verify samples to ensure they fully meet your expectations.
Step 4: Confirm Order – Sign the Proforma Invoice (PI) to formalize the order.
Step 5: Pay Deposit – Production commences immediately after we receive the deposit.
Step 6 & 7: Production & Shipping – Handled efficiently by us.
Step 8: Receive Support – We continue to provide support after the transaction. We are here whenever you need us.
Hanksec offer comprehensive customization solutions across the following ten aspects to meet your branding and security needs:
Size: Customized to any specification based on the application.
Color: Precisely matched by providing a Pantone color code.
Film Thickness: Various options available to suit different durability requirements.
Hidden Messages: Covert text, images, or patterns can be embedded.
Thermochromic Ink: Special ink that changes color or disappears with heat.
UV Ink: Hidden graphics revealed under ultraviolet light.
Holographic Effect: Customized dynamic visual holograms.
Barcode or QR Code: Integrated variable data for traceability and marketing.
Serial Numbers: Unique identification for each item.
Perforated Receipts: Easy-to-tear stubs for warranties or loyalty programs.
Hanksec Thanks to a special top coating on our materials, our tamper-evident substrates are highly compatible with almost all mainstream printing methods, including:
Thermal Transfer Printing
Screen Printing
Rotary Printing
Offset Printing
Hanksec equipped to handle a variety of International Commercial Terms (Incoterms) and can recommend the most suitable option based on your logistics control. Our professional team ensures clarity and reliability from the factory to the final destination.
EXW (Ex Works): The buyer bears all transportation processes and costs.
FOB (Free on Board): The seller is responsible for delivering the goods on board the vessel at the port of shipment; risk transfers to the buyer thereafter.
CNF/CFR (Cost and Freight): The seller pays for freight to the port of destination, but insurance is the buyer’s responsibility.
CIF (Cost, Insurance and Freight): The seller covers freight and insurance to the port of destination.
Hanksec provide flexible logistics solutions based on order volume:
For Small Trial Orders: Typically shipped via international express (e.g., FedEx, DHL, UPS) or by air for timeliness.
For Large Volume Orders: Shipped by sea for cost-effectiveness or by air for speed, according to your requirements.
Hanksec pleased to offer complimentary professional design and modification services to ensure your artwork is perfectly adapted for our production processes.
To guarantee print quality and production efficiency, we strongly recommend submitting editable vector files in the following formats:
Adobe Illustrator (.ai)
CorelDRAW (.cdr)
PDF (with all fonts outlined or embedded)
Our design team will optimize based on your initial draft, ensuring a seamless transition from design to final product.
If you have any questions about our products and service,please feel free to contact us!
English 
Spanish 
Russian 
French 
German 
Portuguese 
Italian 
Arabic 
Turkish