Your Specialist For Die-Cutting Thermal Tapes
- Top-Notch Die-Cutting Thermal Tapes Production Standards
- ISO14001 Certified Die-Cutting Production
- 3-day rapid production of samples
- MOQ 100Pcs
- Product Details
- Application Overview
- Material Insights
- Thermal Tapes use materials like ceramic particles to ensure efficient heat transfer.
- Improves heat transfer from the source to the heat sink efficiently.
- Some Thermal Tapes provide both heat conduction and electrical insulation for electronics.
- Thermal Tapes offer cushioning and act as a heat-conducting material simultaneously.
- Meets ROHS and REACH standards, making it safe and environmentally friendly.
- Performs well in hot and humid conditions, ideal for demanding environments.
- Thermal Silicone Sheets: These flexible sheets are made from silicone rubber and thermal fillers, perfect for filling gaps and providing efficient heat transfer on uneven surfaces.
- Thermal Putty: A moldable material that adapts to shapes and fills gaps, offering custom thermal management solutions.
- Thermal Gel: This gel conforms to surfaces, filling holes and staying in place when cured, making it easy to handle and use.
- Thermal Double-Sided Adhesive: A sticky tape that efficiently bonds heat sources and heat sinks, ideal for automated production lines.
- Graphene Thermal Sheets: Made from graphite, these sheets are excellent at spreading heat across surfaces, especially in devices like smartphones and laptops.
- Phase Change Materials (PCM): These materials change state with heat, filling gaps when soft, making them ideal for applications needing adaptability to heat changes.
Tailored Thermal Tapes for Your Unique Needs
We offer customised die-cut solutions, including high-performance Thermal Tapes, to meet the specific needs of your business. Whether it’s automotive electronics, security, or other industries, our services include personalised design, a wide range of materials, precise cutting, and fast delivery. We adapt to your requirements, helping you improve product quality, reduce costs, and speed up time-to-market.
Thermal Tapes Die Cutting Process
We often use a precise die cutting process for Thermal Tapes.
First, we select materials like polyimide films or aluminium foils with added thermal conductive powders to ensure excellent heat dissipation.
After choosing the right material, we design and create the die, ensuring it’s suited to the tape’s size and material type.
The tape is then cut using either flatbed or rotary methods, depending on thickness. Additional steps like perforating or shaping may be needed for complex designs.
Explore More Die Cutting Materials
Thermal Tapes – Our Precision Die-Cutting Solutions
Our Die-Cutting Equipment
Our Thermal Tapes are produced in a Class 1000 cleanroom environment, ensuring the highest standards of cleanliness and precision. Using automatic roll-to-roll lamination machines, we achieve consistent bonding between thermal conductive layers and adhesive backings, which is vital for effective heat dissipation in electronic devices.
The automatic lamination waste removal system improves production efficiency by eliminating excess materials, producing clean edges that help ensure proper fit and function in thermal management applications.
Our high-precision die-cutting machines handle complex tape shapes with tight tolerances down to ±0.01mm. This precision ensures that thermal tapes fit seamlessly in various electronic assemblies and industrial equipment, maximizing heat transfer efficiency.
Our Die-Cutting Quality Control
We implement comprehensive quality control protocols using advanced instruments. Dimensional accuracy is verified by 2.5D measurement tools, while dust particle counters maintain cleanroom air quality. Surface inspections with binocular and CCD microscopes identify any microscopic defects that could affect thermal conductivity or adhesive performance.
Peel testers assess adhesive strength, thickness gauges check uniformity of thermal layers, and tape holding power tests validate long-term adhesion reliability. Environmental chambers simulate temperature and humidity extremes to ensure product durability in demanding conditions.
Continuous in-process quality control (IPQC) allows real-time monitoring of production, enabling immediate correction of defects. Training inspection areas help maintain operator skill levels, while electrical tests, where applicable, confirm product performance.
Our Inspection Team
Our inspection team works exclusively within the Class 1000 cleanroom, performing thorough final checks on every batch of Thermal Tapes before shipment. Their careful verification guarantees that all products meet customer specifications and maintain high performance and cleanliness standards.
Our Mold Management
Our mold workshop provides tailored mold design, manufacturing, and maintenance using CAD software and CNC and laser cutting technologies. Regular mold upkeep ensures consistent die-cut accuracy and quick turnaround for complex tape designs.
Our Product Cases
One example is our dust-proof mesh and gasket rings used in smartphones, earphones, and tablets. These parts keep dust out of speaker and microphone openings without affecting sound quality. Made in a cleanroom environment from breathable mesh or precisely cut gaskets, they maintain very tight dimensional tolerances and undergo strict breathability testing. This helps improve device durability and keeps audio clear and consistent.
Another case is our camera foam gaskets designed for smartphone camera modules. These foam seals block dust and prevent light leaks that can affect photo quality. We use automated lamination to ensure perfect adhesion and advanced die-cutting to produce complex shapes accurately. Adhesion strength is tested carefully, which helps reduce defects and improves camera performance overall.
The third case covers PET and PC sheets with protective films. These are used for screen protectors, insulation, scratch resistance, or as substrates for flexible circuits. We ensure precise dimensions with advanced measuring tools and check surfaces with high-resolution microscopes. The materials also undergo durability testing to make sure they hold up well in different environments, supporting a variety of applications.
Contact us to customize your Thermal Tape solutions!
Thermal tapes are special tapes designed to help transfer heat from one component to another. They are widely used in electronics and other devices that generate heat.
The tape is made of layers that include a heat-conducting layer and an adhesive. It easily attaches to parts like heat sinks or cooling components by peeling off the backing and sticking it in place.
Thermal tapes improve cooling, make devices work better, and help them last longer.
Thermal tape works by transferring heat efficiently between components to keep devices cool.
It fills small air gaps between parts like electronic chips and heat sinks, which can block heat flow. The heat-conducting layer in the tape moves heat quickly to cooling areas.
The adhesive layer ensures the tape sticks firmly, creating a smooth path for heat transfer. This reduces heat build-up, improving device performance and lifespan.
Thermal tape is stable under high temperatures and easy to apply.
Thermal tape is designed for heat transfer, while regular tape is for basic sticking tasks.
Thermal tape uses special heat-conducting materials to move heat between components. Regular tape doesn’t transfer heat and is made from non-conductive materials.
Thermal tape works well in high temperatures and some types can also insulate against electricity. Regular tape might lose its stickiness or deform when exposed to heat.
Thermal tape is used in electronics and devices to manage heat. Regular tape is for everyday uses like sealing or fixing.
To Use Thermal Tape Properly In Electronics, Follow These Steps:
Clean the surface with a lint-free cloth to remove dust and grease. Use alcohol for better results and to ensure strong bonding.
Peel off the protective film on one side of the tape carefully. Avoid touching the adhesive to keep it clean and sticky.
Apply the tape to the device surface and press firmly from the centre outward. This ensures good contact and removes air bubbles.
Remove the protective film from the other side. Attach the tape firmly to the heat sink or chip using the same method.
If curing is needed, follow the instructions. For example, keep the part at 60–80°C for 2–3 hours to set the adhesive properly.
Wait for the tape to fully bond before handling or packing the device.
Avoid contact with eyes and skin. Use gloves if necessary for safety.
Store the tape in a cool, dry place away from sunlight to maintain its performance.
Cut or shape the tape as needed to fit your device components.
Test the device temperature after application to ensure the tape is working as expected.
To avoid air bubbles when applying thermal tape, here are some simple tips:
- Clean the surface thoroughly to remove dust, oil, or dirt for better adhesion.
- Use a tape thickness that suits your needs; thicker tapes often reduce air bubbles.
- Press the tape evenly using a roller or tool to push out trapped air.
- Avoid stretching the tape during application, as it can create pockets of air.
- Peel off the protective liner slowly to prevent air from getting trapped.
- Work in a clean, dust-free environment for the best results.