RoHS Compliance Flame Retardant Organic Silicone Rubber Thermal Conductive Pad
Description
VS-GP1501 silicone thermal pads achieve low interfacial thermal resistance at relatively low pressures, with excellent thermal conductivity, thermal stability, flexibility and resilience. Also, it is safe and reliable to use. Applied between the power device and the cooling aluminum sheet or the machine shell, the air can be effectively excluded to achieve good thermal conductivity and filling effect
Features
* Continuous operating temperature：-40℃~+200℃
* High thermal conductivity, low thermal resistance
* Excellent surface wettability and resilience
* Excellent flame Tetardancy
* Multiple thickness selection, wide application range
* Environmental protection standard: RoHS, REACH
Support customization, ODM & OEM available
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Thermal conductivity (W/m·k) |
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Dimensions are customizable and available on request
Instructions
* Clean the surface of the substrate to be installed before use
* Select suitable products based on the dimensions of the installation position
Precautions* The environment should be free of large debris or other pollutants to avoid affecting the installation effect and protective performance of the materials
* The specifications of the product should be similar to the dimensions of the installation position, and the deviation should not be too large
Storage conditions Shelf life
* Storage Temperature: 0℃~40℃
* Relative humidity: RH＜ 80%
* Shelf life: 12 months from the production date
New Energy Vehicle Battery Packs
Suzhou Volsun Electronics Technology Co., Ltd. was founded in 2006. We keep focusing on the R&D, production and sales in insulation, sealing & protection solutions for over 20 years
Quality is our culture. Volsun has a modern quality management system, which has passed a series of quality system certification such as IATF16949, ISO9001 etc
Up to now, Volsun cooperated with customers from 88 countries, we offer suitable sealing, waterproof solutions for some well-know enterprises in communication, Automobile, Power industry etc
Q 1. How long is the payment termA: We accept T/T 50% deposit and 50% balance against B/L or L/C copy at sight, also accept Western Union, VISA and Paypal
Q 2. What is the normal lead time for product ordersA: The average lead time for prototype/first piece is 7~10 days, if tooling is involved, the lead time for production tooling is 10 days, and the average production time after sample approval is 2-3 weeks
Q 3. What is your standard packagingA: All goods will be packed in cartons and loaded on pallets. Special packing methods are acceptable when needed
Q 4. Can you tell us the monthly production capacity of your productsA: It depends on the model, we produce more than 1500 tons of rubber materials per month
Q 5. What kind of certificates do you haveA1: We have ISO9001:2015, IATF16949:2016, ISO14001:2015, ISO45001:2018 certified
A2: We have various rubber compounds approved by UL, ROHS and REACH
Q6: How to check the quality of bulk orderA1: We provide pre-production samples to all customers before mass production if needed
A3: We accept third-party inspection, such as SGS, TUV, INTERTEK, BV, etc
Q 7: Can you provide customized serviceA: Yes, we accept customization and can produce products in different sizes, packaging, colors according to requirements
Volsun presents Silicone Thermal Pad Precision Die-cutting for GPU CPU — an advanced solution engineered to meet the demanding thermal management needs of modern electronics. This product brings together high-performance silicone thermal pads, precision die-cutting processes, and tailored material science to deliver a reliable, repeatable, and Manufacturable thermal interface for GPU CPU cooling pads and other thermal management applications. Designed for OEMs, system integrators, and repair specialists, Volsun’s offering elevates thermal conductivity, mechanical conformity, and assembly efficiency while maintaining consistent quality across production runs.
Product Overview and Purpose
Volsun’s Silicone Thermal Pad Precision Die-cutting for GPU CPU is a comprehensive thermal interface solution optimized for GPU CPU cooling pads and other high-density electronics where thermal transfer and mechanical compliance are critical. These silicone thermal pads are formulated to bridge micro-gaps between heat-sinks, heat spreaders, and semiconductor packages. The precision thermal interface materials we supply are available in a range of thicknesses, conductivities, and duro-meters, allowing designers to balance thermal performance against mechanical stress relief.
Incorporating precision die-cutting enables complex shapes, repeatable tolerances, and rapid turnarounds for high-volume assembly lines.
Key Features
- Tailored Material Properties: Volsun silicone thermal pads are formulated for consistent thermal performance, electrical insulation, and long-term stability. Our silicone thermal pads offer controlled thermal conductivity and customizable hardness to meet the needs of different GPU CPU cooling pads applications.
- Precision Die-cutting: The precision die-cutting process creates accurate, repeatable parts with tight dimensional tolerances. Precision die-cutting allows complex geometries that align with PCB layouts, mounting points, and irregular heat sources, ensuring each silicone thermal pad sits exactly where thermal bridging is required.
- Excellent Conformability: The silicone matrix in our thermal pads conforms to surface irregularities, filling microscopic air gaps that would otherwise impede heat transfer. This Conformability is essential in GPU CPU cooling pads where surface unevenness and connector protrusions are common.
- Low Thermal Resistance: Engineered to minimize thermal resistance, these silicone thermal pads improve heat flow away from critical components. The result is reduced junction temperatures for GPUs and CPUs, enabling higher performance and improved reliability.
- Dielectric Properties: Silicone thermal pads provide electrical insulation where needed, preventing short circuits while maintaining thermal conductivity—critical for components densely packed on PCBs.
- Production Scalability: Precision die-cutting supports scalable production from prototypes to mass production runs. The process is compatible with automation and robotic placement, reducing assembly time and labor costs.
- Clean Handling and Ease of Use: Volsun’s pads include easy-peel liners and can be die-cut with fiducials and registration features for precise automated placement in manufacturing environments.
Applications
- GPU CPU Cooling Pads: Specifically designed as GPU CPU cooling pads, these silicone thermal pads are used to interface between GPUs, CPUs, VRAM, MOSFETs, and their heat-sinks or cold plates. They address the thermal needs of gaming laptops, desktop graphics cards, workstations, and data center accelerators.
- Precision Thermal Interface Materials: Beyond GPU CPU cooling pads, Volsun’s precision thermal interface materials are suitable for power electronics, LED modules, telecommunications equipment, and industrial control units where thermal management directly impacts performance and lifespan.
- Consumer Electronics and Embedded Systems: The combination of mechanical compliance and thermal transfer makes these silicone thermal pads ideal for compact consumer devices and embedded systems with limited airflow.
- Repair, Retrofit, and Prototyping: Die-cut parts facilitate quick repair kits and prototyping, where exact fit and consistent thermal performance are required without extensive machining or adhesive application.
Innovation and Technical Advantages
Volsun’s Silicone Thermal Pad Precision Die-cutting for GPU CPU leverages several innovations that provide a competitive advantage:
- Material Innovation: Our silicone thermal pads utilize a specialized filler distribution and curing process to maximize conductive pathways while preserving elasticity. This results in an advantageous balance of thermal conductivity and mechanical compliance for GPU CPU cooling pads and similar uses.
- Controlled Rheology for Die-cutting: The silicone materials are engineered for consistent die-cutting, preventing edge fray and particle generation. This controlled rheology ensures each precision thermal interface material part maintains edge integrity, crucial in automated placement and in environments where debris can affect assembly yields.
- Tight-Tolerance Die-cut Processes: By integrating high-precision tooling and process control, Volsun delivers consistent critical dimensions across thousands of parts. This level of precision is essential for GPU CPU cooling pads that must align with component geometries and mounting features.
- Customization and Rapid Iteration: Volsun supports custom die patterns, thickness variations, and thermal performance grades. Rapid prototyping cycles enabled by precision die-cutting help engineers evaluate multiple thermal pad designs for GPU CPU cooling pads quickly and cost-effectively.
- Long-Term Stability and Reliability: Silicone chemistry offers thermal stability across wide temperature ranges and resilience to thermal cycling, oxidation, and humidity. For GPU CPU cooling pads, which are subject to fluctuating thermal loads, longevity and consistent thermal performance are key benefits of Volsun’s silicone thermal pads.
- Compatibility with Automated Assembly: Die-cut parts include features for pick-and-place compatibility, enabling high-speed automated assembly lines. This compatibility reduces production time and improves yield for manufacturers using silicone thermal pads as GPU CPU cooling pads in high-volume products.
Design Considerations and Specifications
When selecting Volsun silicone thermal pads with precision die-cutting for GPU CPU cooling pads, designers should consider:
- Thermal Conductivity: Choose the required W/m·K rating based on thermal simulation and target junction temperatures. Volsun offers a spectrum of conductivities to fit different thermal budgets.
- Thickness and Compression: Available thicknesses and compression ratios affect gap filling and contact pressure. Proper thickness selection ensures optimal contact between the heat-sink and component surface.
- Hardness (Durometer): Shore values influence compressibility and stress transfer. Lower duro-meter pads conform better to rough surfaces; higher duro-meter pads can provide better mechanical support.
- Die-cut Tolerances: Specify tolerances needed for alignment and placement. Volsun’s precision die-cutting can meet tight dimensional requirements typical in GPU CPU cooling pads.
- Electrical Insulation Requirements: Determine if dielectric strength is required to prevent short circuits, and select silicone thermal pads with appropriate insulating properties.
- Surface Finish and Cleanliness: Volsun ensures die-cut edges are free from residues and particulates, minimizing contamination risks during assembly.
Quality Assurance and Manufacturing Support
Volsun enforces stringent quality control protocols throughout the manufacturing process. Incoming material verification, in-line process monitoring, and final inspection are standard. Precision die-cutting tools are maintained under controlled conditions to ensure consistent part quality. Material certifications, lot traceability, and sample validation support OEM qualification processes for GPU CPU cooling pads and other precision thermal interface materials.
Volsun’s Silicone Thermal Pad Precision Die-cutting for GPU CPU combines engineered silicone thermal pads with advanced precision die-cutting to provide a high-performance, Manufacturable solution for modern thermal management challenges. Optimized for GPU CPU cooling pads and a wide range of electronic applications, these precision thermal interface materials deliver low thermal resistance, excellent Conformability, electrical insulation, and repeatable geometry for automated assembly. Whether for high-volume production, rapid prototyping, or repair and retrofit, Volsun’s silicone thermal pads and precision die-cutting expertise provide the thermal bridge your designs require for reliable operation and peak performance.
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