Latest White Papers and Webinars
PG150A: Cutting Edge Advances in High-Performance Thermal Interface Materials
With the electronic component industry constantly moving towards smaller and higher power output, thermal interface companies need to constantly be ahead of market demands with higher performing materials. Fujipoly prides itself on pushing the limits of performance in all aspects, and its latest high performance thermal interface material is PG150A.
This webinar covers, which applications are best suited for use of PG150A? What are the compression and heat transfer characteristics to be expected when using this material? What are best practices when using PG150A? We will address these issues and will also share key insights customers should know before using this TIM.
New Battery Safety Materials: Preventing Fire and Heat Propagation
As the demand for electric vehicles and energy storage systems surges, so does the critical need for enhanced battery safety. Fujipoly America is at the forefront of addressing this challenge with its innovative materials designed specifically for battery manufacturers and integrators.
This is a product demonstration where we introduce two groundbreaking solutions: G1S20488 Anti-Thermal Propagation Material. This next-generation material acts as a barrier, effectively stopping heat from spreading between battery cells. This mitigates the risk of thermal runaway, a dangerous chain reaction where overheating in one cell triggers overheating in neighboring cells.
G1S20488 also addresses internal changes within the battery cells themselves, further preventing malfunctions that could lead to safety hazards. G1S20360 Anti-Fire Propagation Material empowers engineers to significantly reduce the risk of battery fires. G1S20360 acts as a fire retardant, hindering the initiation and spread of flames within the battery pack. This critical function provides additional protection in case of unexpected malfunctions and enhances overall battery safety. By incorporating these Fujipoly materials into their battery designs, manufacturers can ensure greater safety and reliability for electric vehicles and energy storage systems, fostering trust and confidence in this transformative technology.
Key Takeaways:
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Enhance battery safety: Fujipoly's G1S20488 and G1S20360 materials address critical thermal and fire safety challenges in battery technology.
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Prevent thermal runaway: G1S20488 acts as a barrier to stop heat from spreading between battery cells, preventing dangerous chain reactions.
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Suppress fire propagation: G1S20360 significantly reduces the risk of battery fires by hindering flame initiation and spread
TIMs Demystified: What You Need to Know About Thermal Interface Material
This interview with Christian Miraglia covers the world of thermal interface materials (TIMs). It explores what TIMs are, why they're essential for managing heat in various applications, and what they're made of. The conversation delves into the different types and forms of TIMs available, the technical challenges Fujipoly tackles in this field, and whether TIMs are always necessary. Miraglia also shares key insights customers should know before using TIMs, his vision for the future of TIM technology, and how Fujipoly assists customers facing thermal management issues. Finally, the interview touches on the long-term relevance of TIMs and whether they might become obsolete in the future.
Dispensable Thermal Interface Materials: An Overview
As electronic devices become smaller, faster, and more powerful, effective thermal management has become increasingly critical to system reliability and performance. Dispensable thermal interface materials (TIMs) play a key role in improving heat transfer between components and heat sinks by filling air gaps and creating more efficient thermal pathways. Selecting the right TIM can significantly impact thermal performance, manufacturing efficiency, and long-term product reliability.
In this webinar, attendees will gain a practical overview of dispensable TIM technologies used in today’s electronic packaging and thermal management applications. The discussion will explore common material types, including greases, gels, adhesives, and phase-change materials, along with their performance characteristics and ideal use cases. Experts will also review dispensing and application methods, process considerations, and factors that influence material selection across a range of electronic designs and manufacturing environments.
Designed for engineers, product designers, and manufacturing professionals, this webinar will provide valuable insights into how dispensable TIMs support modern electronics while helping organizations balance thermal performance, process efficiency, and cost considerations.
Rethinking Waste: How Fujipoly is Turning Scrap into Sustainability
Thermal interface materials are playing an increasingly important role in extending product lifetimes and improving energy efficiency—key contributions to a more sustainable society. However, many of these materials rely on thermoset polymers such as silicone, which cannot be reused and often end up as industrial waste.
As a leading manufacturer of silicone-based thermal interface sheets, Fujipoly works to minimize scrap at the customer level. Yet, production processes inevitably generate auxiliary material waste and product offcuts. Recognizing this challenge, Fujipoly has launched new initiatives to explore ways of reusing these byproducts, with the goal of closing the loop and advancing circular manufacturing practices.
Join us to learn how Fujipoly is rethinking waste and taking meaningful steps toward a more sustainable future in thermal management.
Challenges and Solution for Pick and Place Automation of
Thermal Gap Filler Pads
Automation in electronics manufacturing is nothing new, but today many thermal gap filler pads are still placed by hand. With an increasing demand for automation the need to incorporate gap filler pad installation into automated processes is growing. In this webinar we will discuss what makes gap filler pads a challenge for pick and place manufacturing processes and how to address the specific handling challenges of gap filler pads.
Selecting the Right Thermal Interface Material for your Application
This webinar by Fujipoly covers the many variables and considerations involved when selecting an appropriate Thermal Interface Material solution for your applications. We will discuss the different material options available, and which types of applications each is best suited for. The presentation will address some of the common challenges of thermal applications such as compression force limitations, dielectric concerns, and handling challenges.
ZEBRA® Elastomeric Connectors: Connecting You To the World
ZEBRA® Elastomeric Connectors are high-performance interconnect devices with applications throughout the entire field of electronics. With the expansion of micro-electronics and miniaturization of all products, the same high reliability must be maintained.
In this webinar from Fujipoly, learn more about:
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High Density; increased number of I/O’s
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Low resistance, high current capacity
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Low insertion force, low compression force
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Redundant contact engagement
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High electrical and mechanical reliability
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Chemical stability, degradation resistance
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Cost-effectiveness, ease of assembly
This on-demand webinar discusses how these connectors offer a variety of alternatives and options based on primary design objectives.