LG Chem will participate in SEMICON Taiwan 2026, Asia’s largest semiconductor exhibition, to showcase advanced packaging and power semiconductor material solutions for AI semiconductors and expand collaboration with semiconductor customers.
At SEMICON Taiwan 2026, taking place from September 2 to 4 at the Taipei Nangang Exhibition Center in Taipei, Taiwan, LG Chem will showcase a range of advanced semiconductor materials targeting applications including high-bandwidth memory (HBM) and AI semiconductors.
The event brings together major industry players, including semiconductor manufacturers, outsourced semiconductor assembly and test (OSAT) companies, and substrate and packaging companies, serving as a key platform for technology exchange and business collaboration.
LG Chem will be located at Booth No. S7430 on the fourth floor of Hall 2 (TaiNEX 2), introducing a range of semiconductor material solutions targeting the growing AI semiconductor and high-performance computing (HPC) markets.
LG Chem’s Advanced Package Zone will feature a broad portfolio of materials for advanced packaging processes, including copper clad laminates (CCL), glass core solutions, build-up films, dry film solder resist (DFSR), photo imageable dielectrics (PID), die attach films (DAF), bonding and debonding solutions, and strippers for fine-pitch processes.
Meanwhile, the Power Package Zone will showcase key materials designed to improve the efficiency and thermal management of power semiconductors used in AI data centers.
These include conductive sintering pastes (Ag/Cu), thermal interface materials (TIM), and thermal management device solutions based on copper metal foam, which improve semiconductor performance through enhanced power efficiency and heat dissipation.
Through this exhibition, LG Chem plans to expand collaboration with major semiconductor manufacturers, OSAT companies, and substrate and packaging companies. The company aims to broaden its customer base in the AI semiconductor and advanced packaging markets and accelerate the growth of its semiconductor materials business through technology exchanges and by identifying new project opportunities.
“As the AI semiconductor and advanced packaging markets continue to expand, customer demand for high-performance materials is increasing,” said Kim Dong Choon, CEO of LG Chem. “Building on our differentiated materials portfolio, LG Chem will strengthen collaboration with semiconductor customers and actively pursue growth opportunities in the semiconductor market of the future.”
Facts Only
* LG Chem will participate in SEMICON Taiwan 2026 from September 2 to 4.
* The event is located at the Taipei Nangang Exhibition Center in Taipei, Taiwan.
* LG Chem will showcase advanced packaging and power semiconductor material solutions for AI semiconductors.
* The showcased materials target applications like high-bandwidth memory (HBM) and AI semiconductors.
* LG Chem will be located at Booth No. S7430 on the fourth floor of Hall 2 (TaiNEX 2).
* The Advanced Package Zone features materials for advanced packaging processes, including copper clad laminates (CCL), glass core solutions, build-up films, dry film solder resist (DFSR), photo imageable dielectrics (PID), die attach films (DAF), bonding/debonding solutions, and strippers.
* The Power Package Zone features materials for improving power semiconductor efficiency and thermal management, including conductive sintering pastes (Ag/Cu), thermal interface materials (TIM), and thermal management device solutions based on copper metal foam.
* LG Chem plans to expand collaboration with semiconductor manufacturers, OSAT companies, and substrate and packaging companies.
Executive Summary
LG Chem will participate in SEMICON Taiwan 2026, scheduled for September 2 to 4, at the Taipei Nangang Exhibition Center in Taipei, Taiwan. The participation aims to showcase advanced packaging and power semiconductor material solutions for AI semiconductors and expand collaborations with semiconductor customers. The exhibition will gather major industry players including manufacturers, OSAT companies, and substrate/packaging companies to facilitate technology exchange.
LG Chem will exhibit at Booth No. S7430 on the fourth floor of Hall 2 (TaiNEX 2). The display will feature materials targeting AI semiconductor and high-performance computing markets. Specific product zones include the Advanced Package Zone, which features materials for advanced packaging processes like CCL, glass core solutions, and various bonding/stripping solutions. Additionally, the Power Package Zone will showcase materials focused on improving power semiconductor efficiency and thermal management in AI data centers, including conductive sintering pastes and thermal interface materials. The company plans to use this event to foster collaborations, expand its customer base in advanced packaging markets, and accelerate growth through technology exchange and project identification.
Full Take
The narrative frames LG Chem’s participation not merely as a product showcase but as an assertion of strategic positioning within the rapidly evolving AI and advanced packaging ecosystems. The structure implicitly establishes a connection between material science innovation (Advanced Package Zone materials) and end-market demands (AI semiconductors, HPC). This linkage suggests that competition in the future semiconductor market will hinge less on chip design alone and more on the enabling material stack capable of managing heat and density at the packaging level.
The division into Advanced Package and Power Package Zones reflects a strategic attempt to address two critical bottlenecks simultaneously: information density/interconnection (packaging) and operational efficiency (power management). The focus on materials like TIMs and copper foam points toward thermal challenges as a primary constraint on scaling AI hardware, implying that material solutions are the leverage points for market differentiation.
The CEO’s quote reinforces this theme by linking material differentiation directly to future growth opportunities in the semiconductor market. This is a classic move: transforming a technical exhibition into a forward-looking strategic dialogue aimed at shaping future collaborations rather than just cataloging current offerings. The pattern suggests that in high-tech industrial events, the true value resides not in the specific components shown but in the articulated vision for systemic problem-solving—linking material capability to market expansion potential.
Bridge Questions: What is the specific competitive advantage derived from this differentiated portfolio relative to competitors in established packaging and power management materials? How will the identified collaborations translate into tangible market share shifts versus purely transactional partnerships? If thermal and packaging innovation are the keys, what overlooked market segments, outside of direct semiconductor supply chains, might be unlocked by these material solutions?
Sentinel — Human
This text reads like a standard corporate press release announcing participation in a trade show, focusing on specific material technologies and stated business goals for market expansion.