Getters
Enhance reliability and performance of hermetic packages.
Learn MorePackaging Materials, Getters & Inks for Microelectronics and Sensors
Getters, sensors, packaging materials, adhesives, and marking inks enhance device longevity, improve thermal management, and optimize performance in electronics.
Maximize Performance Potential
Our getters, sensors, packaging materials, inks and adhesives ensure optimal device performance and longevity. By effectively managing heat and gaseous impurities, sensitive components are protected thereby improving microelectronics and sensors device reliability and lifespan.
Longevity and High Performance
Optimize Performance with Precision Thermal Management
Thermal adhesives provide unmatched heat distribution, ensuring your electronic devices operate efficiently and maintain performance under pressure.
Safeguard Electronics with Superior Moisture Protection
Effectively protect sensitive components from moisture and environmental hazards, enhancing reliability and extending device life.
Increase Device Longevity with Proven Solutions
By incorporating our getters and adhesives, you can enhance the lifespan of electronic devices, ensuring reliability and consistent performance.
Achieve High-Quality Results with Advanced Thermal Inks
Our thermal inks are engineered for superior bonding and chemical resistance, providing long term legibility in harsh environments.
Experience Trusted Performance in Challenging Environments
Our getters and adhesives are designed for reliability, ensuring electronic components function optimally even in the toughest conditions.
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Why MacDermid Alpha?
Integrated Solutions
Our integrated semiconductor solutions -including getters, packaging materials, marking inks, and adhesives - provide hermetic protection, traceability, and sustainable high-reliability performance for microelectronics and sensors. Designed for advanced semiconductor assembly applications, they enhance device longevity, enable efficient manufacturing, and ensure optimal performance, reliability, and compliance while supporting ESG goals and reducing environmental impact.
Sustainability
Sustainable materials for microelectronics and sensors, designed for semiconductor assembly and efficient processing, enable manufacturers to meet stringent Environment, Health & Safety (EH&S) requirements while advancing compliance-focused manufacturing and sustainable development goals (SDGs). They support lower-emission, energy-efficient, and responsible semiconductor assembly production, reducing environmental impact, improving supply chain compliance, and aligning with global ESG and net-zero initiatives.
Reliability
Reliable microelectronics and sensor solutions - featuring getters, marking inks, and advanced adhesives - enhance package integrity, resilience, and long-term device stability in harsh operating environments. Designed for semiconductor packaging and mission-critical electronic applications, they help control moisture, contamination, and thermal stress, ensuring consistent performance, improved reliability, reduced failure rates, and strong device integrity over time.
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Frequently Asked Questions
Why are getters used in semiconductor and microelectronics packaging?
Getters are used in microelectronics and semiconductor packaging to maintain hermetic package integrity by absorbing residual gases such as moisture, hydrogen, oxygen, and other contaminants, including VOCs. Acting as passive vacuum-stabilizing materials, they help protect sensitive devices, reduce contamination, prevent corrosion, and improve long-term reliability and performance in harsh operating environments.
What are thermal adhesives used for in electronics and semiconductor packaging?
Thermal adhesives are used in electronics and semiconductor packaging to bond components while efficiently transferring heat away from critical devices. Combining strong mechanical adhesion with effective thermal management, they improve heat dissipation, device reliability, and long-term performance in microelectronics, sensors, ICs, LEDs, and other high-power semiconductor applications.
Do your semiconductor materials comply with RoHS regulations?
Yes, these microelectronics and sensor materials are designed to meet Restriction of Hazardous Substances (RoHS) regulations, ensuring they are free from restricted heavy metals and hazardous substances in alignment with global electronics manufacturing compliance standards. This supports safe semiconductor manufacturing, strengthens environmental responsibility, and ensures reliable performance across getters, inks, and adhesives used in microelectronics and sensor applications in regulated global markets. Product-level compliance should be verified for specific material formulations.
How are adhesives applied in semiconductor and microelectronics assembly?
Precision adhesive application in semiconductor and microelectronics assembly relies on controlled dispensing methods such as precision dispensing, screen printing, or pre-cut film placement to ensure accurate volume, placement, and bond quality. This controlled application improves coverage consistency, reduces voids, enhances bond strength, and supports reliable thermal, mechanical, and long-term performance in high-performance electronic and sensor applications.
Which industries use microelectronics and sensor materials?
Manufacturers of microelectronics, sensors, and advanced electronics use these materials across telecommunications, medical devices, automotive electronics, aerospace, industrial systems, and semiconductor manufacturing. They support high-reliability packaging, thermal management, and contamination control, improving device performance, manufacturing yield, and long-term reliability in demanding high-tech and semiconductor applications.