News & Events

According to Statista, the electronic products and components market will reach a value-added output of $1.5 trillion this year. Along with this growth, the electronics demand for innovative materials that enhance performance, and reliability has never been greater. At productronica China 2025 (March 26 to 28, Hall E4, booth #4700), MacDermid Alpha Electronics Solutions will showcase breakthrough materials engineered to meet these challenges - delivering superior thermal management, interconnect reliability, and process efficiency for next-generation electronic applications.

MacDermid Alpha Electronics Solutions a leading innovator of integrated materials and solutions in the electronics industry, will be attending the highly anticipated IPC APEX EXPO, taking place March 18 to 20 at the Anaheim Convention Center, California. The company will be showcasing its latest groundbreaking product, ALPHA® HiTech® CF31-4026, a new reworkable edgebond designed to address key challenges in the electronics industry, alongside a series of insightful discussions by four of their esteemed industry experts.

Alpha Assembly Solutions (a legal entity of MacDermid Alpha Electronics Solutions), Heraeus Electronics, and Henkel have successfully concluded the patent dispute against Senju Group (Senju Metal Industry Co., Ltd., Senju Metal Europe GmbH and Senju Manufacturing Europe S.R.O.) relating to the infringement of the patent EP 1 617 968 B1 in Germany by the M794 solder alloy material. In the dispute, Alpha Assembly Solutions, Heraeus, and Henkel succeeded in both patent infringement proceedings and related patent nullity proceedings.

(Waterbury, CT USA) – February 6, 2025 - MacDermid Alpha Electronics Solutions, a leading supplier of integrated materials and chemistries to the electronics industry, is delighted to introduce Shadow® Plus. This ultra-stable, graphite-based direct metallization technology addresses the automotive and electronics industries’ need for increased functionality and reliability of electronic devices with higher density, and advanced circuit designs.

The onboard charger (OBC) is a vital component of an electric vehicle (EV), enabling the safe and efficient conversion of AC power from charging stations to the DC power required to recharge the battery. Beyond power conversion, the OBC acts as a critical hub for communication and control, interfacing with the vehicle’s controller and the charging station. By monitoring and optimizing charging parameters like voltage and current, the OBC ensures the battery is protected from risks such as overcharging, overheating and other electrical faults, thereby contributing to the safety and longevity of the EV.

We are delighted to announce our latest article featured in GlobalSpec has been published.
In this piece, we share our innovative solution to board-level reliability, particularly challenging in industries such as automotive and high-performance computing.

Revolutionizing High-Performance Power Electronics with Innovative Materials and Manufacturing Processes

In this paper, we highlight the importance of thermal management in electric vehicle (EV) motors. Focusing on the EV motor market for two-wheeled vehicles, we explore how thermally conductive potting compounds are employed to significantly reduce their operating temperature. This enhances performance and extends the life of EV motors.

MacDermid Alpha Electronics Solutions Launches MICROFAB® SC-40 PLUS to meet the latest advancements in semiconductor manufacturing.

MacDermid Alpha, a global leader in integrated solutions for the electronics and automotive industries, is proud to participate in the EACC 2024 Future Cockpit Conference & Trade Show at Booth D038. The trade show is scheduled to take place on June 21-22 at the Suzhou International Expo Centre, in China.

Read this Q&A article with Clark Dai, one of our EV Technology market managers, as he explores market technologies and the automotive sector, while highlighting the role our products play in supporting the critical needs of the industry.