From smartphones and automotive displays to wearable devices and medical equipment, businesses and consumers alike are continuing to lean into complex electronics.
To tackle the need for sustainable materials and the changing electronics industry, solventless silicone PSAs present a promising alternative to traditional solvent-based silicone PSAs.
During the production of battery sensors, highly viscous liquid sealants are used to protect these sensitive electronic components from external influences and temperature-related stress and physical shock and vibrations.
October 15, 2024
A recent collaboration between an automated dispensing systems provider and a UV/LED curing specialist created an inline, five-step process for CIPG dispensing and curing.
The proposal for a new EU Ecodesign Regulation is relevant to adhesives and sealants because it involves regulatory standards for product where adhesives and sealants play an important role.
Because of their unique properties in the electronics sector, adhesives and sealants make a difference in terms of process efficiency, design optimization, durability, repairability, and recycling.
Tailor-made materials provide long-term protection for the antennas and sensors essential for the latest keyless entry and exterior door systems in new vehicles.
July 22, 2024
From flush exterior door handles to keyless functions, customized polybutadiene potting compounds can play a big part in innovative functionalities and the brand-specific design of a vehicle access systems.
Henkel has further expanded its portfolio of dedicated potting adhesives with three new products to protect vital components including ECU connectors, sensors, and e-motors.
WEVO-CHEMIE GmbH has developed specially optimized potting compounds and gap fillers which, in addition to targeted heat removal, also ensure the mechanical stability of the component concerned.
Additive Electronics Conference: PCB Scale to IC Scale examines the manufacturing and design processes enabling line width and space from .003 in. to 5 microns, as well as other new advanced technologies intended to meet the ever-increasing challenges of smaller, lighter, and more powerful electronic devices.