DOCK/Quality
From lab to fabscience-driven solutions for next generation semiconductors
When technology requires peak performance in tight spaces, innovative partners are essential. DOCK is the new generation of manufacturers for ultra-high purity compounds.
As a science-driven company, we reach out to the world’s best semiconductor companies to unlock the potential for cutting-edge microchip architectures and electronics. Make your vision a reality.
Our mission“Driving technological progress by offering innovative precursor materials and services for the next generation of high-end technologies.”
Our mission“Driving technological progress by offering innovative precursor materials and services for the next generation of high-end technologies.”
You are looking for a special chemical solution and scientific support in the field of CVD/ALD?
Our news and knowledge section informs you about current developments, trends, and challenges from research and industry. You want to stay up to date? Register here for our newsletter.
Production capacity tripled, and new branding for DOCK
Dockweiler Chemicals, the partner for the global semiconductor and electronics industry for 20 years, is on a growth path. The highly innovative company is a specialized manufacturer of ultra-high purity compounds that find their application in high-tech processes. AI, augmented reality, IoT, edge computing, enhanced connectivity—microchips in smartphones, computers, televisions, refrigerators, or wearables are getting ever smaller and at the same time ...
Functional Coating of Cathode Materials in Lithium-Ion Batteries
Lithium-Ion Batteries (LIBs) are essential for the transition to renewable energy, particularly in electric vehicles and portable devices, with research focusing on improving their performance and reducing costs through advanced cathode materials and coatings. Oxide-based coatings applied via atomic layer deposition (ALD) show significant promise in enhancing LIB stability and capacity by providing conformal, chemically stable layers.
Hydrogen H2 – Direct Water Splitting
Hydrogen, the fuel of the future will step by step replace fossil fuels, and if generated using truly renewable energy sources it will play a crucial role in reducing the global carbon footprint. However, up to date the generation of green hydrogen is very costly and inefficient. A promising pathway is the direct water splitting using dedicated solar cells with additional functional layers to allow the electrolysis without an external electrolyzer.