Research & Development
From the electrification of mobility to the growing demand for sustainable materials, our R&D team pioneers advancements that shape the future of cooling. With a legacy of patented innovations and a strong focus on environmental responsibility, we transform insights into impactful products designed to perform, built to last.
A legacy of pioneering research
We have a rich heritage of research and product development, and have been at the forefront of OAT long-life coolants.
Our extensive patent portfolio, which includes new product inventions, cutting-edge technologies and specific applications, stands as evidence of our innovative history. Our commitment to creating intellectual property drives us to secure patents for our innovations and unique ideas, emphasizing their novelty and ensuring their viability in the market.
The evolution of powertrain technologies in vehicle fleets and the rising demand for electronics cooling in today’s interconnected world are reshaping industry needs. At the same time, increasingly stringent global environmental regulations and the growing emphasis on renewable and sustainable solutions require us to continuously rethink and redesign our cooling solutions. Whether we are developing sustainable materials, optimizing processes, or inventing novel products, our R&D efforts directly impact industries and society.
30% of our staff dedicated to technology
At Arteco, more than 30% of our staff work in Technology.
• Many patents
• In-house industry and customer specific performance testing (ASTM, FVV, CEC)
• Analytical division (IC, HPLC, X-ray,…)
• Cooperation with international research institutes (USA, China, India, UK, France and Germany)
• Close cooperation with cooling system component suppliers
Leverage our team’s expertise
With 25 years of dedicated experience in coolants, our technology team offers expert technical support from our state-of-the-art lab. Our laboratory experts rigorously test all criteria outlined in ASTM D3306 and ASTM D4985, which are among the most demanding coolant specifications globally. Beyond these standards, we also evaluate our coolants under real-life conditions using dynamic test benches.
Our testing adheres to FFV-Heft R530 standards, focusing on critical fluid properties such as corrosion protection performance, high-temperature stability, oxidation and storage stability, compatibility with other coolants, plastics and processing agents, cavitation protection properties, as well as foaming tendencies.
This comprehensive approach ensures that our coolants meet the highest quality standards and perform reliably in various applications.
Our global team of experts brings deep knowledge in:
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Automotive, heavy-duty, stationary, industrial and power electronics applications.
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Combustion, gas, electric engines, and fuel-cell vehicles.
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Key coolant parameters: freezing & boiling protection, metal corrosion protection, material compatibility, heat transfer efficiency.
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The impact of external factors on coolant performance.
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The impact of external factors on coolant performance.
Maximize the performance of your coolant systems with our proven expertise. Get in touch today and let’s explore what we can achieve together.
World-class facilities fuels discovery
Our central R&D lab in Ghent serves as the beating heart of scientific exploration and testing. Equipped with an impressive array of capabilities, our lab conducts various types of testing:
Analytical testing
Techniques like HPLC, IC, ICP, IR, and X-ray are integral to every stage of new product development, from blending to performance evaluation.
Physico-chemical testing
Parameters such as pH, viscosity, freeze point, boiling point, density, reserve alkalinity, electrical conductivity, and foaming provide crucial insights into coolant composition and performance.
Performance testing
Includes glassware corrosion testing, dynamic heat transfer testing, cavitation corrosion protection performance, as well as radiator tests and elastomer compatibility tests; according to international standards (such as ASTM, GFC, BS, JIS, and Chinese GB spec) or customized requirements.
Accelerate innovation
Our commitment to research goes beyond internal exploration. Collaboration is at the core of our R&D activities. We actively seek cooperative efforts to further enhance our understanding of products, as well as the chemical and physical mechanisms behind corrosion protection and heat transfer. We engage with leading university research institutes, international industry groups, key customers, and component suppliers.
As a company, we embrace continuous learning and progressive initiatives. At the same time, we share best practices, knowledge, and expertise. Working together and maintaining a growth mindset energizes us to move forward and create sustainable solutions for the future. Moreover, this collaborative approach allows us to tap into diverse perspectives, accelerating innovation in cooling and heat transfer.
