Sustainable refrigerant solutions for high performance without environmental impact
Environmentally friendly heating and cooling systems with natural refrigerants such as R744 (CO2) and R290 (propane).
These refrigerants offer a significantly lower Global Warming Potential (GWP) and PFAS chemicals free than traditional refrigerants, making them ideal for eco-conscious applications in automotive, commercial, and industrial systems.
Both R744 and R290 are highly compatible with heat pump and HVAC systems and scroll compressors providing optimal heating and cooling in various applications.
Efficient and sustainable refrigerant solutions for automotive HVAC systems, with superior performance in high-pressure environments.
Ideal for residential and commercial sectors, offering minimum packaging size, low NVH and refrigerant charge to ensure a sustainable and cost-efficient operating lifetime.
Significantly reduce your carbon footprint with natural refrigerants that have a near-zero GWP.
Achieve superior performance in cooling and heating applications, with lower energy consumption compared to synthetic refrigerants.
Ensure that your systems meet global environmental regulations, including F-Gas regulations in the EU and upcoming PFAS restrictions.
Suitable for a wide range of applications, from automotive air conditioning to large commercial HVAC systems.
Compressor Simulation
Our in-house scroll simulation tool allows simulate the entire geometry of a scroll compressor to tailor it to your specific performance requirements and needs.
Manufacturing, Testing, and Validation
Our knowledge transfer services provide in-depth training and access to our technical expertise, empowering your team to implement our technologies effectively within your operations.
Know-How Transfer
During the joint development of a compressor, we transfer our market-leading expertise to your team, enhancing your capability to manage future projects. This includes providing support through every stage of the product’s lifecycle, ensuring a successful integration into mass production.
