Solumat high-performance flame retardants have become an irreplaceable safety foundation for the new energy industry through the triple empowerment of material-level precise protection (battery cells), system-level fire prevention design (packs), and facility-level safety certification (charging piles / energy storage stations). With the development of solid-state batteries (requiring high-temperature resistant ceramic flame retardants) and hydrogen energy (flame retardants for composite material hydrogen storage tanks), flame retardant technology will continue to evolve towards high efficiency, intelligence, and environmental friendliness, providing a bottom-line safety guarantee for the industry.
Solumat fluorinated liquid can solve the three-in-one enabling platform of thermal management - safety - energy efficiency: In the battery field, immersion cooling drives the energy density to break through the bottleneck of 350 Wh/kg; fluorinated liquid circulation cooling for 1000V high-voltage modules supports continuous output of 800A current; reduces junction temperature by 30℃, increasing the power density of electric vehicle inverters to 100 kW/L; in the power electronics field, it helps silicon carbide devices achieve the 99% efficiency milestone.
Solumat fluorinated liquid can achieve molecular-level cleaning and precise temperature control management, eliminate structural collapse in porous low-k media, and support the advancement of advanced processes to 2nm and below nodes.
Solumat fluorinated surfactants can reduce the surface tension of the rinse and form a low surface energy protective film on the resist surface at the same time, preventing the collapse of the pattern. This can achieve a higher aspect ratio of the pattern and improve the roughness of the sidewall edge of the pattern.
With the rapid development of generative AI, large models and other technologies, the demand for computing power in data centers is increasing at an unprecedented rate. Under such high computing power requirements, the overall density of data centers is also constantly rising, making the limitations of traditional air cooling technology more and more obvious. Solumat fluorinated liquid can efficiently conduct and dissipate heat, significantly improving the energy efficiency and stability of data centers. The heat dissipation medium of liquid cooling technology has a larger specific heat capacity, a larger cooling capacity, and a higher cooling efficiency, making it more suitable for large-scale, high-density, and high-power consumption data centers. According to the requirements of the "Action Plan for the Development of New-Type Data Centers", the PUE value of data centers should be lower than 1.3. However, liquid cooling technology can further reduce the PUE to below 1.2.
Solumat trifluoromethanesulfonic acid series products are used in the synthesis of nucleotides, antibiotics, steroids, proteins and glycoconjugates, which are essential compounds for maintaining human health. As an efficient catalyst, Solumat trifluoromethanesulfonic acid series products can promote isomerization and alkylation reactions, which are of vital importance in the production of fine chemicals.
Solumat Fluoroelastomer has the characteristics of high temperature resistance and corrosion resistance, and can provide efficient sealing products in the fields of medicine and chemical industry.
Solumat fluorinated liquid provides efficient cooling for radars and missiles, meeting the temperature control requirements for military equipment under conditions of long-term high mobility.