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In the realm of advanced materials science, precision-engineered components are the cornerstone of groundbreaking research. Our company is proud to announce a successful collaboration with IMDEA Materials...
Oqitop Engineers has pioneered a next-generation copper open-cell foam heat exchanger tailored for high-thermal-flux applications in academic research environments. Leveraging the material’s exceptional...
Oqitop Engineers has redefined portable water filtration with its precision-engineered nickel foam core, delivering micron-level purification in a compact, durable design tailored for the Dutch market....
Carbon foam is porous material composed primarily of carbon atoms. This unique material boasts an intricate network of interconnected pores, which can range from micro- to macro-sized, imparting it with...
Oqitop engineers have tailor-made a titanium foam with micron-level filtration accuracy for a renowned battery manufacturer in Britain, establishing it as the ideal candidate for battery separator materials...
Oqitop engineers have tailor-made a large-pore nickel foam with a pore size of 0.3 mm for a German laboratory, once again demonstrating the company’s profound expertise in the field of materials science.
This...
Oqitop engineers once again demonstrated their outstanding technical strength at the forefront of materials science by successfully developing an innovative high-porosity, large-pore copper foam.
First...
Oqitop engineers developed a new type of 0.1mm ultra-thin nickel foam specifically for the University of Munich laboratory. With its exceptional physical properties, uniform pore structure, and extremely...
Oqitop engineers specially customized a 3D open cell aluminum foam with a porosity of 98% to meet the American laboratory’s experiment in developing lightweight structural frames.
Thanks to the high porosity,...
