Innovation leads the future! PFA+CF conductive plates and Dajinsuperconducting materials, opening a new era of industrialmaterials PFA+CF plates, conductive PFA plates, Dajinsuperconducting materials, semiconductor materials,corrosion-resistant plates, carbon fiber composite materials,superconducting solutions
In the field of high-end manufacturing, materialperformance directly determines the life and production efficiencyof equipment. With its self-developed PFA+carbon fiber compositesheet (PFA+CF), conductive PFA sheet and superconducting materialsolutions, Dajin New Materials Technology provides revolutionarybreakthroughs for semiconductor, new energy, aerospace and otherindustries, and redefines the performance boundaries of specialmaterials.
Core product advantages: three major technologicalbreakthroughs, empowering industrial upgrading
PFA+ carbon fiber composite sheet - the perfectcombination of strength and corrosion resistance
Adopting Japan's exclusive PFA resin substrate,integrating a high-strength carbon fiber braided layer, the tensilestrength is increased by 300%, and the extreme temperaturedifference of -200℃~260��C is tolerated;
The service life of ultra-resistant, thick and othercorrosive media is more than 5 times longer than that oftraditional PTFE materials, and it has become the preferred liningmaterial for semiconductor etching equipment and chemicalpipelines.
Conductive PFA plate - solving the problem ofelectrostatic accumulation
Through the directional doping technology of nanocarbontubes, the surface resistivity can be adjusted from 10^3 to10^6Ω·m, taking into account the needs of insulation andconductivity;
It is suitable for wafer carriers and lithium batterydiaphragm production lines, effectively eliminating fine dustpollution caused by electrostatic adsorption, and the good productrate is increased by 20%.
Dajin Superconducting Materials - a new benchmark forefficient energy transmission
Based on low-temperature superconducting alloy technology,the current carrying capacity is 100 times that of traditionalcopper, and the energy consumption is reduced by 90%;
It has been successfully applied to MRI medical equipment,particle accelerators and other cutting-edge fields to helpenterprises achieve green and energy-savingtransformation.
Industry application scenarios: accurately match customerpain points
Semiconductor manufacturing: PFA+CF sheet is used in thereaction chamber of the etching machine, and the plasma bombardmentresistance has passed SEMI certification;
New energy battery: conductive PFA plate acts as a polerolling roller coating to eliminate the risk of metal foreignmatter introduction;
Medical equipment: Superconducting material coils increasethe speed of 3.0T magnetic resonance imaging by 40% and greatlyreduce operating costs.
