Withtherapidgrowthofthenewenergyvehicleindustry,EVchargingstations—ascriticalinfrastructure—demandstrictperformancefromenclosurematerials,includingflameretardancy,insulation,weatherresistanceandmechanicalstrength.Flame-retardantPC/ABSalloyisthepreferredmaterialforchargingstationenclosures,terminalsandinternalstructuralparts,boostingoperationalsafetyandservicelife.

Inundergroundminingoperations,safetyisthetoppriority,especiallywhenfacingunexpectedhazardslikegasleaksorexplosions.Mineemergencyrescuedevicesplayavitalroleinprotectingworkers’lives,andthequalityoftheircasingmaterialsdirectlydeterminestheeffectivenessoftheselife-savingtools.

Additivemanufacturing(3Dprinting)isadvancingintelligentandcustomizedindustrialproduction.Modifiednylon3Dprintingmaterialscombineexcellentprintabilitywithenhancedstrength,rigidity,dimensionalstability,wearresistanceandself-lubrication,performingstablyunderharshconditions(high/lowtemperature,heavyload)andservingasanidealmetalalternativeforindustrialgearcustomization.

Ascriticalcomponentsforwireharnessprotectionandfluidconveyance,automotivecorrugatedpipesoperatelong-terminharshenginecompartmentswithhightemperaturesanddust.Theyrequirematerialswithexcellentflameretardancy,heatresistance,agingresistanceandprocessability.

In3Dprinting,findingmaterialswithexcellentmechanicalproperties,goodprintabilityandreasonablecostisakeyindustryfocus.GlassfiberreinforcedPP(GFRPP)fromQingdaoZhongxinHuamei,combininglightweight,chemicalresistance,lowcostandstrongreinforcementeffect,isareliablechoiceforfunctionalprototypes,toolingfixturesandsmall-to-mediumbatchendparts.