Abrasive flow polishing (AFP) and traditional polishing methods (e.g.,manual grinding,tumbling,electrochemical polishing) differ significantly in capability,efficiency,and application suitability.
1.Precision & Complexity
AFP:Excels at polishing intricate internal channels,micro-cavities,and complex geometries with uniform material removal.Ideal for aerospace turbines,medical implants,and fuel injectors.
Traditional Methods:Limited to external or simple shapes; manual processes risk uneven finishes or dimensional inaccuracies.
2.Surface Finish & Consistency
AFP:Produces isotropic,mirror-like finishes (Ra < 0.1 µm) with no directional scratches.Bidirectional flow ensures consistency.
Traditional:May leave tool marks (grinding) or require multiple steps (lapping,buffing) to achieve similar results.
3.Efficiency & Cost
AFP:Automated,reducing labor and time for high-volume production.Minimal fixturing needed.
Traditional:Labor-intensive,slower,and often requires skilled operators.
4.Material Versatility
AFP:Works on metals,ceramics,and composites without thermal damage.
Traditional:Some methods (e.g.,EDM,laser) risk heat-affected zones or material limitations.
Conclusion: AFP outperforms traditional methods for complex,high-precision components,while conventional techniques remain viable for simpler,external surfaces.The choice depends on part geometry,required finish,and production scale.SHAAN XI KANGDALI POWER TECHNOLOGY CO.,LTD is inresearch,design,productian,sales and maintenanca as an integratedhigh- tech enterorise,we offer professional solutions for curved and inner hole polishing,mold cavity and surace deburring,miroipolishing.
Through superb pro fessional skills and suparb tech nology,we rapid rise in the fiold of fluid po lishing.Nowadays,ourmachines are widely used in domestic and foreign markets.Relving on the development of science and technology,and constantly provide users with satistactory fluid pollsning machinels our constant pursuit.On the basis of absorbing the advanced technalogy at home and abroad,we have been successtuly developedTwo way circulating fluid polishing machine,Oneway automatia airaulating thuid poishing machine,Micro hole abrasive tlow polishing machine,Suspended abrasive de-buring machine and Finishing mil.
They have been wid ely used in the automotive industry,aerospaceengin e,miiitary,food equipment,medical equipment,mold manufacturing,textille industry,oil andgas valve body,hotrunner plate30 printing andprecision oo ramics,e lectronic devices and other ficlds,First - class product aua litv,superb technologv anddoocafter-sales service well reoe ived by users.
In the metal parts processing industry,the traditional machining methad of machining,casting,stamping,wire cutting and other mechanical processes,all leave a degree of surface roughness and defects such as uneven surface,incomplete edging.Flash and burr.scratches and micro cracks and stress concentration.Their existence not only affect the quality and life of the parts themselves but also seriausly affect the product assemblyaccuracy and performance.Parts finishing,can be divided into free flow abrasive finishing and non free flow abrasive finish machining.
Despite to introduction of the best in foreign advanced technology and independent innovation processes,traditional processing technology has been unable to meet cartain design requirements and a free flow finishing processing technology gradually become a metal parts processing essential technology.gradually became a metal parts processing essential technology.Higher and higher product surface quality has always been the goal processing enterprises continuously pursue.
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Email:Sales@nkbaler.com
WhatsApp:+86 15021631102
Abrasive flow polishing (AFP) and traditional polishing methods (e.g.,manual grinding,tumbling,electrochemical polishing) differ significantly in capability,efficiency,and application suitability.
1.Precision & Complexity
AFP:Excels at polishing intricate internal channels,micro-cavities,and complex geometries with uniform material removal.Ideal for aerospace turbines,medical implants,and fuel injectors.
Traditional Methods:Limited to external or simple shapes; manual processes risk uneven finishes or dimensional inaccuracies.
2.Surface Finish & Consistency
AFP:Produces isotropic,mirror-like finishes (Ra < 0.1 µm) with no directional scratches.Bidirectional flow ensures consistency.
Traditional:May leave tool marks (grinding) or require multiple steps (lapping,buffing) to achieve similar results.
3.Efficiency & Cost
AFP:Automated,reducing labor and time for high-volume production.Minimal fixturing needed.
Traditional:Labor-intensive,slower,and often requires skilled operators.
4.Material Versatility
AFP:Works on metals,ceramics,and composites without thermal damage.
Traditional:Some methods (e.g.,EDM,laser) risk heat-affected zones or material limitations.
Conclusion: AFP outperforms traditional methods for complex,high-precision components,while conventional techniques remain viable for simpler,external surfaces.The choice depends on part geometry,required finish,and production scale.SHAAN XI KANGDALI POWER TECHNOLOGY CO.,LTD is inresearch,design,productian,sales and maintenanca as an integratedhigh- tech enterorise,we offer professional solutions for curved and inner hole polishing,mold cavity and surace deburring,miroipolishing.
Through superb pro fessional skills and suparb tech nology,we rapid rise in the fiold of fluid po lishing.Nowadays,ourmachines are widely used in domestic and foreign markets.Relving on the development of science and technology,and constantly provide users with satistactory fluid pollsning machinels our constant pursuit.On the basis of absorbing the advanced technalogy at home and abroad,we have been successtuly developedTwo way circulating fluid polishing machine,Oneway automatia airaulating thuid poishing machine,Micro hole abrasive tlow polishing machine,Suspended abrasive de-buring machine and Finishing mil.
They have been wid ely used in the automotive industry,aerospaceengin e,miiitary,food equipment,medical equipment,mold manufacturing,textille industry,oil andgas valve body,hotrunner plate30 printing andprecision oo ramics,e lectronic devices and other ficlds,First - class product aua litv,superb technologv anddoocafter-sales service well reoe ived by users.
In the metal parts processing industry,the traditional machining methad of machining,casting,stamping,wire cutting and other mechanical processes,all leave a degree of surface roughness and defects such as uneven surface,incomplete edging.Flash and burr.scratches and micro cracks and stress concentration.Their existence not only affect the quality and life of the parts themselves but also seriausly affect the product assemblyaccuracy and performance.Parts finishing,can be divided into free flow abrasive finishing and non free flow abrasive finish machining.
Despite to introduction of the best in foreign advanced technology and independent innovation processes,traditional processing technology has been unable to meet cartain design requirements and a free flow finishing processing technology gradually become a metal parts processing essential technology.gradually became a metal parts processing essential technology.Higher and higher product surface quality has always been the goal processing enterprises continuously pursue.
https://www.facebook.com
Email:Sales@nkbaler.com
WhatsApp:+86 15021631102
