jet cooled core pins

cooling of small diameter core pin was a major challenge for die caster. The developments in the last decade have made it possible now. Raga has specialized manufacturing these customized jet cooled core pins where they are made as per customer drawings. 

core pin with slender holes inside them to create cooling channels and jet coolers are inserted inside these core pins to facilitate the cooling process.

advantages of core pin cooling:

during high pressure die casting of aluminum alloys, generally there are three defects that are confronted by die casters on or around core pins:

• soldering
• shrinkage porosity around core pins
• wash out

cooling of core pins results in minimization of the defects. This process also improves the life of a core pin used in casting process.
here are some advantages of using core pin cooling technology:

• reduced die maintenance
• reduced downtimme of die casting machines
• imroved life of die components, such as core pins
• imorved casting surface quality
• reduced usage of lubricant
• distortion control
• reduced tool cost in manufacturing

jet cooled core pins

cooling of small diameter core pin was a major challenge for die caster. The developments in the last decade have made it possible now. Raga has specialized manufacturing these customized jet cooled core pins where they are made as per customer drawings. 

core pin with slender holes inside them to create cooling channels and jet coolers are inserted inside these core pins to facilitate the cooling process.

advantages of core pin cooling:

during high pressure die casting of aluminum alloys, generally there are three defects that are confronted by die casters on or around core pins:

• soldering
• shrinkage porosity around core pins
• wash out

cooling of core pins results in minimization of the defects. This process also improves the life of a core pin used in casting process.
here are some advantages of using core pin cooling technology:

• reduced die maintenance
• reduced downtimme of die casting machines
• imroved life of die components, such as core pins
• imorved casting surface quality
• reduced usage of lubricant
• distortion control
• reduced tool cost in manufacturing