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gas assist injection plastic broomstick

Short Description:

By injecting a controlled stream of gas (nitrogen or carbon dioxide) into the mold, thick walls are created with hollow sections that save on material, shorten cycle time, and reduce the pressure required to mold the large plastic parts with complex designs and attractive surface finishes. All of these benefits are realized without any detriment to the structural integrity of the molded component.


Product Detail

Product Tags

Part Name gas assist injection  plastic broomstick
Product Description We can offers both internal and external gas assist injection molding ,forces a short shot of material to fill a mold by using pressurized nitrogen gas to displace the material in pre-destined thick area while forming hollow sections in the part.The 1.8-meter-long product has no deformation, and the weight of the product is reduced by 80% compared with ordinary injection molding.
Export country USA
Product Size ∅24X1800
Product weight 300g
Material PP GF20
Finishing Mirror polish
Cavity Number 1+1
Mold standard HASCO
Mold Size 500X2200X600MM
Steel 1.2736
Mold life 500,000
Injection Incoe hot runner four vavle nozzles
Ejection Ejection pin
activity 2sliders
Injection cycle 60S
Product Features and Application By injecting a controlled stream of gas (nitrogen or carbon dioxide) into the mold, thick walls are created with hollow sections that save on material, shorten cycle time, and reduce the pressure required to mold the large plastic parts with complex designs and attractive surface finishes. All of these benefits are realized without any detriment to the structural integrity of the molded component.

Product Details

This product is a part of Broomstick,Export to the United States.By injecting a controlled stream of gas (nitrogen or carbon dioxide) into the mold, thick walls are created with hollow sections that save on material, shorten cycle time, and reduce the pressure required to mold the large plastic parts with complex designs and attractive surface finishes. All of these benefits are realized without any detriment to the structural integrity of the molded component.


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