ZheJiang HuangYan Younger Mould Factory318020About Us1#, Beiyuan Avenue,HuangYan District,Taizhou City,Zhejiang Province,China.318020WHY CHOOSE US?
TWENTY years experience in manufacture cable tie mould .
TEN year experience in export cable ties moulds
TEN years experienced salesperson sincerely service for you
provide turn key solution for cable tie manufacture (from injection molding machine to raw material)
For Indian clients :
have one and twenty one clients from India (inculding many oem factory ,the number is still growing on)
familar with Indian market.
visit Indian at least 4times every year
have trustworthy friends in Indian ,your money and business safe with us .ZheJiang HuangYan Younger Mould Factory318020About Us1#, Beiyuan Avenue,HuangYan District,Taizhou City,Zhejiang Province,China.318020WHY CHOOSE US?
TWENTY years experience in manufacture cable tie mould .
TEN year experience in export cable ties moulds
TEN years experienced salesperson sincerely service for you
provide turn key solution for cable tie manufacture (from injection molding machine to raw material)
For Indian clients :
have one and twenty one clients from India (inculding many oem factory ,the number is still growing on)
familar with Indian market.
visit Indian at least 4times every year
have trustworthy friends in Indian ,your money and business safe with us .ZheJiang HuangYan Younger Mould FactoryZheJiang HuangYan Younger Mo
Cavity Layout: The mold consists of multiple cavities arranged in a configuration that maximizes production efficiency. Each cavity is shaped precisely to form one nylon cable tie. The number of cavities depends on the size and design of the cable ties being produced.
Runner System: This system consists of channels and gates that guide molten nylon from the injection unit into each cavity of the mold. The runner system ensures proper distribution of material to create consistent and uniform cable ties.
Cooling Channels: Incorporated within the mold are cooling channels through which coolant (usually water or oil) flows. These channels help regulate the temperature of the mold during production, ensuring rapid solidification of the nylon and maintaining cycle time efficiency.
Ejection Mechanism: After the nylon has solidified within the mold cavities, an ejection system comprising ejector pins or rods is used to release the formed cable ties from the mold. The ejection mechanism must be carefully designed to avoid damage to the ties and ensure smooth release.
Gate Design: The gate is the point through which molten nylon enters the mold cavity. For nylon cable tie molds, common gate types include edge gates or sub-gates, chosen to minimize stress and ensure the integrity of the tie’s structure.
Venting System: Proper venting is crucial to allow air and gases to escape from the mold cavities during the injection process. Effective venting prevents defects such as air bubbles or voids in the cable ties, ensuring consistent quality.
Material and Surface Finish: Nylon cable tie molds are typically made from hardened steel or aluminum alloys. The internal surfaces of the mold cavities are polished to a high finish to produce smooth and defect-free cable ties.
