Thermocouple

As we discussed before, the performance loss of PTFE-doped conductors is irreversible, and there are various safety issues in hot running circumstances. The service life of PTFE-doped conductors is mu

Based on our earlier discussion on performance deterioration and safety dangers of doped PTFE conductors in hot runner conditions, the following practical approaches can be utilized to correctly deter

As mentioned before, in hot runner cases, PTFE wire doping will cause the following serious loss of the core performance of PTFE wires doped with other materials. Temperature resistance is greatly red

One of the most common signal errors that is hard to get rid of in multi-cavity hot runner molds is ground loop interference. Due to the different positions of the metal contacts of the mold, heating

Most of the procurement personnel in the mold workshop only issue the thermocouple purchase order according to the historical consumption quantity, without considering the production load, failure los

Although many injection molding enterprises have perfect maintenance specifications for thermocouple equipment, the frontline maintenance operators and production shift leaders lack systematic profess

Our previous expertise on the repair, stress management and adaption of hot runner thermal shock cracks permits reliable severity assessment of the cracks using a few basic indicators: I. Basic Crack

From the previous discussion on how to measure the severity of hot runner cracks and how to adjust the method of repair to different operating conditions, the following repair procedures are available

As we spoke before about severity determination of hot runner fractures and modification of repair techniques, small hot runner cracks means shallow micro-cracks less than 1/3 rd of the wall thickness

According to the above background of hot runner thermal shock fracture repair and operation maintenance, the dispersed capacitance of hot runner wires has a remarkable low-pass filter effect which can

From the above examination of the source and practical implications of the low-pass filtering effect of the distributed capacitance of hot runner conductors, it becomes apparent that the strength of t

Based on the previous discussion on the causes and influencing elements of the low-pass filtering effect induced by the dispersed capacitance of hot runner conductors, the targeted approaches for dete