Steam control mold temperature machine introduction Designed to address the quality issues of injection molded articles such as weld lines, corrugations, floats, photo-orientation, shrinkage, lack of material and stress concentration, various technical measures have been taken, including optimizing mold design (eg optimizing cavity and The layout of the waterway), optimization of the injection process (including control of mold temperature, rate of fire and pressure, as well as pressure and recharge), as well as hot runner technology, gas-assisted technology, and heat treatment technology. Despite this, these technical measures are still difficult to solve the problem fundamentally. Although the subsequent painting process compensates for the above defects, it usually leads to higher costs and scrap rates, and its production is not environmentally friendly (including benzene). As a new technology developed in recent years, the high-gloss non-melting-injection injection molding system has begun to become a new method to solve the above problems.
Standard specifications | SFL-01 | SFL-02 | ||
Control channel number | 1 | 2 | ||
Pump | Motor power | KW | 2.2 | 2.2 |
Max.flowrate | L/min | 166 | 166 | |
Pump pressure | Mpa | 0.52 | 0.52 | |
Proess inlet/outlet (common size) | DN40 | DN40 | ||
Dimensions (LXWXH) | mm | 1115X550X1125 | 1115X700X1535 |
Use imported transfer valve
The pipeline is made of high-quality sodium, resistance to expansion and contraction
High pressure water pump, accurate and fast switching
Equipped with communication interface, can undertake future industry 4.0