The importance of the filter of the mold temperature machine

Introduction: With more and more applications of die temperature machine, the main part of the die temperature machine is the pipeline, the pipeline must be unblocked, so the filter is very important, here mainly talk about the correct use of die temperature filter.

Briefly introduce the lower mold temperature machine: The mold temperature machine is also called the mold temperature control machine. Its main function is to accurately control the mold temperature. As local governments have responded to the country’s environmental protection policies in recent years, the country is also controlling the use of coal and natural gas, because these are non-renewable resources, and because there are relatively large environmental pollution, many regions have begun to change coal to electricity, and some have even The price of natural gas for industrial use has also been adjusted high. This makes the use of mold temperature machine more and more widely, here is no longer a mold in the general sense of the mold, it can be reactor, hot plate, vulcanized plate, oven, heating fins, roller, coating Machines can be plastic injection molding machine injection molding machines, even in people's lives, such as the shower bath, pancake machine and so on.

The three main parts of the mold temperature machine: circulation pump, heating pipe, and electronic control part. But on every machine there is a component that is notable but is not noticeable - the filter. Let's talk about this filter today.

The function of the oil temperature machine filter is very simple: filter heat oil or water and other media into the mold temperature machine. A part of the mold temperature machine manufacturers may consider that the installation location is not enough during the installation process, or the outsourced installation company is too cumbersome for their workers, or it may be for other reasons that they choose not to install filters. This is absolutely impossible, and the consequences are very serious. There will be many consequences. The most common one is the heating of heating pipes, so it is strongly recommended that filters must be installed. And also pay attention to the use of:

1, to ensure the use of clean thermal media, such as water, then use pure water, heat transfer oil, then it is best to replace it once every six months, so that the filter can pass through less impurities, not easy to plug.

2. The piping of the mold temperature machine needs regular cleaning. It is best to clean it once a month to wash away the internal impurities.

3, the filter filter cover regularly cleaned, as long as the demolition on the line, it is best to remove each month to see, wash a wash.

Because the main part of the die temperature machine is the pipeline, the filter is very important. Regular inspection and cleaning can ensure the smoothness of the pipeline and the service life can be extended a lot.

If you don't pay attention to the filter, cleaning it from time to time, or even not installing it, it may lead to pipeline failure. The direct result is that the circulating pump can't pressurize, and it may cause the pipeline to be blocked for a long time, and the heating tube will be burned out. Law repair, so we must pay attention to the role of the filter, can not be installed, but also regularly check.

There is also a filter that has temperature requirements. If you need hot oil at 2,890 degrees, you cannot use a low-temperature filter. This is useless. The filter inside the filter is not hot enough to filter.

Engineering Plastics

Engineering Plastics

Engineering plastics are a bunch of plastics that are used most ordinarily in industries because of their enhanced mechanical and thermal properties. They are used mainly in situ of thermoplastic materials instead of thermosetting ones because of the fact that they will be remolded into the specific shape and size whether or not after cooling and settling down. In accordance, to the suitable convention and standards, the definition of engineering plastics (McQuiston, 1980) are: (1) the family of nylon; (2) polycarbonate; (3) polyphenylene oxide; (4) acetal; (5) engineering grade of ABS; (6) polysulphone; and (7) polyphenylene sulphide. Engineering plastics become the fabric of choice for various applications because of their good mechanical, chemical properties, strength, rigidity, self-lubrication, and fire safety. Certain groups of engineering plastics which include polycarbonates and polyamides are useful in industries due to their high resistance to impact and abrasion respectively.


Engineering Plastics,Multi-Functional Engineering Plastics,Thermoforming Plastics,Degradable Plastics

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