Mashine za pellet za plastiki zina jukumu muhimu katika usindikaji wa taka za plastiki na utayarishaji wa pellets zilizosindikwa. Wacha tuchunguze utendakazi na utendakazi wa mashine hii, tukishughulikia maswali ambayo huenda umekuwa ukitaka kujua.
Different Materials On A Single Pelletizing Line?
Muundo wa mashine za pelletizing sio zima. Aina tofauti za plastiki zina sifa tofauti za kuyeyuka na mahitaji ya extrusion. Kwa hivyo, kutumia laini moja ya plastiki kwa nyenzo tofauti kunaweza kusababisha vigezo visivyolingana kama vile halijoto na shinikizo, na kuathiri ufanisi wa jumla wa uzalishaji. Kwa hivyo, kwa ujumla haipendekezi kusindika aina tofauti za plastiki kwenye mstari mmoja.
There are some other common problems when it comes to plastic pelletizing lines. Taking the plastic recycling granulating line that processes one tonne of plastic per hour as an example, the power consumption for processing one tonne of plastic is about 500 degrees, while the whole production line can be completed by only 3-4 workers. Our plastic recycling granulating line not only ensures high production efficiency and product quality but also makes the production process more energy efficient and labor costs more economical.
Temperature Settings For Pelletizing Machine
For the pelletizing of PP and PE, temperature control is paramount. Typically, the temperature needs to reach 240 degrees, and the plastic pellet machine’s operating temperature can go as high as 500 degrees. This ensures that the plastic fully melts at high temperatures, facilitating the subsequent extrusion process.
Diameter Of The Line Produced By The Die Head
Kipenyo cha mstari wa extruded katika mchakato wa pelletizing kawaida ni karibu 3.2mm. Ukubwa huu unapatikana kwa njia ya kubuni na marekebisho ya mashine ya plastiki ya plastiki, inayoathiri moja kwa moja vipimo na matumizi ya vidonge vinavyotokana.
What Is The Working Principle Of Pelletizing Machine?
The working principle of the plastic pellet machine is based on the processes of high temperature and screw extrusion. Initially, the machine needs to be preheated to bring the entire system to the appropriate operating temperature. Then, plastic raw materials are fed into the machine. Through the force of the screw extrusion at high temperatures, the plastic melts and is extruded, ultimately forming pelletized plastic.
Problems With Die Head Changing Screens
Baadhi ya wateja wameuliza ni mara ngapi kichwa cha mashine ya kuchakata granula kinahitaji kubadilisha skrini. Je, skrini inaweza kutumika tena?
Mzunguko wa mabadiliko ya wavu katika kichwa cha mold inategemea usafi wa nyenzo. Ikiwa nyenzo ni chafu, mabadiliko ya mara kwa mara yanahitajika. Walakini, kwa nyenzo safi, wiki moja au zaidi inatosha. Nyavu za mashine ya plastiki ya pellet zinaweza kutumika tena, kwa kuchoma skrini na kusafisha.
How Are Plastic Pellet Machine Models Differentiated?
Miundo ya mashine ya kusaga kwa kawaida hutofautishwa kulingana na kipenyo cha ndani cha skrubu. Saizi ya kipenyo cha ndani cha skrubu inahusiana moja kwa moja na uwezo wa uzalishaji na anuwai inayotumika ya mashine ya kusaga.
Kwa kuelewa kanuni za uendeshaji na vigezo muhimu vya mashine za plastiki za plastiki, tunapata ufahamu kuhusu jukumu muhimu la vifaa hivi katika nyanja ya uchakataji taka wa plastiki. Kuanzia uteuzi wa nyenzo hadi udhibiti wa halijoto, kila kipengele ni muhimu, kinachoathiri ubora na matumizi ya pellets za mwisho zilizosindikwa. Wakati wa kutumia mashine za pelletizing, uendeshaji wa kisayansi na busara, pamoja na matengenezo ya mara kwa mara, ni mambo muhimu katika kuhakikisha ufanisi wa uzalishaji na ubora wa bidhaa.
