http___www.pamaens.com_ga_news_new-energy-saving-solutions-for-plastic-machines_1.xml
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New Energy Saving Solutions for Plastic Machines —-So many energy saving solutions, how can you choose? We will tell you. Plastic processing industry, as a big consumer of energy, has a high demand for energy-saving technology. We have many customers, who are seeking for new energy saving products for their extrusion machines, injection machine, granulation machines, blow filming machines etc. Our company, SHANGHAI PAMAENS TECHONOLOY CO., LTD, as a leading manufacturer of energy saving products for plastic machines, we will introduce three most popular energy saving solutions for plastic machines and compare their advantages and disadvantages in our company blog. If you have any interesting, please check out our web. - Energy saving heater—Induction heater How to save energy. The principle of electromagnetic induction heating is the controllable high frequency current getting through the heating coil, which generate magnetic field, and the magnetic field working on the barrel (metal) , numerous eddy (circular electric current) is generated on the barrel. Under high speed oscillation, the barrel generate heat itself. The heating principle of induction heater is same as microwave oven. The principle of traditional heater like ceramic heater is getting heated by resistance wire. Usually this kind of heater has only one surface which contact the barrel and conductive heat to the barrel by it, in the process of conduction, 50% heat is conductive to the barrel by the surface of the heater contacted with the barrel, but the other 50% is conducted by the other side of the heater and to the air, so that is to say 50% heat is wasted. And if the heaters getting perishing, the heating efficiency is more lower. So compare the two kinds of heating principle, you may find the induction heating is getting the barrel generate heat itself, there is almost no heating loosing. But the tradition heater heat firstly getting heat itself and then conducting the heat to the barrel. Besides there is a layer of thermal insulator inside of the induction heater, which also help keep the heat inside of the barrel. And the preheating time is shorted by 2/3 comparing to traditional heaters. Post time: Apr-17-2018
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New Choigilt Fuinnimh Solutions do Meaisíní Plaisteacha --So go leor réitigh spárála fuinnimh, conas is féidir leat a roghnú? Inseoimid duit. tionscal próiseála plaisteacha, mar thomhaltóir mór de fuinnimh, tá éileamh ard ar theicneolaíocht coigilte fuinnimh. Tá go leor custaiméirí, atá ag lorg le haghaidh táirgí fuinneamh a shábháil nua as a gcuid meaisíní easbhrúite, inneall insteallta, meaisíní gránú, meaisíní scannánú buille srl Ár cuideachta, Shanghai PAMAENS TECHONOLOY CO., LTD, mar mhonaróir na príomhchúiseanna le táirgí fuinnimh a shábháil do mheaisíní plaisteach, tabharfaimid isteach trí réitigh spárála fuinnimh is coitianta do mheaisíní plaisteach agus a chur i gcomparáid a gcuid buntáistí agus na míbhuntáistí inár blog gcuideachta. Má tá aon suimiúil, le do thoil seiceáil amach ár ngréasán. - Coigilt fuinnimh téitheoir-Ionduchtúcháin téitheoir Conas fuinneamh a shábháil. Is é an prionsabal na teasa ionduchtaithe leictreamaighnéadaigh an minicíocht ard atá ann faoi láthair inrialaithe ag dul tríd an gcorna téite, a ghineann réimse maighnéadach, agus tá an réimse maighnéadach ag obair ar an bairille (miotal), go leor eddy (sruth leictreach ciorclach) a ghintear ar an bairille. Faoi ascalaithe luas ard, an bairille a ghiniúint teasa féin. Is é an prionsabal teasa téitheoir ionduchtúcháin mar oigheann micreathonn céanna. Is é an prionsabal na heater traidisiúnta ar nós téitheoir criadóireachta fáil téite ag sreang friotaíochta. De ghnáth, tá den chineál seo heater ach amháin dromchla a dteagmháil leis an bairille agus teas seoltaí leis an bairille aige, i mbun an phróisis sheoladh, tá 50% teas seoltaí leis an bairille ag an dromchla an téitheoir i dteagmháil leis an bairille, ach an ceann eile tá 50% arna seoladh ag an taobh eile den téitheoir agus don aer, mar sin sé sin le rá go bhfuil 50% teasa amú. Agus má tá na téitheoirí ag fáil perishing, tá an éifeachtacht teasa níos ísle. Mar sin, a chur i gcomparáid leis an dá chineál de phrionsabal teasa, is féidir leat teacht ar go bhfuil an téite ionduchtúcháin ag fáil an bairille teas a ghiniúint féin, tá beagnach aon teas loosing. Ach an teas traidisiún téitheoir an gcéad dul síos ag fáil teas féin agus ansin atá ag déanamh an teas ar an bairille. Chomh maith le go bhfuil sraith de inslitheoir teirmeach taobh istigh an téitheoir ionduchtaithe, rud a chuideoidh freisin a choinneáil ar an teas taobh istigh den bairille. Agus is é an t-am preheating shorted faoi 2/3 i gcomparáid le téitheoirí traidisiúnta. Post ama: Apr-17-2018