Sna hearnálacha déantúsaíochta agus bonneagair ardleibhéil, is minic a chinneann iontaofacht ábhair saolré trealaimh agus sábháilteacht innealtóireachta. Tá castables roisín eapocsa, córas ilchodach bunaithe ar roisín eapocsa, in éineacht le gníomhairí leigheasacha agus líontóirí feidhmiúla, ina phríomhábhar do sholadú struchtúrach agus do chosaint fadtéarmach i dtionscail mar mhótair, leictreonaic, cumhacht agus innealra cruinne mar gheall ar a n-greamaitheacht den scoth, insliú, agus friotaíocht comhshaoil.
Ó thaobh an phróisis de, is féidir le castables roisín eapocsa, trí phróisis cosúil le meascadh i bhfolús agus -leasú ardteochta, struchtúr dlúth soladach neamh-scagach a chruthú. Tá a gcuid postála-crapadh laghdaithe íseal (go hiondúil<1%), effectively avoiding interfacial delamination caused by deformation in traditional potting materials. Simultaneously, the cross-linked structure of the resin molecular chains endows the material with high mechanical strength (tensile strength can reach over 50 MPa) and impact toughness, resisting stress damage under complex conditions such as vibration and thermal cycling. In terms of electrical performance, their volume resistivity exceeds 10¹⁴ Ω·cm, and their dielectric loss factor is below 0.02, ensuring stable insulation performance of high-voltage equipment and reducing the risk of partial discharge. The expansion of application scenarios further highlights its value. In the new energy field, the use of this material in the casting of wind turbine stators and photovoltaic inverter modules can isolate them from salt spray and moisture corrosion, extending the service life of outdoor equipment. In the power industry, the casting of transformer and reactor coils can optimize heat dissipation paths and improve overload capacity. In the field of electronic devices, the packaging of sensors and IGBT modules relies on its precise dimensional stability and electromagnetic shielding effectiveness. Furthermore, for special needs, by adjusting the filler ratio (such as adding alumina and silicon micropowder), functional products with thermal conductivity (>Is féidir 1.5W/(m·K)) agus moilliú lasair (rátáil UL94 V-0) a shaincheapadh, ag oiriúnú do chásanna atá ag teacht chun cinn mar stáisiúin bonn 5G agus idirthuras iarnróid.
De réir mar a fhorbraíonn trealamh tionsclaíoch i dtreo ardchumhachta, miniaturization, agus saolré fada, tá ábhair réitigh roisín eapocsa ag brú teorainneacha feidhmíochta go leanúnach. Trí dhearadh móilíneach agus leas iomlán a bhaint as próisis, tá an deacracht a bhaineann le comhpháirteanna móra a chaitheamh níos ísle fós mar gheall ar dhul chun cinn sa leigheas ar theocht íseal agus ar shlaodacht íseal. Mar iompróir tábhachtach a nascann feidhmeanna eolaíochta agus innealtóireachta ábhar, ní hamháin gur "armúr dofheicthe" é chun iontaofacht trealaimh a fheabhsú, ach is tacaíocht bhunúsach é freisin chun uasghrádú déantúsaíochta ardchríocha a chur chun cinn.
