I. Heat Transfer Mechanism thiab Temperature Field Differences of Teflon Cloth
1. Cov cua kub cua kub cua sov
Relying ntawm thermal convection thiab thermal conduction, tshav kub hloov maj mam los ntawm qhov chaw mus rau sab hauv. Cov txheej txheem cua sov no muaj qhov sib txawv ntawm qhov kub thiab txias, qhov sib txawv ntawm qhov sib txawv me me hauv thiab sab nraud ntawm cov nplaum nplaum, thiab qhov sib txawv ntawm qhov kub thiab txias.
2. Infrared Radiation cua sov
Lub zog infrared muaj qhov txwv tsis pub nkag mus tob thiab muaj zog nqus los ntawm txheej txheej ntawm qhov tob ntawm kaum mus rau pua pua micrometers, uas ua rau kub kub sai sai ntawm cov khoom nto. Sab hauv tuaj yeem tsuas yog ua kom sov los ntawm kev ua kom sov qeeb, ua kom sov siab gradient nrog qhov kub thiab txias sab hauv.
II. Core Influence of Teflon Cloth on the Uniformity of Cross-linked Structure
1. Cross-linking Density Distribution: Uniform for Kub Cua Kub, Gradient rau Infrared Cua sov
Cov cua kub cua sov ua kom yooj yim synchronous curing cov tshuaj tiv thaiv sab hauv thiab sab nraud ntawm cov nplaum nplaum, tso cai rau kev sib txuas sib txuas sib txuas kom loj hlob zoo ib yam nrog txhua qhov ntom ntom. Nyob rau hauv cov cua sov infrared, cov txheej saum npoo tau dhau los ua qhov sib txuas ceev ceev kom tsim tau qhov ntom ntom ' daim tawv nqaij zaj duab xis '. Cov yeeb yaj kiab no tsis tsuas yog cuam tshuam rau sab hauv cov cua sov, tab sis kuj txwv kev txav ntawm cov saw hlau hauv molecular, uas ua rau txo qis kev sib txuas ntawm qhov sib txuas ntawm qhov chaw mus rau sab hauv thiab tsim cov qauv gradient nrog ntau dua ntom ntom ntawm sab nraud thiab qis dua ntawm sab hauv.
Molecular chains muaj lub sij hawm so txaus thaum lub sij hawm cua kub cua sov, ua kom tiav ib qho kev sib txuas sib txuas nrog qhov tsis tshua muaj kev ntxhov siab sab hauv. Rau cov cua sov infrared, txheej txheej saum npoo yog ua ntej. Thaum cov khoom siv sab hauv shrinks thaum lub sij hawm tom qab kho, nws raug txwv los ntawm cov txheej txheem nruj, ua rau muaj kev ntxhov siab tseem ceeb. Qhov no ua rau warping ntawm cov nplaum txheej, txo kev sib koom ua ke thiab cov khoom tsis sib xws.
III. Qhov tseem ceeb ntawm kev ua tau zoo sib txawv ntawm Teflon Adhesive Daim kab xev
Hot Air Circulation Heating : Uniform temperature field, consistent cross-linking density, few structural defects and low internal stress, forming an integral and uniform cross-linked network.
Infrared Radiation Heating : Large temperature gradient, cross-linking density decreasing from surface to interior, prone to defects such as bubbles and pinholes, high internal stress, presenting a 'hard shell and soft core' structural characteristic. Qhov sib txawv saum toj no tseem ceeb yog los ntawm qhov sib txawv ntawm cov cua sov hloov tshuab ntawm ob txoj kev cua sov.
IV. Daim ntawv thov xaiv thiab cov lus qhia rau Teflon Adhesive Daim kab xev
Rau cov xwm txheej uas yuav tsum tau nruj uniformity xws li tuab-txheej potting thiab precision hluav taws xob rwb thaiv tsev, cua kub ncig curing yog cov txheej txheem nyiam vim nws superior uniformity. Rau nyias-coat ceev curing daim ntaub ntawv xws li tso tawm zaj duab xis txheej, lub high-efficiency zoo ntawm infrared cua sov yuav raug saws. Txhawm rau sib npaug ntawm kev tsim khoom thiab cov khoom lag luam zoo, cov txheej txheem ua ke 'infrared + cua kub' raug pom zoo: cov cua sov infrared yog siv rau kev ziab sai sai lossis preheating, thiab cua kub cua sov yog siv los ua kom tiav kev sib sib zog nqus sib sib zog nqus.
