Quid est differentias in mollientes temperaturis in variis tpe materiae?

TPE materiae non est una substantia, sed a ingens familia amplificing numerosis systems cum distincta eget structurae. Inter haec, mollit temperatus servit ut a key indicator ad aestimandis TPE calor resistentia et determinandum eius superius applicationem terminum. Non est stricte definitur corporalis constant, sed magis temperatus range characterizing transitus a rigidum solidum statum ad mollis, viscosa fluunt. Ita, quid differentias in mollientes temperaturis in variisMateriae TPE? Infra est introductio a TE quadrigis ad Shenzhen Zhongsu Wang.

Molliti temperatus varietates MaiorMateriales materialesTypes sunt ut sequitur:

TPES cum diversis eget structuris exhibent significant differentias in mollientes temperaturis ex varietate in Molecular torquem compositionem, durum segmentum genus et contentus, crystallining et crosslinking modum (physica vel chemical crosslinking).

Lowest æstus Resistentia TerTPS (SBS / Sebs) et Tpev. Softing temperaturis typice infra C ° C, idoneam ad ambientium vel humilis-temperatus environments ut calceamentis materiae, nugas, sainting denudat (non-summus temperatus areas), stationery, et mollis auriculas.

Medium calor resistentia:TPH et TPV. Hi offerre latior mollitanti temperatus range (90-160 ° C), cum TPV Exhibensing superior dynamic Vulcanization calor resistentia comparari ad vexillum TPO. Idoneam ad interiora, sigilla (cautioni requiritur circa engine compartments) filum / cable velit, instrumentum tractat, gaskets, etc.

Medium-summus æstus resistentia:TPU. Softing temperaturis pervenire 120-190 ° C, idoneam ad applications requiring altius mechanica vires, abrasion resistentia, et moderata calor resistentia, ut TRADUCTOR SALTATIONE, HYDRAULICUS Hoses, ut TRACTISOR SOLES, ludibrio, et filum, electronic fabrica tutela, et filum / funem tunicas.

Altus æstus resistentia:TPE et TPA (TPAE). Molliti temperaturis potest pervenire 130-210 ° C altior (fretus specifica gradu et durum segmentum genus). Suitable for demanding environments requiring long-term heat resistance, oil resistance, chemical resistance, and high mechanical performance, such as automotive engine components (corrugated tubes, intake manifolds), high-temperature hydraulic hoses, industrial gears, bearings, electronic connectors, and high-end sports equipment components.

Ut supra, ad mollientes temperatus estMateriae TPEEst core indicator sui æstus resistentia. Significant variationes existit per diversas chemical systems (TPS, Tpo / TPV, TPU, Tpee, TPA, etc.), vndique a infra LX ° C ad C. Hae differentias praesertim derivantur a eget structuram, contentus, crystallination in duris segmentis et materiam microstructurum (Phase separationem, crosslinking). Additives et temptationis condiciones etiam influere eventus.