Molecular torquem de Pura nylon humilis liquefactio bis Continet Polar Aeri Groups, quae dat eam ad formare hydrogenii vincula vel van der Waals viribus cum a varietate materiae, ita providente altior vinculum cortices vires. In contrast, the molecular chains of polyethylene (PE) and polyester (PET) are non-polar or weakly polar, and they mainly rely on physical melt adhesion when bonding, which can easily lead to delamination or weak bonding.
Nylon est moderari viscositas in statu et potest aequaliter penetrare in fabricae hiatus vel fibra hiatus ad LXXXV ° c. Post refrigerationem, quod format per "ancoras effectum", ita enhancing altiore vires ad vinculum layer. In contrarium, in tabulae fluiditate (Pp) pauper et facilis forma superficiem vinculum quam penetratio, unde in humilis vinculum vires, praesertim in multi-iacuit composita materiae.
Quia nylon ipsum habet altum lenta, eius vinculum layer non facile ad resiliunt cum subiecta dynamic legimus, ut flexuram et extendens, quae maxime idoneam products, quae facit, ut calceamenta et sportswear In Contra, Ethylene-Vinyl Acetate (Eva) habet bonum elasticitas sed pauper reptile resistentia, et debond aut deficere post longa-term usus.
Nylon potest etiam ponere alta vinculum vires in humidum environment, cum polyester (pet) humilis-liquescens punctum fibris sunt proni ad Molecular torques torcula propter hydrolysis, ita afficiens longa-term stabilitatem ad bonding layer. Hoc pluma facit nylon humilis-liquescens punctum tincto praecipue idoneam products quod potest patere humidum ambitus diu, ut noperwear et velit apparatu.
Nylon habet a summo speculo transitus temperatus et potest ponere firmum perficientur in range of locus temperatus ad LXXXV ° c. In Contra, Polyethylene (PE), ut mitigant super LX ° C, causing in vinculum iacuit ad deformem vel perdere eius firmamentum. Praeterea, low-liquescens punctum materiae ut polycaprolactone (PCL) plerumque habere liquescens punctum circiter LX ° C et facilis ad mollire in altus-temperatus environments application.
Nylon ipsum habet bonum UV resistentia. Si anti-UV additives sunt adhuc addidit, eius servitium vitae in velit environments potest significantly extenditur. In contrarium, Polyethylene (PE) et Polypropylene (Pp) sunt pronus ad embrisslement et pulvering sub longa-term solis, unde in decrementum in perficientur de componens. Hoc pluma facit nylon humilis-liquescens punctus bis tincto magis commodum in velit textiles (ut talia, awnings, etc.).
The bonding strength of Pure Nylon Low Melting Yarn is significantly higher than that of PE and PP, and it is also more advantageous than PET, especially in applications that require high peel strength, such as footwear, automotive interiors, etc. Nylon is more stable than PET and PE in humid or high temperature environments, and is suitable for products that may come into contact with water or sweat, such as swimwear and outdoor sports equipment. Licet P. et Pp praestare melius in humilis temperatus environments, nylon potest etiam ponere bonum perficientur sub conventional humilis temperatus conditionibus sine embrisslement Comitation.
