Quid anhydrous rhoncus?

I. Definition and chemical compositionem

Anhydrous cadmiae borateEst rhoncus borate compositis sine crystallina aqua, cum eget formula 2zno · 3b2o3. Dissimilis communis hydrated cadmis borate (ut 3.5 aquam cadmiae borated Zb-MMCCCXXXV) Anhydrous rhoncus borate non crystallina aquam in structuram, ideo habet altiorem scelerisque et eget.

II. Physica et eget proprietatibus

Pelagus proprietatibus anhydrous cadmiae borate includit:

Species Alba aut luteum pulveris.

Density: circiter 2.8 g / cm ³.

Melting Point: supra CMLXXX ℃, cum maxime princeps scelerisque stabilitatem.

Solubility: insolubilis in aqua et maxime organicum solvents, chemica firmum.

Thermal stabilitatem, ex absentia crystallina aquam anhydrous rhoncus borate non dimittis aquam altum temperaturis, faciens idoneam summus temperatus processui elit.

III. Praeparatio modum

Praeparatio anhydrous rhoncus solet ex sequentibus modis

①. Caliditas modum caliditas: hydrated elementa (ut 3.5 aquam cadmiae borate) esto ad altum temperatus removere crystal aqua et adipiscitur anhydrous zinc borate.

②. Direct Synthesis modum: Anhydrous Zinc BRATARIUS est directe synthesized per reagens cadmiae (ZNO) et boric acidum (H3BO3) ad altum temperatus.

IV. Flamma retardant mechanism anhydrous cadmiae borate

Flamma retardant mechanism anhydrous zinc borate est similis, quod hydrated cadmiae borate, maxime comprehendo sequenti facies:

①. Coverage Effectus: sub altum caliditas, anhydrous zinc borate decomposes ad formare a b2o3 vitrea film, quod operit superficiem materiae, isolates oxygeni et calorem, et impedit, flamma propagationem.

②. Inhibitionis De catena reactionem, in halogen continet materiae, anhydrous cadmis borate Reacts cum halogen componit ad generare ZNX2 et HX, captando libero radicalis generatae in combustione et interpellandum in combustione catena.

③. High Temperature Stabilitatem, Ob absentia crystallina aqua, anhydrous zinc borate ponere firmum flammam retardant proprietatibus caliditas environsments, faciens idoneam summus temperatus processus materiae.

V. Application areas of anhydrous cadmiae borate

Anhydrous cadmiae borate est late in sequentibus agros ex eius princeps scelerisque stabilitatem et optimum flamma retardant properties:

①. High Temperatus Engineering Plastics: In Engineering Plastics quod requirere summus temperatus processus (ut Polyamide, polyester, etc), anhydrous zinc borate potest providere firmum flamma retardant possessiones.

②. Ceramics et vitrum materiae, in Ceramic Glazes et speculum materiae, anhydrous zinc boatro serves quasi flamma retardant et fluxum, quod potest amplio in scelerisque stabilitatem et flammam retardancy de materiae.

③. Fireproof coating: Anhydrous zinc borate est in Fireproof coatings providere diu manet flamma retardant praesidium in altum temperatus environments.

④. Electronic et electrica materiae, in summus temperatus electronic et electrica materiae, anhydrous zinc borate potest amplio flamma retardancy et electrica proprietatibus in materia.

VI. ADVENTIS et limitations de anhydrous cadmiae borate

Commoda:

Princeps scelerisque stabilitatem: Free of Crystallina aqua, idoneam ad altum temperatus environments.

Environmentally amica et non-toxicus: occurrat in requisitis viridi chemia et environmentally amica.

Multifunctionality: quod combines munera ut flamma retardancy, fumus suppressionem et auctus materiam perficientur.

limitations:

Princeps cost: quod praeparatio processus est complexu et productio sumptus est princeps.

Dispertibility alta requisita: uniformis dispersionem requiritur in materia, aliter ut afficit flamma retardant effectus.

VII. Future Development trends

In futurum, investigationis in anhydrous cadmiae borate erit focus in sequentibus directiones:

①. Nanotechnology: Improving dispertibility et flamma retardant efficientiam per Nanotechnology.

②. Multi muneris composita materiae: develop nova composita materiae quod miscere flamma retardancy, supplemento, antibacterial et alia functions.

③. Green Production Productio: Optimise Production processibus, reducere costs et minimize environmental ictum.

VIII. Conclusio

Anhydrous cadmiae borateEst summus perficientur halogen-liberum flamma retardant cum lata application spes in summus temperatus ipsum Engineering plastics, LATERAMEN, ignis-repugnant coatings, et aliis agri, et in excelsum scelerisque stabilitatem, environmental ex suo excelsis stabilitatem, environmental ex suis excelsis stabilitatem, environmental ex suo excelsis stabilitatem, et alias, et multifunctionality. Per technicae innovation et processus optimization, anhydrous zinc borate et ludere a magis partes in agro flammae retardant materiae in futurum.