Salta al contenuto principale
SPEDIZIONE GRATUITA A PARTIRE DA 10,00€
Whatsapp 0775/1432381 Contattaci Blog
italiano
english
logo
  • 0
Home >Capelli>Tinte e colori>Colore permanente

L´Orèal Tinta Illuminante Majirel Glow 50ML .01D

di

L'OREAL


€ 8,20 IVA incl.


Prezzo Promo € 0,00


Ulteriore 10% di sconto nel carrello sul tuo primo ordine

Seleziona la tua taglia:
Selezionare una misura
Articolo disponibile anche in questi colori:
Colore selezionato: {{colore_scelto}}
{{ c.rgb_label }}
Aggiungi al Carrello
Il Prodotto è momentaneamente non disponibile!

Spedizione Gratuita Attiva
Hai già acquistato questo prodotto il
Consegna:
Disponibilità immediata
In arrivoNon disponibile Non disponibile. Vedi alternativa.
EAN: 3474636834471
Collezione:
Materiale:
SKU: 064944..01D
Colore: .01D
Misura:
Condividi:
Avvisami quando torna disponibile
Avvisami se il prezzo scende
Richiedi Informazioni
Rimani Aggiornato

L´Orèal Tinta Illuminante Majirel Glow 50ML .01D 


Majirel Glow è il nuovo colore per colori brillanti, brillanti e duraturi, con riflessi di tendenza in una finitura naturale! È una nuova generazione di coloranti, senza tonalità per riflessi di luce e trasparenza. Majirel Glow è un colore permanente con un risultato naturale e di tendenza basato su 3 principi:
  • neutralizzazione: la colorazione contiene un'alta concentrazione di coloranti freddi
  • luminosità: i capelli sono più luminosi grazie a una riflessione della luce superiore al 50%
  • trasparenza: più leggerezza con 4 volte più trasparenza
Tipo: Tinta.
Vantaggi: Colore Permanente.
Origine Francia.
Tipo: Tinta per capelli
Tipo di capelli: Tutti i tipi di capello
Conteggio unità: 50
Tipo di conteggio unità: millilitri
Paese/Regione di origine: Francia
Di questo prodotto abbiamo 0 quantità a disposizione nella nostra esposizione, in alcuni casi possiamo venderti il prodotto ad un prezzo scontato che dobbiamo valutare di volta in volta in base all'usura.
Può piacerti anche
Abbinalo con
Prodotti simili
Capelli scuri: il fascino dell’autunno si tinge di profondità
PGgzPklsIHJpdG9ybm8gZGVsbGUgbnVhbmNlIGludGVuc2U6IGNvbWUgYWZmcm9udGFyZSBsYSBzdGFnaW9uZSBjb24gbnVvdmUgY29sb3JhemlvbmkgZSB0ZWNuaWNoZSBwZXIgdW4gY2FtYmlvIGxvb2sgYXJtb25pb3NvIGUgcHJvZmVzc2lvbmFsZS48L2gzPjxwPjxicj48L3A+PHA+Q29uIGzigJlhcnJpdm8gZGVsbOKAmWF1dHVubm8sIHF1YWxjb3NhIGNhbWJpYSBub24gc29sbyBuZWxs4oCZYXJpYSBtYSBhbmNoZSBuZWxsZSBub3N0cmUgZXNpZ2VuemUgZGkgYmVsbGV6emEuIERvcG8gbWVzaSBkaSBzY2hpYXJpdHVyZSwgcmlmbGVzc2kgZG9yYXRpIGUgYmFsYXlhZ2UgZXN0aXZpLCBsZSB0ZW5kZW56ZSBjb2xvcmUgdmlyYW5vIGNvbiBkZWNpc2lvbmUgdmVyc28gdG9uYWxpdMOgIHBpw7kgc2N1cmUgZSBhdnZvbGdlbnRpLiDDiCBpbCBtb21lbnRvIHBlcmZldHRvIHBlciByaXNjb3ByaXJlIGxhIHByb2ZvbmRpdMOgIGRlaSBjYXN0YW5pIGNhbGRpLCBs4oCZZWxlZ2FuemEgZGVpIG1vZ2FubyBlIGxhIHNvZmlzdGljYXppb25lIGRlbGxlIHNmdW1hdHVyZSBjaW9jY29sYXRvLiBOb24gc2kgdHJhdHRhIHNvbG8gZGkgdW5hIHNjZWx0YSBlc3RldGljYSwgbWEgYW5jaGUgZGkgdW7igJllc2lnZW56YSBkaSByaWdlbmVyYXppb25lLCBwcm90ZXppb25lIGUgaW50ZW5zaXTDoDogdW4gY2FtYmlvIGxvb2sgY2hlIHBhcmxhIGRpIHJpbmFzY2l0YS48L3A+PHA+PHN0cm9uZz5EYWxsZSByYWRpY2kgYWwgY3VvcmU6IGlsIGZhc2Npbm8gZGVsbGUgdG9uYWxpdMOgIHNjdXJlPC9zdHJvbmc+PC9wPjxwPkxhIGNvbG9yYXppb25lIGRlaSBjYXBlbGxpIGluIGF1dHVubm8gc2kgdHJhc2Zvcm1hIGluIHVuIHJpdHVhbGUgZGkgY3VyYSBlIGRpIGVzcHJlc3Npb25lLiBMZSBudWFuY2Ugc2N1cmUgbm9uIHNvbG8gZG9uYW5vIHVuIGFzcGV0dG8gcGnDuSBzYW5vIGUgbHVjaWRvIGFsbGEgY2hpb21hLCBtYSB2YWxvcml6emFubyB0cmF0dGkgZSBpbmNhcm5hdGkgc2VnbmF0aSBkYWxsYSBsdWNlIHBpw7kgbW9yYmlkYSBkZWxsYSBzdGFnaW9uZS4gSSBjb2xvcmkgcHJvdGFnb25pc3RpPyBJbCBjYXN0YW5vIGZvbmRlbnRlLCBpbCBtb2thLCBpbCBjaWxpZWdpYSBuZXJvIGUgaWwgY2FmZsOoIGVzcHJlc3NvLiBUb25pIGludGVuc2ksIGNvcnBvc2ksIGNoZSB0cmFzbWV0dG9ubyBwZXJzb25hbGl0w6AgZSBjYXJpc21hLjwvcD48cD5Nb2x0ZSBlIG1vbHRpIGRpIHZvaSBhdnJhbm5vIG5vdGF0byBjb21lIGkgY2FwZWxsaSwgZG9wbyBs4oCZZXN0YXRlLCBhcHBhaWFubyBzZmlicmF0aSBlIG9wYWNoaS4gTGEgc2NlbHRhIGRpIHRvcm5hcmUgYSB0b25hbGl0w6AgcGnDuSBzY3VyZSwgc3Blc3NvIGFiYmluYXRlIGEgdHJhdHRhbWVudGkgcGlnbWVudGFudGkgbyByaWdlbmVyYW50aSwgw6ggYW5jaGUgdW4gbW9kbyBlZmZpY2FjZSBwZXIgcmVzdGl0dWlyZSBjb3JwbyBlIGJyaWxsYW50ZXp6YSBhbGxhIGNoaW9tYS4gTOKAmWFwcGxpY2F6aW9uZSBkaSA8YSBocmVmPSJodHRwczovL3d3dy55ZWxvZGllLml0L2NvbG9yZS1wZXJtYW5lbnRlLWNhcGVsbGkiIHRhcmdldD0iX2JsYW5rIj5jb2xvcmF6aW9uaSBwZXJtYW5lbnRpPC9hPiBvIDxhIGhyZWY9Imh0dHBzOi8vd3d3LnllbG9kaWUuaXQvY29sb3JlLXNlbWlwZXJtYW5lbnRlLWNhcGVsbGkiIHRhcmdldD0iX2JsYW5rIj5zZW1pLXBlcm1hbmVudGk8L2E+IHB1w7IgaW5mYXR0aSBtaWdsaW9yYXJlIHZpc2liaWxtZW50ZSBsYSB0ZXh0dXJlIGRlaSBjYXBlbGxpLCBwcm90ZWdnZW5kb2xpIGRhZ2xpIGFnZW50aSBlc3Rlcm5pIHRpcGljaSBkZWwgcGVyaW9kbyBwacO5IGZyZWRkby48L3A+PHA+UGVyIGNoaSB0ZW1lIHVuIGNhbWJpYW1lbnRvIHRyb3BwbyBkcmFzdGljbywgZXNpc3Rvbm8gdGVjbmljaGUgY2hlIHBlcm1ldHRvbm8gdW4gcGFzc2FnZ2lvIGdyYWR1YWxlOiBkYWkgcmlmbGVzc2kgcmFtYXRpIHN1IGJhc2UgY2FzdGFuYSBhaSBnaW9jaGkgZGkgbHVjZSB0b25vIHN1IHRvbm8sIGZpbm8gYWxs4oCZdXNvIGRpIG1hc2NoZXJlIGNvbG9yYXRlIGNoZSByYXZ2aXZhbm8gaWwgY29sb3JlIHNlbnphIGltcGVnbm8uIEFuY2hlIGkgZ2xvc3MgdG9uYWxpenphbnRpIGUgaSB0cmF0dGFtZW50aSBhIGJhc2UgZGkgY2hlcmF0aW5hIHBpZ21lbnRhdGEgcmFwcHJlc2VudGFubyBzb2x1emlvbmkgcGVyZmV0dGUgcGVyIHJpbmZyZXNjYXJlIGlsIGxvb2sgc2VuemEgc3RyZXNzYXJlIGxhIGZpYnJhIGNhcGlsbGFyZS48L3A+PHA+PHN0cm9uZz5UZWNuaWNoZSBkaSBjb2xvcmF6aW9uZSBlIGFiYmluYW1lbnRpIGF1dHVubmFsaTwvc3Ryb25nPjwvcD48cD5M4oCZYXV0dW5ubyDDqCBpbCBtb21lbnRvIGlkZWFsZSBwZXIgc3BlcmltZW50YXJlIHRlY25pY2hlIGRpIGNvbG9yYXppb25lIHByb2Zlc3Npb25hbGUgY2hlIHVuaXNjb25vIGVzdGV0aWNhIGUgdHJhdHRhbWVudG8uIFRyYSBsZSBwacO5IHJpY2hpZXN0ZSB0cm92aWFtbyBpbCA8c3Ryb25nPnJldmVyc2UgYmFsYXlhZ2U8L3N0cm9uZz4sIHVuYSB0ZW5kZW56YSBjaGUgcmliYWx0YSBsYSBsb2dpY2EgZGVsbGUgc2NoaWFyaXR1cmUgZXN0aXZlOiBpbnZlY2UgZGkgaWxsdW1pbmFyZSBsZSBwdW50ZSwgc2kgbGF2b3JhIGNvbiB0b25hbGl0w6AgcGnDuSBzY3VyZSBjaGUgcGFydG9ubyBkYWxsZSBsdW5naGV6emUgZmlubyBhbGxlIGVzdHJlbWl0w6AuIFF1ZXN0byBjb25zZW50ZSBkaSBlbGltaW5hcmUgbOKAmWVmZmV0dG8gc2VjY28gZSBzbGF2YXRvIGxhc2NpYXRvIGRhbCBzb2xlLCByZXN0aXR1ZW5kbyBhcm1vbmlhIGFsIGNvbG9yZSBlIHByb2ZvbmRpdMOgIGFsbGEgY2hpb21hLiDDiCBwZXJmZXR0byBwZXIgY2hpIG5vbiB2dW9sZSBzdHJhdm9sZ2VyZSBpbCBwcm9wcmlvIGxvb2sgbWEgZGVzaWRlcmEgdW5pZm9ybWFyZSBlIHZhbG9yaXp6YXJlIGlsIGNvbnRyYXN0byBuYXR1cmFsZSBkZWxsZSByYWRpY2kuPC9wPjxwPklsIDxzdHJvbmc+YnJ1bmV0dGUgbWVsdGluZzwvc3Ryb25nPiwgaW52ZWNlLCDDqCB1bmEgdmVyYSBlIHByb3ByaWEgZnVzaW9uZSBkaSBzZnVtYXR1cmUgY2FzdGFuZSBlIHNjdXJlLCByZWFsaXp6YXRhIGNvbiBwYXNzYWdnaSB0b25vIHN1IHRvbm8gY2hlIHNpIGZvbmRvbm8gaW4gbW9kbyBpbXBlcmNldHRpYmlsZS4gSWwgcmlzdWx0YXRvIMOoIHVuIGNvbG9yZSBtdWx0aWRpbWVuc2lvbmFsZSwgdmlicmFudGUgZSBuYXR1cmFsZSwgY2hlIG5vbiBjcmVhIHN0YWNjaGkgbmV0dGkgZSB2YWxvcml6emEgcXVhbHNpYXNpIGluY2FybmF0by4gUXVlc3RhIHRlY25pY2Egw6ggbW9sdG8gYXBwcmV6emF0YSBwZXJjaMOpIGdhcmFudGlzY2UgYmFzc2EgbWFudXRlbnppb25lOiBsYSByaWNyZXNjaXRhIGFwcGFyZSBzZW1wcmUgc2Z1bWF0YSBlIG5vbiBuZWNlc3NpdGEgZGkgcml0b2NjaGkgZnJlcXVlbnRpLCBpZGVhbGUgcXVpbmRpIHBlciBjaGkgY2VyY2EgZWxlZ2FuemEgZSBwcmF0aWNpdMOgLjwvcD48cD5JbmZpbmUsIGlsIDxzdHJvbmc+Z2xvc3NpbmcgdG9uYWxlPC9zdHJvbmc+IHJhcHByZXNlbnRhIGxhIHNvbHV6aW9uZSBwZXJmZXR0YSBwZXIgY2hpIGRlc2lkZXJhIHJhdnZpdmFyZSBpbCBjb2xvcmUgc2VuemEgcmljb3JyZXJlIGEgdW5hIHRpbnRhIHBlcm1hbmVudGUuIFNpIHRyYXR0YSBkaSB1biB0cmF0dGFtZW50byBwaWdtZW50YXRvIGUgbHVjaWRhbnRlIGNoZSwgb2x0cmUgYSBpbnRlbnNpZmljYXJlIGkgcmlmbGVzc2ksIGRvbmEgYnJpbGxhbnRlenphIGVzdHJlbWEgZSBtaWdsaW9yYSBsYSBzYWx1dGUgZGVsIGNhcGVsbG8gZ3JhemllIGEgZm9ybXVsZSBhcnJpY2NoaXRlIGNvbiBhZ2VudGkgaWRyYXRhbnRpLiBQdcOyIGVzc2VyZSBhcHBsaWNhdG8gc2lhIHN1IGNhcGVsbGkgbmF0dXJhbGkgc2lhIHN1IGNhcGVsbGkgZ2nDoCBjb2xvcmF0aSwgcmVuZGVuZG9sbyB1biBhbGxlYXRvIHZlcnNhdGlsZSBwZXIgbWFudGVuZXJlIGlsIGxvb2sgc2VtcHJlIGx1bWlub3NvIGUgY3VyYXRvLjwvcD48cD5TZW50aXRlIGlsIHJpY2hpYW1vIGRpIHVuYSBudW92YSBzdGFnaW9uZSBlIGRpIHVuIG51b3ZvIHN0aWxlPzwvcD48cD5TY29wcml0ZSB0dXR0aSBpIDxhIGhyZWY9Imh0dHBzOi8vd3d3LnllbG9kaWUuaXQvY29sb3JhemlvbmUtY2FwZWxsaS1wcm9mZXNzaW9uYWxlIiB0YXJnZXQ9Il9ibGFuayI+PHN0cm9uZz5wcm9kb3R0aSBwZXIgbGEgY29sb3JhemlvbmUgZGVpIGNhcGVsbGk8L3N0cm9uZz48L2E+IHByZXNlbnRpIG5lbCBub3N0cm8gc2hvcCBlIGxhc2NpYXRldmkgaXNwaXJhcmUgZGFsbGUgbnVhbmNlIGF1dHVubmFsaS48L3A+PHA+VmlzaXRhdGUgYW5jaGUgbGEgc2V6aW9uZSBkZWRpY2F0YSBhbGxhIDxhIGhyZWY9Imh0dHBzOi8vd3d3LnllbG9kaWUuaXQvY3VyYS1jYXBlbGxpLXByb2Zlc3Npb25hbGUiIHRhcmdldD0iX2JsYW5rIj48c3Ryb25nPmN1cmEgZGVpIGNhcGVsbGk8L3N0cm9uZz48L2E+IHBlciBjb21wbGV0YXJlIGlsIHZvc3RybyByaXR1YWxlIGRpIGJlbGxlenphIGNvbiB0cmF0dGFtZW50aSByaWdlbmVyYW50aSwgbWFzY2hlcmUgbnV0cmllbnRpIGUgc2hhbXBvbyBzcGVjaWZpY2kgcGVyIGNhcGVsbGkgY29sb3JhdGkuPC9wPjxwPjxicj48L3A+PHA+PGJyPjwvcD4=
Continua a leggere
Condividi: