Guest guest Posted June 23, 2006 Report Share Posted June 23, 2006 Several of my suppliers cater mainly to aromatherapists and bottle their essential oils with orifice reducer tops, which I find inconvenient for measuring a uniform size drop. But when I remove the reducer, the cap no longer seems to form a good seal. Will I need to rebottle these EO, or has someone found a more efficient way to deal with this? Thanks! Quote Link to comment Share on other sites More sharing options...
Guest guest Posted June 23, 2006 Report Share Posted June 23, 2006 Several of my suppliers cater mainly to aromatherapists and bottle their essential oils with orifice reducer tops, which I find inconvenient for measuring a uniform size drop. But when I remove the reducer, the cap no longer seems to form a good seal. Will I need to rebottle these EO, or has someone found a more efficient way to deal with this? Thanks! One thing I have done to increase the flow of my oils, is to take an exacto knife and trim off some of the breater tube, while also making the hole in the base of the dropper top a little larger. Results will vary according to the viscosity of the material. . Quote Link to comment Share on other sites More sharing options...
Guest guest Posted June 23, 2006 Report Share Posted June 23, 2006 Go to De Luce Packaging and order new caps. Orifice reducer caps are made to be used with orifice reducers. BTW they also have sprayers for one ounce size bottles. Fondly Fumed Bb --- cranemoon <cranemoon@...> wrote: > > Several of my suppliers cater mainly to > aromatherapists and bottle > their essential oils with orifice reducer tops, > which I find > inconvenient for measuring a uniform size drop. > But when I remove the > reducer, the cap no longer seems to form a good > seal. Will I need to > rebottle these EO, or has someone found a more > efficient way to deal > with this? Thanks! > > One thing I have done to increase the flow of my > oils, is to take an exacto knife and trim off some > of the breater tube, while also making the hole in > the base of the dropper top a little larger. Results > will vary according to the viscosity of the > material. > > . > > > > [Non-text portions of this message have been > removed] > > > > Quote Link to comment Share on other sites More sharing options...
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