On Mon, Sep 11, 2006 at 07:14:40AM +0200, Tonom?r Andr?s wrote:
> Hi Rafal,
>
> Do not overcomplicate yourself.
>
> 1. Make sure that your oil is dry.
> 2. Make sure that your methanol dry, and lye fresh
> 3. Reaction parameters - time, temperature, agitation are OK.
> 4. Settlig time 24 Hours +
Hi Rafal,
Do not overcomplicate yourself.
1. Make sure that your oil is dry.
2. Make sure that your methanol dry, and lye fresh
3. Reaction parameters - time, temperature, agitation are OK.
4. Settlig time 24 Hours +
5 Wash test from the upper layer of reaction wessel. - If failed try +1gr
lye.
On Sat, Sep 09, 2006 at 05:05:59PM -0700, Ken Provost wrote:
>
> On Sep 9, 2006, at 4:31 PM, Rafal Szczesniak wrote:
>
>
> > I'm talking about the result I get from the washing test. I know the
> > soap formation is only possible in presence of water dissolving
> > the lye. That's probably why a
On Sep 9, 2006, at 4:31 PM, Rafal Szczesniak wrote:
> I'm talking about the result I get from the washing test. I know the
> soap formation is only possible in presence of water dissolving
> the lye. That's probably why aggresive mixing in the test
> could produce the soap in my case.
Except b
On Sat, Sep 09, 2006 at 02:18:17PM -0700, Ken Provost wrote:
>
> On Sep 9, 2006, at 11:12 AM, Rafal Szczesniak wrote:
>
> > Hi all,
> >
> > Could you tell me how can I tell the difference between emulsion
> > caused by unfinished process (glycerides left in the product) and
> > caused by soap for
On Sep 9, 2006, at 11:12 AM, Rafal Szczesniak wrote:
> Hi all,
>
> Could you tell me how can I tell the difference between emulsion
> caused by unfinished process (glycerides left in the product) and
> caused by soap formation (too much lye) ?
I suppose you could use gentle acidification follow
