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by closely watching the exothermic reaction and [[red underline]] by direct cooling at the [[/red underline]] right time or addition of [[red underline]] solvents [[/red underline]] an A is obtained which is [[red underline]] fusible and soluble and can be transformed into C [[/red underline]] by suitable heating and the usual methods
The watery solution submitted to two hours boiling is clear at first then clouds and separates a resinous product which has the characteristics of [[red underline]] A [[/red underline]]
I am much interested in this because I see not a [[red underline]] possibility of controling [[strikethrough]] to [[/strikethrough]] with an unprecedented [[/red underline]] nicely the formula of bakelite and more particularly will be able to start with [[red underline[[ two water soluble products [[/red underline]] [[strikethrough]] use [[/strikethrough]] in an aqueous solution
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thus saving [[red underline]] cost of solvent [[/red underline]] and introducing other advantages in the making of [[red underline]] composite cardboard, [[/red underline]] molding mixtures and also a [[red underline]] watery varnish [[/red underline]] ie. a varnish in water solution May has a new way [[red underline]] for sizing paper or for applying paint in water then heating. [[strikethrough]] slightly [[/strikethrough]] I should try some other [[red underline]] hexatriphenols, [[/red underline]] for instance [[strikethrough]] that [[/strikethrough]] such phenols as [[strikethrough]] h [[/strikethrough]] resorcinol and dimethyldroxydyphenylmethane and other phenols of the [[red underline]] droxydyphenylmethane [[/red underline]] series
Try also making a [[red underline]] paint by dissolving [[red underline]] parafin into phenol [[/red underline]] containing some sodium [[strikethrough]] of [[?]] [[/strikethrough]] or caustic soda. add pigment and try to keep as this either as such or diluted in water then applied to a surface and heated ought to give the infusible product.
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