Modification of triglycerides

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Cosmetic extractions

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Fatty acids – Biological and cosmetic raw materials

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Evaluation melting points of esters

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Structuring oil phases in personal care products

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Source substitution formulating

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Evaluating formulations – Establishing salient specifications

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Silica in personal care applications

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Preferential oil penetration into hair

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Ionic interactions between amphoteric and gemini surfactants

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Surfactant interactions Anionic/Amphoteric

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Functional formulation for complex raw material – Part 2

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Functional formulation for complex raw material – Part 1

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Regiospecificity of branching in simple esters

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Functional formulation

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Minimally disruptive technology functional formulation

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Altering polarity to improve formulation stability

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Measurement of environmental acceptability film formers

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Evaluating coated pigmented products

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Innovative broad spectrum sunscreen

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Polyol esters in personal care formulations part 2*

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Polyol esters in personal care formulations part 1 – Chemistry

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Liquid esters

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An approach to developing hi-tech products for personal care products

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Inverting the tables on emulsion sensory and performance

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PEG Dimethicone in Shampoos

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Intellectual Property – Patents

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Cationic silicone polymers

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Comparison of Silicone Quaternium 20 and Polyquaternium 10 in hair care formulations

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Understanding – Salt Curves

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Polymer interactions in formulations

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Selecting PEG/PPG Dimethicone Silicone Surfactants – The Agony and the Ecstasy

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Silicone Anionic / Silicone Cationic Complex Silicone Quaternium 20

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Review of silicone emulsifier selection

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Emulsion Technology

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D5 replacements – A suggested approach

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Surfactant Interactions in Formulations
*Part 2 Amphoteric / Anionic Interactions

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Anionic/cationic interactions

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Why use silicones in Personal Care products Part 3 – Oil soluble silicones polymers

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Why Use Silicones in Personal Care Products
Part 2 – Water Soluble Silicone Polymers

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