a:11:{s:2:"id";s:2:"46";s:12:"cms_headline";s:19:"Formulate with Ease";s:5:"title";s:19:"Formulate with Ease";s:17:"collapsible_style";s:7:"default";s:7:"content";s:1313:"<p>1. When using Hydresia&reg; Oleosomes as a primary emulsifier, include thickeners to ensure the viscosity of the finished formulation is over 9000 CPS (spindle 2) for optimal stability.</p>

<p>2. As is, mix at 0-400 rpm. In an emulsion, mix at 0-800 rpm with a propeller when adding oil phase ingredients to concentrated oleosomes. Once the water phase is added, in-line homogenization up to 3000 rpm is fine.</p>

<p>3. Temperatures of up to 55&deg;C are acceptable for all Hydresia&reg; system products. Temperatures of 80&deg;C are acceptable for up to one hour for Hydresia&reg; system products. Oleosomes are stable in freeze/thaw states in most formulations; however, the raw material should not be frozen.</p>

<p>4. Formulate at a pH between 3.5 - 9.0</p>

<p>5. Use Hydresia&reg; SF2 for high alcohol content formulations.</p>

<p>6. Most surfactant systems are compatible; however, avoid harsh anionics (e.g. SLS).</p>

<p>7. Most preservatives are compatible; however, avoid protein cross-linkers (e.g., DMDM hydantoin).</p>

<p>8. Hydresia&reg; Oleosomes can emulsify up to 3 times their weight in oils.</p>

<p>9. Hydresia&reg; Oleosomes have an HLB range of 5-15 (8-13 optimal).</p>

<p>10. Hydresia&reg; Oleosomes can load up to 30% of their weight in oil soluble actives.</p>";s:10:"cms_active";s:1:"1";s:11:"cms_deleted";s:1:"0";s:9:"cms_draft";s:1:"0";s:11:"cms_created";s:19:"2016-01-08 16:45:44";s:12:"cms_modified";s:19:"2016-01-08 16:45:44";s:20:"cms_modified_by_user";s:1:"8";}