Product code: MoldGel Alginate SILFREE -molding powder 4-5 hotsell Min Set, 20lbs. box !!Liquidation!!
15x 20lb. boxes available Multi discount MoldGel Alginate SILFREE - Regular Set hotsell 4-5 Min Set [artmolds.com] see full details on their website. Health Friendly – Silica-free and dustless, too! Environmentally GREEN – with all food grade ingredients Highest Yielding Formula – greatest value ounce-for-ounce Delayed Shrinkage – extends casting time requirements up 24-hrs. Ultra Smooth and Creamy – reduces mold voids due to air bubbles Stays In Place – improved surface tension reduces runs Gradual Set Time – eliminates a setting surprise Surface Enhanced – improved gypsum and fast resin compatibilty Approved for ASTM D-4236 Labeling – independently tested MIXING AND CURING: Weigh or measure proper amounts of MoldGel SILFREE Regular Set powder and 80° F. / 27° C water. Mix together rapidly, but avoid whipping in air. A turbo mixer on a variable speed drill is recommended. Thicken with more powder, thin with more water. Apply to surface with a flowing motion pushing air out ahead of material.
15x 20lb. boxes available Multi discount MoldGel Alginate SILFREE - Regular Set hotsell 4-5 Min Set [artmolds.com] see full details on their website. Health Friendly – Silica-free and dustless, too! Environmentally GREEN – with all food grade ingredients Highest Yielding Formula – greatest value ounce-for-ounce Delayed Shrinkage – extends casting time requirements up 24-hrs. Ultra Smooth and Creamy – reduces mold voids due to air bubbles Stays In Place – improved surface tension reduces runs Gradual Set Time – eliminates a setting surprise Surface Enhanced – improved gypsum and fast resin compatibilty Approved for ASTM D-4236 Labeling – independently tested MIXING AND CURING: Weigh or measure proper amounts of MoldGel SILFREE Regular Set powder and 80° F. / 27° C water. Mix together rapidly, but avoid whipping in air. A turbo mixer on a variable speed drill is recommended. Thicken with more powder, thin with more water. Apply to surface with a flowing motion pushing air out ahead of material.