DALSORB

DALSORB® 2500M is based on MAGNESOL® - a synthetic, amorphous, hydrous form of magnesium silicate. MAGNESOL® products are ideal for use as adsorbents, antistatic flow agents, anti-caking agents, catalyst supports, carriers, and reinforcing fillers. DALSORB® 2500M is a pure white, odorless powder designed to remove the impurities which form in edible oils during industrial frying processes. Its narrow particle size distribution results in superior filtration characteristics. DALSORB® 2500M is acceptable to the FDA for filtration of used frying oils.

DALSORB® 3000M is a synthetic magnesium silicate-based adsorbent used for removing degradation by-products from cooking oil, extending oil life, reducing costs, and improving the consistency of your oil quality. Based on MAGNESOL® technology, DALSORB® 3000M was developed specifically for the purification of used cooking oil. MAGNESOL® products are ideal for use as adsorbents, anti-static flow agents, anti-caking agents, catalyst supports, carriers, and reinforcing fillers. Being synthetically produced, it is amorphous and, thus, contains no crystalline silica. DALSORB® 3000M is a pure-white, odorless powder designed to remove the polar impurities which form in edible oils during frying processes used in the production of all food types. Its narrow particle size distribution results in superior filtration characteristics. DALSORB® 3000M is acceptable to the FDA for filtration of used frying oils.

DALSORB® F50 is a synthetic, amorphous, hydrous form of magnesium silicate consisting of a fine, pure white, odorless, tasteless powder that is manufactured to meet the specifications for synthetic magnesium silicate of the Food Chemicals Codex, the National Formulary, the FAO/WHO JECFA Specifications for Identity and Purity, and EU Commission Directive. With a porous internal structure and enormous activated surface, DALSORB® products are recommended for industrial frying applications to remove impurities formed during the frying process. Their narrow particle size distributions result in superior filtration characteristics.