High-fluidity and non-caking pulverulent crystalline maltitol composition
A kind of technology of crystalline maltitol and composition, applied in the field of powdery crystalline maltitol composition
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example 1
[0131] By placing the applicant company under the trade name MALTISORB A crystalline maltitol powder sold under P90 (with a volume mean diameter D(4,3) of 69.5 μm) was physically mixed with 4 anti-caking agents to prepare four powdery crystalline maltitol compositions, these Anti-caking agents are:
[0132] - Fumed silica AEROSIL sold by EVONIK-DEGUSSA GmbH TM 200;
[0133] - Sodium aluminosilicate DURAFILL sold by W.R.GRACE Co. TM 200;
[0134] - Anhydrous tricalcium phosphate or TCP sold by PRAYON S.A.; and
[0135] - Dehydrated potato starch with 6% residual water sold by the applicant company under the same name.
[0136] These 4 anti-caking agents exhibited water absorption and particle size characteristics represented in Table 1 below.
[0137] Table 1
[0138]
[0139] The maltitol powder and anti-caking agent contents of these 4 powdery crystalline maltitol compositions according to the present invention are shown in Table 2 below.
[0140] Table 2
[014...
example 2
[0156] By placing the applicant company under the trade name MALTISORB A crystalline maltitol powder (having a volume mean diameter D(4,3) of 77.8 μm) sold under P90 is physically mixed with an anti-caking agent (dehydrated potato starch with a water content of 6.0%) to A powdered crystalline maltitol composition was prepared. Finally, this powdery mixture consists of 95% maltitol powder and 5% dehydrated starch. The composition has a laser volume mean diameter between 10 μm and 150 μm.
[0157] From the same batch of MALTISORB Starting at P90, a physical blend was prepared with magnesium stearate in order to obtain a powder blend comprising 98% of maltitol powder and 2% of magnesium stearate. The composition has a laser volume mean diameter between 10 μm and 150 μm.
[0158] With each of these two physical mixtures with the initial batch of MALTISORB P90 Three flexible containers of type 66S containing a polyethylene bag (with a thickness of 100 μm) were filled wit...
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