AMT 1.2L - MALTOTRIOSE FORMING AMYLASE is a clear, brownish liquid. It is a new kind of syrup which is stable in acid and high temperature conditions and who's viscosity is low as well. it also resists crystallization and is valuable as a humectant.
Benexia® Black Chia Low Moisture (LM) is the whole grain from Salvia hispanica L. processed through a 100% natural, chemical free, non-ionizing radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting ...view more
Benexia® Black Chia Low Moisture (LM) is the whole grain from Salvia hispanica L. processed through a 100% natural, chemical free, non-ionizing radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in the lowest microbiological and moisture specification guarantee, assuring 100% non-sprouting and preserving all the nutritional and sensorial parameters of the chia. view less
Benexia® Black Chia Organic is the whole grain from organic Salvia hispanica L. elaborated under free chemical production. It is ideal for use in food ingredient, and nutraceutical uses.
Benexia® Black Chia Organic Low Moisture (LM) is the whole grain from organic Salvia hispanica L. processed through an organic certificated radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in t...view more
Benexia® Black Chia Organic Low Moisture (LM) is the whole grain from organic Salvia hispanica L. processed through an organic certificated radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in the lowest microbiological and moisture specification guarantee, assuring 100% non-sprouting and preserving all the nutritional and sensorial parameters of the chia. view less
Benexia® Organic White Chia is the whole grain from organic Salvia hispanica L. elaborated under free chemical production. It is ideal for use in food ingredient, and nutraceutical applications.
Benexia® White Chia Low Moisture (LM) is the whole grain from Salvia hispanica L. processed through a 100% natural, chemical free, non-ionizing radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting ...view more
Benexia® White Chia Low Moisture (LM) is the whole grain from Salvia hispanica L. processed through a 100% natural, chemical free, non-ionizing radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in the lowest microbiological and moisture specification guarantee, assuring 100% non-sprouting and preserving all the nutritional and sensorial parameters of the chia. view less
Benexia® White Chia Organic Low Moisture (LM) is the whole grain from organic Salvia hispanica L. processed through an organic certificated radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in t...view more
Benexia® White Chia Organic Low Moisture (LM) is the whole grain from organic Salvia hispanica L. processed through an organic certificated radiofrequency technology. This technology provides pasteurization, disinfestation and disinfection, resulting in the lowest microbiological and moisture specification guarantee, assuring 100% non-sprouting and preserving all the nutritional and sensorial parameters of the chia. view less
Benexia® Xia Powder-125 LM is a fine and dispersible Chia protein powder from the partially defatted Benexia® Black Chia obtained through MicroTech(r) technology. It is a Chia protein concentrate up to 42%, that has a complete Amino-Acid profile.
Benexia® Xia Powder-125 White LM is a fine and dispersible Chia protein powder from the partially defatted Benexia® Black Chia obtained through MicroTech(r) technology. It is a Chia protein concentrate up to 42%, that has a complete Amino-Acid profile.
Benexia® Xia Powder-435 is a fine chia fiber powder (less than 435 microns) from the partially defatted Benexia® Black Chia obtained through MicroTech(r) technology. It is a Chia fiber concentrate up to 56%, that has an excellent balance in soluble and in...view more
Benexia® Xia Powder-435 is a fine chia fiber powder (less than 435 microns) from the partially defatted Benexia® Black Chia obtained through MicroTech(r) technology. It is a Chia fiber concentrate up to 56%, that has an excellent balance in soluble and insoluble fiber. view less
Benexia® Xia Powder-435 White LM is a fine chia fiber powder less than 435 microns from the partially defatted Benexia® White Chia LM obtained through MicroTech technology. It is a Chia fiber concentrate up to 56%
KLEISTASE E5S is a bacterial endo α-amylase (EC 3.2.1.1) preparation derived from Bacillus
amyloliquefaciens. The enzyme catalyzes the hydrolysis of starch. The enzyme hydrolyzes the α-1,4-glucosidic linkages of gelatinized starch randomly to produce sol...view more
KLEISTASE E5S is a bacterial endo α-amylase (EC 3.2.1.1) preparation derived from Bacillus
amyloliquefaciens. The enzyme catalyzes the hydrolysis of starch. The enzyme hydrolyzes the α-1,4-glucosidic linkages of gelatinized starch randomly to produce soluble dextrins, reducing the high viscosity of the starch slurry anddecolourising the blue colour of the starch-iodine complex.
The thermal stability of the enzyme is higher than those of α-amylase from fungal or animal sources. view less
KLEISTASE SD80 is a bacterial endo α-amylase (EC 3.2.1.1) preparation derived from Bacillus
amyloliquefaciens.The enzyme catalyzes the hydrolysis of starch. The enzyme hydrolyzes the α-1,4-glucosidic linkages of gelatinized starch randomly to produce sol...view more
KLEISTASE SD80 is a bacterial endo α-amylase (EC 3.2.1.1) preparation derived from Bacillus
amyloliquefaciens.The enzyme catalyzes the hydrolysis of starch. The enzyme hydrolyzes the α-1,4-glucosidic linkages of gelatinized starch randomly to produce soluble dextrins, reducing the high viscosity of the starch slurry and decolourising the blue colour of the starch-iodine complex.
The thermal stability of the enzyme is higher than those of α-amylase from fungal or animal sources. view less
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