Our Unique Range of Amylases

BVZyme AF, a classic fungal amylase, and BVZyme AB, a bacterial amylase, work by breaking down starch into dextrins through their action on the 1,4-glycosidic bonds in the starch structure.

Fungal Amylases

BVZyme AF110

BVZyme AF110

BVZyme AF110

Benefits

Improve the volume
Improve dough handling
Improve softness

Optimizing Wheat Starch

The largest component of wheat flour is the starch, The starch consist mainly From glucose units , starch is two types, amylose and amylopectin, our BVZyme A(amylases range)improve the starch according to A different applications.

Enzymatic Starch Breakdown

Our first solution BVZyme AF which is classic fungal amylase and BVZme AB which is bacterial amylase to break down the starch into dextrins by acting on the gluecosidic bonds 1,4 in stach structure.

Bacterial Amylases

BVZyme AB15

BVZyme AB25

BVZyme AB35

Benefits

Improve the volume
Improve dough handling
Improve softness

Amyloglucosidase

BVZyme AMG880

BVZyme AMG1400

Benefits

Improve crust color
Shorter proofing
Improve oven spring
Improve bread flavor

Glucose Yield Enzyme

Our BVZyme AMG which is amyloglucosidase break down the starch into glucose by acting on the terminal gluecosidic bonds 1,4 in stach structure

Anti-Staling Enzyme

Our BVZyme A FRESH unique maltogenic amylase range acts on amylopectin breaking down glucosidic bond 1,6 and 1,4 to prevent the retransformation of gelled amylopectin into crystalline amylopectin,and transfer as well the amylopectin into amylose.

Maltogenic Amylase

BVZyme A FRESH 101

BVZyme A FRESH 202

BVZyme A FRESH 303

Benefits

Improve the shelf life
Improve freshness
Improve crumb softness
Improve crumb elasticity

Maltogenic Amylase

BVZyme A SOFT 205

BVZyme A SOFT 405

Benefits

Improve the shelf life
Improve freshness
Improve crumb softness
Improve crumb elasticity

Glucose Yield Enzyme

Our BVZyme A SOFT unique maltogenic amylase range acts on amylopectin breaking down glucosidic bond 1,6 and 1,4 to prevent the retransformation of gelled amylopectin into crystalline amylopectin,and transfer as well the amylopectin into amylose.

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Baking Chemistry

In baking, chemistry is the secret ingredient that transforms
flour and water into art.