Mesophilic aromatic culture, type LD.
The culture produces flavor and CO2.
The culture is primarily used in the manufacture of Continental cheese types (Gouda, Edam, Leerdam, Samsoe) and soft cheese types (Lactic cheeses, Camembert, Blue cheese).
Mesophilic adjunct eXact® culture, type O.
The culture increases texture but not diacetyl flavor or CO2.
DSG-HB or HB-3 is used in combination with other lactic acid cultures, e.g. CHN-cultures, the XT-series or the DSG-2000-series.
The culture does not contain flavor producing bacteria and should not be used alone.
HB-3 is ideal for achieving increased viscosity in buttermilk used for dressings and baking, as well as for regular and reduced fat sour cream products and thick milk products.
Mesophilic aromatic culture, type L.
The culture produces flavor and CO2.
CAF is designed to be used as a flavor adjunct culture with Chr.Hansen’s cultures to produce a highly flavored end product.
A defined adjunct culture blend which enhances the overall flavor intensity of the cheese by accentuating important flavor notes.
It enhances the balanced, mellow, rounded and clean flavors and suppresses unwanted flavors like sour, bitter and flat.
The culture contains a nisin producing strain for promotion of bacteria lysis.
Thermophilic lactic acid culture.
The culture is a defined single strain with a long history of safe use.
Substantial clinical documentation on possible health benefits are avaliable upon request and likewise are certificates of identification and certificates of safety and origin.
BB-12® is a registred trademark of Chr.Hansen.
Thermophilic lactic acid culture.
The culture is a defined single strain with a long history of safe use.
Substantial clinical documentation on possible health benefits are avaliable upon request and likewise are certificates of identification and certificates of safety and origin.
BB-12® is a registred trademark of Chr.Hansen.
This culture has been produced without the use of dairy derived ingredients in any part of the production steps.
The culture is manufactured in an environment where dairy ingredients are handled.
However, the process equipment is cleaned according to our GMP standard before production of this culture.
Defined thermophilic lactic acid culture.
The culture is primarily applied in the production of yoghurt and other fermented milk products.
The culture is normally applied in combination with Yo-Flex® or nu-trish®The culture can also be used in production of Italian cheese varieties together with other lactic cultures e.g. Streptococcus thermophilus.
cultures.
The culture can also be used in production of Italian cheese varieties together with other lactic cultures e.g. Streptococcus thermophilus.
This Chr.Hansen DVS® culture contains defined mesophilic strains and is for continous direct vat set use.
The culture does not produce CO2 (homofermentative).
The culture is primarily applied in the production of cheeses with a closed texture, e.g. Cheddar, Feta and Cottage cheese.
The culture can be applied in other fermented dairy products, in combination or not with other lactic cultures.
Thermophilic YoFlex® culture.
This Chr.Hansen culture range provides a complete line of Kosher for Passover blends.
The culture will produce yoghurt with mild flavor, high viscosity and low post-acidification.
Suitable for cup set, stirred and drinking yoghurt.
A defined adjunct culture blend which enhances the overall flavor intensity of the cheese by accentuating important flavor notes.
It enhances the balanced, mellow, rounded and clean flavors and suppresses unwanted flavors like sour, bitter and flat.
The culture contains a nisin producing strain for promotion of bacteria lysis.
A defined adjunct culture blend which enhances the overall flavor intensity of the cheese by accentuating important flavor notes.
It enhances the balanced, mellow, rounded and clean flavors and suppresses unwanted flavors like sour, bitter and flat.
The culture contains a nisin producing strain for promotion of bacteria lysis.
Some strains are facultative heterofermentative and may produce CO2 in specific conditions.
Mesophilic eXact® culture, type L.
The culture produces diacetyl flavor and a medium level of CO2.
DSG 2000 cultures can be used in any cultured dairy product where a balanced acid and diacetyl flavor is desired.
These cultures are formulated to produce a shorter make time without compromising flavor.
Mesophilic aromatic culture, type LD.
The culture produces flavor and CO2.
This range provides cultures with fast acidification properties at a low inoculation rate.
The culture is primarily used in the manufacturing of Continental semi-hard cheese varieties with eyes, e.g. Gouda, Edam, Leerdam and Havarti.
Mesophilic aromatic culture, type LD.
The culture produces flavor and CO2.
This range provides cultures with fast acidification properties at a low inoculation rate.
This Chr.Hansen culture range provides a complete line of Kosher for Passover blends.
Mesophilic eXact® culture, type L.
The culture produces diacetyl flavor and a medium level of CO2.
DSG 2000 cultures can be used in any cultured dairy product where a balanced acid and diacetyl flavor is desired.
These cultures are formulated to produce a shorter make time without compromising flavor.
DSG 2000 cultures are ideal for manufacturing the following products:
A defined blend of mesophilic homofermentative adjunct culture.
The selection of the culture is based on a unique balanced aminopeptidase composition.
The strains are all isolated from traditionally well known cheese cultures on the criteria that they have no or reduced capability to ferment lactose.
The culture is primarily applied in the production of cheeses where normally mesophilic lactic acid bacteria are used.
This culture is particularly used in Cheddar, Continental cheeses (rindless cheese), low-fat cheese and cheese containing vegetable fat.
The culture enhances the overall flavor intensity of cheese by accentuating all important flavor notes.
It enhances balanced, mellow, rounded and clean flavors and suppresses unwanted flavors such as sour, bitter and flat.
A defined adjunct culture blend which enhances the overall flavor intensity of the cheese by accentuating important flavor notes.
It enhances the balanced, mellow, rounded and clean flavors and suppresses unwanted flavors like sour, bitter and flat.
The culture is primarily applied in the production of cheeses where normally mesophilic lactic acid bacteria are used.
This culture is particularly used in Cheddar, Continental cheeses (rindless cheese), low-fat cheese and cheese containing vegetable fat.
This Chr.Hansen culture system provides a complete line of Kosher for Passover customized blends designed for continuous use in direct vat set systems.
The cultures are selected for their ability to produce lactic acid quickly, their flavor and their phage resistance.
Mesophilic aromatic culture, type LD.
The culture produces flavor and CO2.
The culture can be used in the manufacture of the following products
Mesophilic homofermentative culture, type O.
This culture contains specially selected strains chosen for their phage resistance and ability to produce lactic acid quickly.
This culture does not produce CO2.
This Chr.Hansen DVS® culture contains defined mesophilic strains and is for continous direct vat set use.
The culture does not produce CO2 (homofermentative).
The culture is primarily applied in the production of cheeses with a closed texture, e.g. Cheddar, Feta and Cottage cheese.
The culture can be applied in other fermented dairy products, in combination or not with other lactic cultures.
Mesophilic aromatic culture, type LD.
The culture produces flavor and CO2.
This range provides cultures with fast acidification properties at a low inoculation rate.
The culture is primarily used in the manufacturing of Continental semi-hard cheese varieties with eyes, e.g. Gouda, Edam, Leerdam and Havarti.
Mesophilic homofermentative culture, type O.
This culture contains specially selected strains chosen for their phage resistance and ability to produce lactic acid quickly.
This culture does not produce CO2.