Technical FAQs
Solution: The amount of starch in wheat flour can easily be determined by washing the starch out and
drying the suspension thus obtained, the determination of the damaged starch can be carried out by
chemical end group analysis or modern enzymatic methods. in this case special enzymes are used that
cause measurable conversion of materials, starch damage can also be determined by S.D.Matic machine
from
chopping France.
Solution: Gluten Quantity & quality both are responsible for flour quality to get good volume loaf,
check gluten index of the flour.
Suitable improver could be used to get good bread, if flour is too strong/ too weak/too short gluten
will not give good volume to bread loaf.
Hydrocolloids such as guar gum or carboxymethyl cellulose are able to increase water absorption, but
some enzymes improve the uptake of water too; they include pentosanase, which acts specifically on
the
insoluble pentosan fraction, increased starch damage also increases water absorption but reduces
stability.
Water absorption can also be increased by the addition of W A PLUS to flour-it is available with
stern
ingredients India Pvt Ltd.
By adding Dry gluten or using more hard wheat in the grist water absorption can be increased in
certain
extent.
Chlorine, chlorine dioxide (both are gaseous) or benzoyl peroxide (powder) can be used for
bleaching. In
contrast to chlorine and chlorine dioxide, benzoyl peroxide has almost no maturing effect on the
flour.
The treatment with benzoyl peroxide takes 24-72 hr. to become visible.
Bleached flour will result in a brighter crumb color. The same effect can be achieved with
enzyme-active
soybean or fava bean flour; in all cases the flour pigments are affected. brightening with ascorbic
acid
, Monoglycerides, Hemicellulase and some other additive rests on a purely physical phenomenon; they
reduce the pore size i.e. they create a finer crumb structure , smaller pores cast less shadow and
therefore appear brighter.
Generally for different baked products requires different flour quality, if
you
use specific improver for specific product it will give best result where as if someone requires
single
improver for all baked products then they will get the products with average quality.
The smell is probably caused by unsuitable transportation or storage conditions resulting in mould
formation, if the damage is only superficial, thorough cleaning and milling with a low yield will
remove
most of the substance that smells. In the past, attempts have also be made to mix grain with active
charcoal in order to absorb the substance responsible for the smell. The charcoal was subsequently
removed by sifting.
Off smell may be a carry-over from the rain damaged/water damaged wheat, or it may have been caused
by
unsuitable storage of the flour itself, there is no viable method for removing the smell from the
flour.
Adding it in small amounts to intact flour is probably the only way to use the flour.
If Parotha improver is with enzyme, in initial period enzyme activity
will be optimum, as the dough with parotha improver will be kept for longer period the enzymes will
keep
acting on the dough protein, and dough will get slack.
if Baking is carried out under standard baking conditions with suitable improver, it will give oven
spring, but if the flour is too weak then dough will collapse, where as if the flour is too strong
or
with excess amount of oxidants then dough will become too strong, hence bread will not get oven
spring.
-
The dark color of wholemeal flour is not only due to carotenoids with which benzoyl peroxide
reacts
-
Because of the high concentration of pigments the BPO is exhausted before it achieves a brighter
color
-
The benzoyl peroxide was premixed with flour and stored for more than just a few hours. This
results in a partial or even complete reaction with the carrier, but not with the main flour
-
The dark color is partially caused by foreign substances e.g. metal debris from the rollers or
fortifying agents containing dark substances.
While making improver premix we need to consider following facts
- Density of the improver & density of the carrier
- Flowing properties of the carrier
- Reaction of improver on carrier
- Effect of carrier on the flour characteristics
- Granulation of carrier
- Moisture of carrier
- FSSAI Standards for material used for carrier
Baked goods are almost sterile, or at least pasteurized, when they leave the oven. Microbial
contamination occurs through re-infection. Re-infection can only be prevented by a sterile packaging
area following the oven or by a second heating step with the bread already wrapped in heat stable
packaging material. If this is not feasible, cooling of the baked goods is another option, but this
accelerates the staling rate, if no wrapping is applied, more extensive baking (and thus drying of
the
surface) improves resistance to mould growth, finally, preservatives helps to suppress microbial
growth
finally, in order to limit the off-taste caused by the preservative, combinations of several agents
are
recommended e.g. propionate or sorbates with acetates.
Bread loaf gets caved in because of excessive proofing/excess improver/excess oven rise to overcome
above fault either reduce proofing time/reduce improver/reduce baking temperature or use slight top
curved lid on the bread pan (curvature at center would be around 8 to 10 mm).
General FAQs
Yes they earlier Nensey and Muhlenhchemie worked together in flour milling
industry. Both have come together as Stern Ingredients India Private Limited. Mc is a flour
ingredients
division of Stern Wywiol Group, Germany, whereas as Nensey is one of the Food Divisions of Palani
Group
of Companies, India.
Yes, all are products are FSSAI certified. Not only that we are also ISO and
GMP
certified
Wheat being a natural product, always has fluctuation and milling flour from
inconsistent wheat is a challenge for our millers. Our flour treatment and improvement, adjusts the
flour quality thereby standardizing their flour and offering their end customer consistent flour.
Yes, we have more than 100 products in our range. We understand the needs of
our
customers and provide them with specific solutions, whether its high quality bread flour or premium
South Indian parotha flour, whether its increasing WAP or increasing Falling number.
Yes, its possible, if you have a high end micro feeder.
All are products are safe. All our products are thoroughly checked before
their
leave our production.
Yes, we have an improver for new wheat which increases FN and matures the
gluten,
thereby making the flour acceptable for relevant application.
With minor dosage adjustments you can use the improvers throughout the year.
While, the dosage might increase during end of the season i.e. in November, December and January,
the
dosage can be reduced in the beginning of the crop season.
Most of our products are cost effective. If you compare the cost of high
quality
wheat to the flour treatment suggested by us, we can say, we are cost effective.
We have a full-fledged state of art flour testing lab, a rheologhy lab and 4
application labs, where we test customer’s flour and offer them required solution. To more about our
lab
check this link...
We have both general and specific discount schemes for our customers.
We believe our customers to be our partners and the drivers of growth for our company is
Brand expansion
Market expansion
Quality awareness
Product range awareness
Food safety