Sugar Chemical Division

Product Details:

Viscosity reducers are highly effective chemicals that acts as a viscosity reducer ofr cane sugar syrups. It finds various application with various chemicals cheracteristics.

It is highly effective polyacrylate based viscosity reducer chemical that is formulated to reduce viscosity of surgar syrup during pan and massecuite.

It is an effective formulation of polyacrylate polymer which highly increases sugar manufacturing efficiency by better lubrication purging, better circulation of pans, increases centrifugal efficiency, less boiling time, reduced content of ash.

        Advantages:

• Improves Circulation
• Shortens Boiling Time
• Improves Sugar Recovery
• Aids Purging
• Reduces Ash Content
• Lubricates Crystals Effective

Product Details:

3D Acid - S110 - Acid Inhibitor for Acid Cleaning

Specifications

While the acid cleaning process in the pipe line in sugar indutry, usage of the Hydrochloric acid is much frequent.
Acid corrosion inhibitor is high-temperature, acid corrosion inhibitor used to protect low alloys and corrosion-resistant
alloys.

 

 

It is also used in various other industries where corrsion occures in pipe line such as Oil Field and other related industries.

 

 

3AM-AC-1
(ALGICIDE / FUNGICIDE / BACTERICIDE)
Introduction:
“To inhibit formation of microbes during the storage of water or process water treatment” is the main
purpose of using 3AM - AC-1. The troublesome microbiological growth can cause number of
problems that can be nullified by our product 3AM-AC-1, which is broad-spectrum fungicide / biocide,
effective over a broad pH range and can be used along with other additives. The product can be
used to control algal, fungal or microbial growth in swimming pool, cooling tower, closed circulation
system, chillers etc industrial process systems.
Contents of 3AM-AC-1:
It contains carbamate compounds as an active ingredient and other additives, stabilizers, which are
known for its effectiveness on the microbes.
Advantages of using 3AM-AC-1:
• Effectively controls microbe formation
• Keeps the system at its highest performance even after long storage
• Work at same dose level on fungi and bacteria
• No formaldehyde and low toxic
• Compatible with other additives
• Hazard free packing
Direction for use:
3AM-AC-1 should be added to the product in the dose range of from as low as 0.05% to 0.5% on
different microbes. But generally one can consider the dose of 0.1% to 0.3%, more precisely from
0.1% to 0.2%.
Storage:
Store the product in a cool and dry place away from direct sunlight.
Packing:
The product is available in 25 to 200 kg HDPE carboys.
Safety precautions:
Before handling the product, refer material safety data sheet which contains detailed information
about this product (available on request).

Additional Information:

• Minimum Order Quantity: 1000 Kilogram

Product Details:

3am-ac-3
(algaecide / bactericide / mill sanitation chemical)
introduction:
“to inhibit / control green and other algae / bacteria / fungi is the main purpose of using 3am –ac-3. ”
these troublesome microbiological growths can cause number of problems such as plugging of
pipelines and equipments, reduced cooling capacity, corrosion etc. These problems can be nullified
by our product 3am-ac-3, which is broad-spectrum algaecide / biocide, effective over a broad ph
range and can be used along with other water treatment chemicals.
contents of 3am-ac-3:
it contains nature friendly and powerful quats, low foaming surfactants and corrosion inhibitors, which
are known for its effectiveness on the microbes.
advantages of using 3am-ac-3:
• effectively controls algae formation.
• prevents slipperiness.
• prevents development of bad fouling odor.
• inhibits chloramines formation.
• inhibits hazardous bacterial growth.
• improves cooling tower capacity, cooling capacity.
direction for use:
depending on the algal growth 3am-ac-3 should be applied continuously to the system for three
days to destroy existing algae. (if algal growth is much, it is better to remove the growth manually
before treatment for better result. After that our system engineer will recommend the optimum weekly
dose.
storage:
store the product in a cool and dry place away from direct sunlight.
packing:
the product is available in 50 to 200 kg hdpe carboys.

Product Details:

Sugar Processing ChemcialsSpecifications

All types of Sugar Industry Chemicals widely used worldwide.
Specially formulated for Sugar Industry customer.

All Types of Sugar Processing Chemicals used in Sugar Industry.

 

 

 

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),D/A,T/T (Bank Transfer)
• Port of Dispatch: MUMBAI
• Delivery Time: EX-STOCK
• Packaging Details: exports standard packing

Product Details:

we are offering specialty chemicals developed for sectors like Oil Field, Marine, Industrial, Sugar Processing, Water treatment and other related industries.

Our products are speacily formulated to suite specfic industry need and as per the requirement of customer for better peformance at lower price with high concentration.

Mill sanitation is an important step in the sugar manufacturing process. Certain bacteria like leuconostoc can lead to sucrose loss in the juice by inversion besides slime formation and bad odour.

Use of mill sanitation chemicals is impaired due to lack of proper methodology to evaluate its cost - benefits to the factory. Purity drop method is incorrect, reducing sugar rise from primary juice to mixed juice is time consuming besides being prone to sampling errors. Since there is large variation in cane quality, juice composition; proper composite sampling with juice preservative is crucial. Such analysis, even carried accurately, do not indicate the upstream effect which are likely to be exerted by good biocide. 

It is known that biocides capable of killing microbes including thermophilic bacteria in cane juice within shortest possible time will control microbial inversion and acid formation in every stage of sugar manufacturing process. The analysis of invert sugars and molasses was carried out and it was found that use of proper biocide for mill sanitation do reflect in the analysis of final molasses.When biocide capable of killing microbes in cane juice is applied for mill sanitation, there is steady but small rise in invert sugar % brix and titrable acidity % brix between every stage of sugar processing. Titrable acidity and invert sugar per 100 brix of final molasses was much lower when Dew mill sanitation chemical is used and the difference is substantial and can be used to evaluate saving of sugar loss from microbial inversion. 

Dew mill sanitation biocides prevent purity drop in the cane juice due to sucrose loss by inversion and also helps in controlling slime and bad odour. 

These are specifically developed organic biocides for improved sanitation/hygiene in sugarcane juice and sugar mills. These are vastly superior to conventional chemicals lime ammonium bifluoride, bleaching powder and other halogen compounds. 

Benefits

• Effective control of biological growth in sugar juice
• Prevention of loss of vital sugar by avoiding inversion
• Improved sanitation of mill surroundings

 

ation in the software.

Additional Information:

• Item Code: sugar01
• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/A,Other
• Port of Dispatch: EX-MUMBAI
• Delivery Time: EX-STOCK
• Packaging Details: exports Standard Packing

Product Details:

Mill sanitation is an important step in the sugar manufacturing process. Certain bacteria like leuconostoc can lead to sucrose loss in the juice by inversion besides slime formation and bad odour.

Use of mill sanitation chemicals is impaired due to lack of proper methodology to evaluate its cost - benefits to the factory. Purity drop method is incorrect, reducing sugar rise from primary juice to mixed juice is time consuming besides being prone to sampling errors. Since there is large variation in cane quality, juice composition; proper composite sampling with juice preservative is crucial. Such analysis, even carried accurately, do not indicate the upstream effect which are likely to be exerted by good biocide.

It is known that biocides capable of killing microbes including thermophilic bacteria in cane juice within shortest possible time will control microbial inversion and acid formation in every stage of sugar manufacturing process. The analysis of invert sugars and molasses was carried out and it was found that use of proper biocide for mill sanitation do reflect in the analysis of final molasses.When biocide capable of killing microbes in cane juice is applied for mill sanitation, there is steady but small rise in invert sugar % brix and titrable acidity % brix between every stage of sugar processing. Titrable acidity and invert sugar per 100 brix of final molasses was much lower when Dew mill sanitation chemical is used and the difference is substantial and can be used to evaluate saving of sugar loss from microbial inversion.

Dew mill sanitation biocides prevent purity drop in the cane juice due to sucrose loss by inversion and also helps in controlling slime and bad odour.

These are specifically developed organic biocides for improved sanitation/hygiene in sugarcane juice and sugar mills. These are vastly superior to conventional chemicals lime ammonium bifluoride, bleaching powder and other halogen compounds.

Benefits

• Effective control of biological growth in sugar juice
• Prevention of loss of vital sugar by avoiding inversion
• Improved sanitation of mill surroundings

ation in the software.

Other Information

• Pay Mode Terms: D/A (Documents Against Acceptance), T/T (Bank Transfer)
• Port of Dispatch: EX-MUMBAI
• Delivery Time: EX-STOCK
• Packaging Details: EXPORTS STANDARD PACKING

Additional Information:

• Item Code: MILL001
• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: EX-MUMBAI
• Delivery Time: EX STOCK
• Packaging Details: EXPORTS STANDAR PACKING

Product Details:

3am-aspan
(antiscalant for pan evaporator)
introduction:
3am-aspan is a polyacrylate, which unlike polyphosphates has an excellent hydrolytic stability.
when used at threshold levels 3am-aspan effectively inhibits the precipitation of many scaleforming
minerals and also modifies the crystal morphology. Both of these properties plays key role
in keeping heat exchanger or evaporator surfaces scale-free. 3am-aspan exhibit a threshold
inhibition property whereby a few parts per million can stabilize hundreds or thousands of times as
many scale-forming ions. Surface absorption of polymers on the growth sites of scale-forming
crystal is the most plausible explanation of the mechanism for crystal growth inhibition and
distortion.
typical properties value
appearance
clear
colourless to
pale yellow
liquid
brookfield viscosity @ 25°c 400 cps
ph 7. 0 ± 0. 2
molecular weight 2000-2300
specific gravity @ 25°c 1. 20 – 1. 30
stability in original packing > 12 months
*properties mentioned and color shown in the photo above is for general idea of the product. Actual product property may vary.
product as per customer’s required specifications are also available.
application:
3am-as should be fed into the system neat or diluted solution, with the use of a metering / dosing
pump or with the simple tap as follows:
multiple effect evaporators: 4-6 ppm added to the clarified juice tank.
juice heat exchangers: 2-3 ppm added to the main feeding tubes.
pans: a dosage of 4-5ppm based on weight of the massecuite.
or it can be fed in to the system as discussed and decided as per technical requirement.
features and benefits:
1. High performance scale inhibition in sugar evaporators.
2. Wide range of activity on calcium oxalate, calcium sulphate and calcium carbonate scales.
3. Designed to prevent the precipitation and formation of adherent calcium scales in sugar
evaporators.
storage and handling:
wear rubber gloves and safety goggles when handling. In case of skin or eye contact, wash off
with soap and water and seek medical attention. Refer material safety data sheet before handling
the product.
standard packaging: 55 kg / 220 kg drums
for more information you can contact us at