Active Zinc Oxide
Aluminium Silicate
Aluminium Stearate
Aluminium Stearate Gel
Ammonium Chloride
Barytes-Micronised
Calcite-Micronised
Calcium Carbonate
Calcium Chloride
Calcium Chloride Powder
Calcium Chloride White Powder
Calcium Hydroxide
Calcium Hydroxide Powder
Calcium Stearate
Calcium Stearate Plastic
Calcium Sulphate
China Clay
Ferric Chloride
Glue Powder
Hydrated Lime
Hydrated Calcium Silicate
Kaolin
Magnesium Carbonate
Magnasium Chloride Flakes
Magnasium Chloride Anhydrous
Magnasiun Stearate
Magnasium Sulphate
Other Products
Pigments
Precipitated Silica
Sodium Bi - Sulphite
Sodium Meta - Bi - Sulphite
Sodium Sulphite
Stearic Acid
Stearic Acid Chemical
Stearic Acid Cosmetics
Stearic Acid Powder
Talc Powder
Vinly Resin
Zinc Carbonate
Zinc Chloride
Zinc Chloride Anhydrous
Zinc Chloride Powder
Zinc Chloride Solide
Zinc Chloride Imported
Zinc Dust
Zinc Oxide
Zinc Stearate
Zinc Stearate Plastic
     

Caltree

Calpro

Calchem

Purity

More than 80% as
Ca (OH)2

More than 85% as
Ca (OH)2

More than 90% as
Ca (OH)2

Fineness

600-800 MESH

800-1000 MESH

1000-1200 MESH

Colour

White

Pure White

Snow-White

Less Consumption

Due to micronised particles of caltree the one to one particle, therefore reduces consumption by 10% with respect to general Hydrated Lime available in tha market

Due to micronised particles of calpro the reaction with acidic particle are faster, therefore reduces consumption further with respect to caltree

Due to micronised particles of calchem the reaction with acidic particle are much more faster, therefore reduces consumption further with respect to calpro

No sludge formation

Due to micronised particles there is less sludge formation in your E. T. P. the slurry remain in suspension less sedimentation

Due to micronised particles there is very less sludge formation in your E. T. P. the slurry remain in suspension less sedimentation

Due to super fine micronised particles there is negligible sludge formation in your E. T. P. the slurry remain in suspension no sedimentation

Cost Effective

The consumption of caltree is less, and also saves cost on account of labour for cleaning the E. T. P. etc and hence cost effective.

The consumption of calpro is less than caltree because of high percentage of Ca(OH)2 and also saves on account of labour for cleaning the E. T. P. etc and hence cost effective.

The consumption of calchem is less than calpro because of high percentage of Ca(OH)2 and also saves on account of labour for cleaning the E. T. P. etc and hence cost effective.

Improve Efficiency

Since there is less sedimentation on account of sludge formation, shut down time of plant on account of cleaning of ETP is less, hence improves efficiency.

Since there is very less sedimentation on account of sludge formation, shut down time of plant on account of cleaning of ETP is less, hence improves efficiency.

Since there is no account of sludge formation, shut down time of plant on account of cleaning of ETP is saved, hence improves efficiency.

Easy Handling

Caltree is packed in double polypack of 40 kg. standard weight and therefore easy to handle

Calpro is packed in double polypack of 40 kg. standard weight and therefore easy to handle

Calchem is packed in double polypack of 40 kg. standard weight and therefore easy to handle

 
TYPICAL PHYSIOCHEMICAL PROPERTIES OF HYDRATED LIME
 
GRADES

Property

SIGMA
PRIDE

SIGMA
PEARL

SIGMA
SPECIAL

% OF AVAILABLE LIME
AS Ca(OH)2

96 ± 1

+ 94

+ 93

ACTIVE Ca0(%)

73 ± 0.7

+ 71

+ 70

ACID INSOLUBLE
(MAX %)

0.1

0.2

0.4

IRON & ALUMINA
AS Fe2 O3 & Al2 O3 

Practically Nil   
(As Fe < 100 PPM)

Practically Nil

In
Traces

MAGNESIA
AS MgO (MAX %)

0.5

0.6

0.7

MESH (BSS)

500

400

350

PACKING BAGS

Laminated  PP / HDPE

Laminated  PP / HDPE

PP/
HDPE

 
   

Property

GRADES

SUPER A

A

B

C

D

E

F

% OF AVAILABLE LIME AS Ca(OH)2

+ 92

+ 90

+ 85

+ 80

+ 75

+ 70

+65

ACTIVE Ca0(%)

+ 69.5

+ 68

+ 64

+ 60

+ 56

52

+ 49

ACID INSOLUBLE
(MAX %)

0.6

1.0

1.5

3.0

4.0

4.5

6.0

IRON & ALUMINA
AS Fe2 O3 & Al2 O3 

In
Traces

In
Traces

In
Traces

In
Traces

In
Traces

In
Traces

In
Traces

MAGNESIA AS
MgO (MAX %)

0.8

1

1

1.25

1.5

2

2.5

MESH (BSS)

300

250

200

200

150

150

150

PACKING BAGS

PP/
HDPE

PP/
HDPE

PP/
HDPE

PP/
HDPE

PP/
HDPE

PP/
HDPE

PP/
HDPE

 
TYPICAL PHYSIOCHEMICAL PROPERTIES OF HYDRATED LIME
GRADE
SIGMA PEARL

Property

Value

% OF AVAILABLE LIME AS Ca(OH)2

+ 94

ACTIVE Ca0(%)

+ 71

ACID INSOLUBLE (MAX %)

0.2

IRON & ALUMINA AS Fe2 O3 & Al2 O3 

Practically Nil

MAGNESIA AS MgO (MAX %)

0.3

MESH (BSS)

400

PACKING BAGS
PP / HDPE