Certificate :: Stellar Exports

We have collaborated with reputed manufacturers of Microcrystalline Cellulose Powder. Micro crystalline cellulose is a term for refined wood pulp and is used as a texturizer, an anti-caking agent, a fat substitute, an emulsifier and a bulking agent in food production. The most common form is used as vitamin tablets.

For its manufacturing, cellulose, collected from fibrous material, undergoes controlled hydrolysis with dilute mineral acid. It has high absorbent powers, and can be used as a suspending agent, tablet disintegrant and tablet & capsule diluent.

Features :

Used for Thickening
Bonding
Emulsifying
Dispersing
Stabilizing
Preserving water

Stellar Exports Offers Magnesium Chloride Hexahydrate in Technical, Pure & LR Grades.

Magnesium chloride is most commonly used for dust control and road stabilization. Its second-most common use is ice control. In addition to the production of magnesium metal, magnesium chloride also is used for a variety of other applications: fertilizer, mineral supplement for animals, wastewater treatment, wallboard, artificial seawater, feed supplement, textiles, paper, fireproofing agents, cements and refrigeration brine.

Specifications	Crystals	Flakes
Formula	MgC12-6H2O	MgC12-6H2O
Appearance	White Crystals	White Flakes
Purity as MgC12.6H2O	99.5% Min	99% Min
Sulphate	1.01% Max	0.5% Max
pH value	4.5-7.0	4.5-7.0
Arsenic	2 ppm max	2 ppm max
Bromide	500 ppm max	500 ppm max
Iron	10 ppm max	25 ppm max
Calcium	0.1% max	0.7% max
Molecular Weight	203.3	203.3
Heavy Metals	1 ppm max	5 ppm max

Stellar Exports offers Maize Starch that is food & and industrial grade.

One of the most important cereal starches in the world is maize starch. And, in a lot of countries, it is considered one of the staple foods. A white, tasteless, odourless carbohydrate extracted from the kernels of corn or maize, maize starch power is widely used as a stiffening agent and a thickener with many industrial applications.

Industry Wise Applications of Maize Starch

Maize starch powder has a wealth of uses across a variety of industries. From paper, to adhesives and food, this versatile starch is an important part of many industries’ manufacturing processes.

Food And Beverage Industry
Paper Industry
Textile Industry
Bioplastics

Maize Starch Powder – Food Grade

S.No	CHARACTERISTICS	SPECIFICATIONS
1.	Moisture content, Percent by mass, Max	12.50
2.	Total Ash, (on dry basis) Percent by mass, Max	0.20
3.	Acid insoluble ash (on dry basis)percent by mass, max	0.10
4.	Starch (on dry basis) Percent by mass, Min	98.00
5.	Protein (N X 6.25), (on dry basis) Percent by mass, Max	0.60
6.	pH of 10% aqueous solution	4.5 – 7.0
7.	Alcoholic Acidity (expressed as h2so4), with 90 percent alcohol, max	0.25
8.	Particle size	80 Mesh Powder
9.	Microbial limit tests	80 Mesh Powder
	E.coli	Absent
	Salmonellae	Absent

Maize Starch Specifications

S.No	CHARACTERISTICS	SPECIFICATIONS
1.	Description	Fine white powder, odourless, Taste slight and characteristic
2.	Identification	To compare favorably with the Photomicrograph of Maize Starch
3.	Moisture content, Percent by mass, Max	13.00
4.	Protein (N X 6.25), (on dry basis) Percent by mass, Max	0.60
5.	Cold water soluble, (on dry basis) Percent by mass, Max	0.40
6.	pH of 10% aqueous solution	4.5 – 7.0
7.	Free Acidity, Max(ml of 0.1N NaoH/100gm	40
8.	Starch (on dry basis) Percent by mass, Min	98.00
9.	Viscosity on Red wood Viscometer No.1, Seconds (2% solution at 750C), Min	30
10.	Total Ash, (on dry basis)Percent by mass, Max	0.25
11.	Particle size	80 Mesh Powder
12.	Petroleum-hydro-carbon Extractable matter, (on dry basis) Percent by mass, Max	0.25
13.	So2 PPM, Min	80
14.	Brightness, Min	90

Maize Starch Powder - Textile Grade

S.No	CHARACTERISTICS	SPECIFICATIONS
1.	Description	Fine white powder, odourless Taste slight and characteristic.
2.	Identification	To compare favorably with the Photomicrograph of Maize Starch.
3.	Moisture content, Percent by mass, Max	13.00
4.	Protein (N X 6.25), (on dry basis) Percent by mass, Max	0.60
5.	Cold water soluble, (on dry basis) Percent by mass, Max	0.40
6.	pH of 10% aqueous solution	4.5 – 7.0
7.	Free Acidity, Max(ml of 0.1N NaoH/100gm	40
8.	Starch (on dry basis) Percent by mass, Min	98.00
9.	Viscosity on Red wood Viscometer No.1, Seconds (2% solution at 750C), Max	30-32
10.	Total Ash, (on dry basis)Percent by mass, Max	0.25
11.	Particle size	80 Mesh Powder
12.	So2 PPM, Max	80

Stellar Exports offers High Quality Alpha Cellulose Powder with Excellent Flow ability & Better Compressibility.

Alpha cellulose as an effective filter media has been well established and accepted for brine filtration with the advent of membrane cell technology. To protect these sensitive membranes from impurities found in the brine, the salt solution is first clarified with a precoat filter and ion exchanger. This filter aid cellulose has versatile advantages, is technically economical, and is Eco-friendly too, since it is biodegradable. Polishing of brine is necessary to remove the solid impurities even less than 0.3 micron with the help of the filter aid coating on filters.

Chemical & physical properties	Specification
Cellulose content, % by mass, NLT	99
pH	5-7
Moisture, % by mass, NMT	7
Residue on ignition 2h-850 oC,% NMT	0.5
Ether soluble substances, % by mass (on dry basis) NMT	2
Bulk Density, g/liter	150-200
Passing 100 BSS, % NLT	55

Sorbitol, a polyol (sugar alcohol), is a bulk sweetener found in numerous food products. In addition to providing sweetness, it is an excellent humectant and texturizing agent. Sorbitol is about 60 percent as sweet as sucrose with one-third fewer calories. It has a smooth mouthfeel with a sweet, cool and pleasant taste. Sorbitol has been safely used in processed foods for almost half a century. It is also used in other products, such as pharmaceuticals and cosmetics.

Uses:

Oral Care & Cosmetics: Toothpaste, Mouthwash, Creams, Ointments, Lotions, Shaving Creams & Shampoo
Pharmaceuticals: Liquid Syrups , Suspensions & Soft Gel Capsules
Food & Beverage: Candies, Energy drinks / Diet Chocolates, Biscuits Cakes & Pastries, Chewing Gums,Enzymes, Ice Creams, Fruit Jams & Ha
Industrial Applications: Vitamin ‘C’, Sorbitol (D-Glucitol) Esters, Polyether Polyols for Rigid Polyurethane Foams, Alkyd Resins, Melamine & Phenolic Resins
Others: Tobacco, Papers, Explosives, Mortars & Concrete

Sorbitol Solution 70% B.P.

CERTIFICATE OF ANALYSIS

Sorbitol Solution 70% B. P.
		Non-Crystalline Grade	Crystalline Grade
Sr. No.	TESTS	LIMITS	LIMITS
1	Appearance	Clear, Colorless, Syrupy Liquid, Miscible with water	Clear, Colorless, Syrupy Liquid, Miscible with water
2	Identification	A - The principle peak in the chromatogram obtained with the test solution is similar in retent on time to the principle peak in the chromatogram obtained with reference solution (a)	A the principle peak in the chromatogram obtained with the test solution is similar in retent on time to the principle peak in the chromatogram obtained with reference solution (a)
		B - Angle of rotation is + 1.5 to +3.5	B - Angle of rotation is + 0.0° to +1.5°
		C - It is clear, Syrupy Liquide at a temp. of 25° C	C - It is clear, Syrupy Liquide at a temp. of 25° C
3	Reducing sugars after hydrolysis	Maximum 9.3%	Maximum 3%
4	Lead	Maximum 0.5 ppm	Maximum 0.5 ppm
5	Nickel	Maximum 1 ppm	Maximum 1 ppm
6	Water	Between 28% to 32%	Between 28% to 32%
7	Assay
	A. D-glucitol (on anhydrous basis)	Between 72% to 92%	Between 92% to 101%
	B. Assay (as anhydrous sub.)	Between 68% to 72%	Between 68% to 72%

Stellar Exports offers High Purity Caustic Soda Flakes , Prills & Lye.

Caustic soda (sodium hydroxide) is a versatile alkali. Its main uses are in the manufacturing of pulp and paper, alumina, soap and detergents, petroleum products and chemical production. Other applications include water treatment, food, textiles, metal processing, mining, glass making and others.

Below are the specs for Caustic Soda Lye.

Caustic Soda liquid: concentration 48- 50%

No	Quality Characteristics	UNITS	Specification
No	Quality Characteristics	UNITS	Min	Max
1.	Specific Gravity at 40°C	-	1.49	-
2.	Sodium Hydroxide	Wt%	48	50
3.	Sodium Hydroxide	g/l	710	-
4.	Iron (as Fe)	ppm	-	5
5.	Sodium Chloride	ppm	-	100
6.	Nickel	ppm

Caustic Soda liquid: concentration 32%

No	Quality Characteristics	UNITS	Specification
No	Quality Characteristics	UNITS	Min	Max
1.	Sodium Hydroxide	Wt%	31	33
2.	Sodium Hydroxide	g/l	411	444
3.	Sodium Carbonate	Wt%	-	0.15
4.	Sodium Chloride	ppm	-	35
5.	Iron (as Fe)	ppm	-	3
6.	Sodium Sulphate	ppm	-	5.0

CAUSTIC SODA PRILLS

Sr No	Characteristics	Specification
1.	Sodium Hydroxide (as NaOH) Dry basis	%	99.40	min
2.	Sodium Carbonate (as Na 2 CO 3 )	%	00.60	max
3.	Chloride (as Cl - )	%	00.02	max
4.	Iron (as Fe+++)	ppm	10.00	max
5.	Nickle (as Ni)	ppm	5.00	max
6.	Particle Size (nominal)	mm	0.7 to 1.1

Catering to the needs of the clients, we offer Diatomaceous Earth. Also known as diatomite or kieselgur, Diatomaceous Earth is a naturally occurring, soft, siliceous sedimentary rock that can be easily crumbled into a fine white to off-white powder. Used in various industries, our Diatomaceous Earth is high on demand in the market. With its excellent properties, the cost-effectiveness of the Diatomaceous Earth acts as an add-on for the clients.

Application :

Paint industry
Rubber industry
Ceramic industry
Plastic industry
Mosaic Tiles
Paper Insulation
Fertilizer industry
Pigment and Synthetic Pigment industry
Pest control
Agriculture

Diatomaceous Earth
Color	Light yellow	Yellow or white	White	White
H2O%	≤1	≤1	≤1	≤1
Bulk Density (g/cm3)	0.42	0.42	0.42	0.45
Loss on ignition	≤1	≤1	≤1	≤1
pH	6-8	8-10	9-11	9-11
SiO2(%)	≥85%	≥85%	≥85%	≥85%
Al2O3 (%)	≤5	≤5	≤5	≤5
Fe2O3 (%)	≤1.8	≤1.8	≤1.8	≤1.8
Penetration Coefficient	0.1-0.3	0.8-1.2	1.5-3.5	4.0-6.0
Wet Density (g/cm3)	≤0.40	≤0.37	≤0.35	≤0.33
150m residue (%)	0-1	0-3	1-6	8-15
320m Residue (%)	0-3	1-5	18-25	30-40

Stellar Exports introduces two types of Titanium Dixoide Products. These products are available in Rutile And Anatase Grades and are used in various industries including, inks, dyestuff, paints, plastic and many others.

TITANIUM DIOXIDE(RUTILE GRADE)

Titanium Dioxide is a high quality Rutile Grade Titanium Dioxide used in Paints, Plastics, Ink, Textiles etc. It is an excellent high grade rutile titanium dioxide pigment designed with good gloss, excellent opacity, easy dispersion and nice whiteness.

Application :

It is recommended for evaluation in both interior and exterior painting.
Solvent and water painting.Both interior and exterior painting.
Masterbatch, plastic, PVC.
Inks, leather, rubber, textiles etc.

Typical Properties
TiO2 Content	≥ 94 %
Organic Treatment	Yes
Inorganic Treatmen	Yes
Specific Gravity (g/cm3)	4.1
Oil Absorption (g/100g)	≤ 23
pH Value	6.0 - 8.5
Residue on sieve of 45 µm (m/m)	≤ 0.05%
Classifications
ISO 591	R2
ASTM D-476-00	Type II
CAS number	13463-67-7
Color Index	77891 Pigment White 6

TITANIUM DIOXIDE (ANATASE GRADE)

Titanium Dioxide Anatase is a High Quality Grade Titanium Dioxide used in Paints, Plastics, Textiles, Soap etc.

It is an Anatase Titanium Dioxide pigment manufactured on the basis of advanced technology. It is actively treated with unique surface dispersion technology by adding inorganic additives which can reduce the surface force between the particles of titanium dioxide, enhance the powder dry flow ability, greatly improve the dispersion properties. It is a high cost effective product aiming at the demand of market with good dispersion, good whiteness, high hiding and tinting strength, low oil absorption.

Item	Specs
Active TiO2 Content %	≥ 98% (98% min)
Color	95%min
?L*(sample-standard sample)	≥ -0.3
?s=(?a2+?b2)0.5	≤ 0.5
Matter volatile at 105oC %	≤ 0.6
Matter soluble in water %	≤ 0.5
Residue on sieve 45µm %	≤ 0.1
PH of aqueous suspension	6.0-8.5
Oil Absorption g/100g	≤ 26
Tinting strength %	≥ 100
Identification
Colour Index 77891	Pigment White 6
CAS No.	13463-67-7
EINECS No.	236-675-5
DIN ISO	591
ASTM D476-84	I
Appearance	White Fine Powder
Powder Odour	None

Stellar Exports has successfully launched and marketed its speciality carbon black range that are high-performance and cater to niche applications in plastics(food and non-food grade), fibre, coatings and inks, among others. They are commonly used in inks, paints, plastics master batches, wire and cable etc.

Carbon Black is made of fine particles of amorphous carbon and is produced by partial combustion of petroleum or natural gas.

Typical Characteristics

	Unit	K-354	N-220	N-330	N-339	N-550
Iodine Adsorption	g/kg	65 - 75	121 +/- 5	82 +/- 5	90 +/- 5	43 +/- 5
CTAB Surface Area	m²/g	-	111 +/- 7	83 +/- 6	95 +/- 6	42 +/- 5
DBP Absorption	cm³/100g	90 - 108	114 +/- 5	102 +/- 5	120 +/- 5	121 +/- 5
pH Value		3.7 - 4.5	6 - 9	6 - 9	6 - 9	6 - 9
Heating Loss at 125°C	% max	1.5*	1.0	1.0	1.0	1.0
Ash Content	% max	0.05	0.45	0.45	0.45	0.45
Sieve Residue	% max	0.1 - 0.001	0.1 - 0.001	0.1 - 0.001	0.1 - 0.001	0.1 - 1.001
Sulfur Content	% max	-	1.1	1.1	1.1	1.1
Toluene Discoloration	% min	-	90	90	90	85
Pour Density	kg/m³	-	330	340	320	330
Fine Content	% max	6	15	15	15	15
Nitrogen Surface Area	m²/g	150	-	-	-	-
Physical Form		Granule	Dry Pellet	Dry Pellet	Dry Pellet	Dry Pellet

* indicates Heating Loss at 105°C

	Unit	N-660	N-762	N-765	N-772
Iodine Adsorption	g/kg	36 +/- 5	30 +/- 5	25 - 35	28 +/- 4
CTAB Surface Area	m²/g	36 +/- 5	25 - 33	-	29 - 37
DBP Absorption	cm³/100g	90 +/- 5	65 +/- 4	110 - 120	65 +/- 5
pH Value		6 - 9	9 - 11	7 - 9	9 - 11
Heating Loss at 125°C	% max	1.0	0.3	0.9	0.3
Ash Content	% max	0.45	0.5	0.45	0.4
Sieve Residue 35 mesh	% max	0,1 - 0,001	0.0001	0.001	0.0001
Sieve Residue 325 mesh			0.005	0.1	0.005
Sulfur Content	% max	1.1	0.1	-	0.1
Toluene Discoloration	% min	80	70	-	70
Pour Density	kg/m³	375	480	365 - 395	460
Fine Content	% max	15	7	-	7
Nitrogen Surface Area	m²/g	-	30 +/- 5	-	30 +/- 5
Physical Form		Dry Pellet	Dry Pellet	Wet Pellet	Dry Pellet

* indicates Heating Loss at 105°C

	Unit	N-774	N-990	N-991
Iodine Adsorption	g/kg	29 +/- 4	8 +/- 4	8 +/- 4
CTAB Surface Area	m²/g	25 - 33	7	7
DBP Absorption	cm³/100g	72 +/- 4	35 +/- 5	35 +/- 5
pH Value		9 - 11	7 - 11	7 - 11
Heating Loss at 125°C	% max	0.3	0.01	0.01
Ash Content	% max	0.5	0.5	0.5
Sieve Residue 35 mesh	% max	0.0001	0.0001	0.001
Sieve Residue 325 mesh		0.005	0.002	0.02
Sulfur Content	% max	0.1	0.1	0.1
Toluene Discoloration	% min	70	80	80
Pour Density	kg/m³	490	550	550
Fine Content	% max	7	8	-
Nitrogen Surface Area	m²/g	30 +/- 5	9 - 11	9 - 11
Physical Form		Dry Pellet	Granule	Powder

Ferric Chloride, also know as Iron(III) chloride, and Iron chloride, is an industrial scale commodity chemical compound. Its chemical formula is FeCl3 and its CAS is 7705-08-0. When dissolved in water, the compound undergoes hydrolysis resulting in a brown highly corrosive, acidic solution that is used as a flocculent in sewage treatment and drinking water production. Anhydrous iron(III) chloride is a strong Lewis acid that is used as a catalyst in organic synthesis.

The most common use of ferric chloride is in solution. When dissolved it forms a light brown aqueous solution with a faint hydrochloric acid odor. It is highly corrosive to most metals and probably corrosive to tissue. It is noncombustible and primarily used in sewage treatment and water purification.

Industrial uses include the manufacture of pigments, plating agents and surface treating agents, process regulators, and solids separation agents.

Ferric chloride is produced industrially by a process called direct chlorination, the reaction of dry chlorine with scrap iron at 500-700 degrees Centigrade.

SPECIFICATION ( IS : 711–1970 )
CAS NO.	7705-08-0
SYSTEMATIC NAME	Ferric Chloride
OTHER NAME	Iron(III) chloride, Iron tri chloride, Ferric Trichloride Anhydrous
EMPIRICAL FORMULA	FeCl3
MOLECULAR WT	162.2 g/mol
APPEARANCE	Dark Greenish Black, Crystalline Powder Extremely hygroscopic
SPECIFICATIONS	Ferric Chloride ( as FeCl3 )
	Matter Insoluble in water
	Free Chlorine ( as Cl )
	Ferrous Salts ( as Fecl2 )
	Sulphates (as SO4 )
	Nitrates (as NO3 )
	Copper ( as Cu )
	Zinc ( as Zn )
	Arsenic ( as As2O3 )
	Alkalis and Alkaline earths

SPECIFICATION ( IS : 711–1970 )
CAS NO.	10025-77-1
SYSTEMATIC NAME	Ferric Chloride Hexahydrate
OTHER NAME	Iron (III) Chloride, Iron tri Chloride
EMPIRICAL FORMULA	FeCl3 6H2O
MOLECULAR WT	270.3 g/mol
APPEARANCE	Brownish-yellow solid
SPECIFICATIONS	Ferric Chloride Hexahydrate (as FeCl3 6H2O)
	Ferric Chloride ( as Fecl3 )
	Free Acid ( as HCL )
	Free Chlorine ( as Cl )
	Insoluble Matter
	Ferrous Salts ( as Fecl2 )
	Sulphates ( as SO4 )
	Nitrates ( as NO3 )
	Copper (as Cu)
	Zinc ( as Zn )
	Arsenic ( as As2O3 )
	Alkalis and Alkaline earths

SPECIFICATION ( IS : 711–1970 )
CAS NO.	7705-08-0
SYSTEMATIC NAME	Ferric Chloride
OTHER NAME	Iron(III) chloride, Iron tri chloride
EMPIRICAL FORMULA	FeCl3
MOLECULAR WT	162.2 g/mol
APPEARANCE	Dark brown liquid
SPECIFICATIONS	Ferric Chloride ( as FeCl3 )
	Specific gravity
	Insoluble matter
	Free Acid ( as HCL )
	Free Chlorine ( as Cl )
	Ferrous Salts ( as Fecl2 )
	Sulphates (as SO4 )
	Nitrates (as NO3 )
	Copper ( as Cu )
	Zinc ( as Zn )
	Arsenic ( as As2O3 )
	Alkalis and Alkaline earths

Aluminum sulphate, normally recognized as alum is solid crystalline powder or strong that is dissolvable in water. It includes over 17% alumina (Al2O3). This is produced in a straightforward procedure from sulphuric acid and aluminum trihydrate. Humans like an astringent in coloring have employed our product. Paper industry uses our aluminum sulphate in paper estimating to enhance ink receptivity and durability. Where as in water industry, it is deployed to purify liquid by expelling the contaminants. Different utilizations incorporate like a pH agent in soil, like a waterproofing substance and quickening agent in cement.

Uses

Deployed for water purification. As a mordant in printing and dyeing textiles
Sometimes utilized to lessen the pH level of garden soil
In paper, forming the reaction of alum with rosin sizes of different sorts, joining the recently framed rosin aluminates to strands. Measuring makes the paper water safe
Additionally utilized as a part of styptic pencils

ALUMINIUM SULPHATE (FERRIC ALUM)

Appearance : Solid Necked slab

Alumina Content as Al₂O₃ : 15% min

Iron as Fe : 0.7% max

Insoluble in water : 0.5% max

PH @ 5% sol : 2-3

ALUMINIUM SULPHATE (NON-FERRIC ALUM)

Physical Appearance : Lumps 1-4

Physical Appearance : powder (ISS MESH) 80, 100, 120, 150, 200 MESH

Alumina Content as AIL : 17% min

Iron as Fe : 100ppm max

Insoluble matter in water : 0.3% max

PH @ 5% SOI : 2.8 min

Aluminium Sulphate

Appearance : WHITE POWDER

Application : Industrial

Ingredients : ALUMINIUM SULPHATE

Shelf Life : 2 Years

pH Level : 2.9

Shape : other

Melting Point : 94

Molecular Weight : 453 Grams (g)

Molecular Formula : AL2(SO4)3

Properties : FINE POWDER ( 150-200 MESH)

Density : 1.65 Kilogram per litre (kg/L)

Product Type : NON FERRIC ALUMINUM SULPHATE FINE POWDER

Purity : 99 %

Physical Form : Powder

Polyaluminium chlorides are synthetic polymers dissolved in water. They react to form insoluble aluminium poly-hydroxides which precipitate in big volumetric flocs. The flocs absorb suspended pollutants in the water which are precipitated with the PAC and can together be easily removed.

PAC can be used as a flocculant for all types of water treatment treatment, drinking water, industrial waste water, urban waste water and in the paper industry.

SPECIFICATIONS

Sr.	Characteristic	Unit	PAC 10
			MB	HB
1.	Appearance		Clear Pale Yellow
			Liq.	Liq.
2.	Aluminium as Al2O3	% by Mass	10.0 + 0.5	10.5 + 0.3
3.	Basicity	% by Mass	40.0 + 5.0	64 (Min)
4.	Chloride as Cl-	% by Mass	11.5 + 1.0	9.5 + 1.0
5.	Sulphate as SO4, (Max)	% by Mass	2.7	2.5
6.	Specific Gravity at 25oC		1.2 + 0.04	1.2 + 0.02
7.	Bulk Density	gm/ml	NA	NA
8.	Insolubles, Max	% by Mass	0.5	0.5
9.	pH of 5% Solution	w/v	1.8 - 4.5	2.5 - 4.5

Sr.	Characteristic	Unit	PAC 14
			Pale Yellow
1.	Appearance		Pale Yellow
			Liq.
2.	Aluminium as Al2O3	% by Mass	13.5 + 0.5
3.	Basicity	% by Mass	-
4.	Chloride as Cl-	% by Mass	20.5 + 1.5
5.	Sulphate as SO4, (Max)	% by Mass	Nil
6.	Specific Gravity at 25oC		1.32 + 0.02
7.	Bulk Density	gm/ml	NA
8.	Insolubles, Max	% by Mass	-
9.	pH of 5% Solution	w/v	1.8 - 4.5

PECIFICATIONS

Sr.	Characteristic	Unit	PAC 18
			Pale Yellow
1.	Appearance		Clear Pale Yellow
			Liq.
2.	Aluminium as Al2O3	% by Mass	17.5 + 1.0
3.	Basicity	% by Mass	45.0 + 5.0
4.	Chloride as Cl-	% by Mass	20.5 + 1.5
5.	Sulphate as SO4, (Max)	% by Mass	Nil
6.	Specific Gravity at 25oC		1.37 + 0.02
7.	Bulk Density	gm/ml	NA
8.	Insolubles, Max	% by Mass	-
9.	pH of 5% Solution	w/v	1.8 - 4.5

SPECIFICATIONS

Sr.	Characteristic	Unit	PAC 30
			MB	HB
1.	Appearance		Pale Yellow	Pale Yellow
			Powder	Powder
2.	Aluminium as Al2O3	% by Mass	29.0 + 1.0	29.0 + 1.0
3.	Basicity	% by Mass	40.0 + 5.0	64 (Min)
4.	Chloride as Cl-	% by Mass	33.0 + 2.0	29.0 + 2.0
5.	Sulphate as SO4, (Max)	% by Mass	10	10
6.	Specific Gravity at 25oC		NA	NA
7.	Bulk Density	gm/ml	0.65 (Min)	0.65 (Min)
8.	Insolubles, Max	% by Mass	1.5	1.5
9.	pH of 5% Solution	w/v	1.8-4.5	2.5-4.5

Monochloroacetic Acid is used as a versatile intermediate in the manufacturing of various agrochemicals. It is widely used as the main raw material in various pharma products and in the manufacturing of Carboxy Methyl Cellulose.

White Deliquescent Crystals
Monochloroacetic acid (NLT)	99.25 %
Dichloroacetic Acid (NMT)	00.50%
Acetic Acid (NMT)	00.25%
Moisture (NMT)	00.50%
Iron (NMT)	10 ppm
Heavy Metal (as Pb) (NMT)	10 ppm

SODIUM SALT OF MONOCHLORO ACETATE (SMCA)

It is used in the manufacture of Sodium CMC – Carboxy Methyl Starch – Guar Gum - Dyes etc

White free flowing powder
SMCA Purity on dry basis	98 % min
Sodium Chloride	1 % max
Sodium Dichloro Acetate	0.5 % max
Sodium Glycolate	0.3 % max
Free Monochlroacetic	0.2 % max
Moisture	2.0 % max
pH of 5 % solution	6 to 8

Trichloro Acetic Acid (TCAA)

Used as an intermediate in Pharmaceuticals , Textile Auxilaries and manufacture of Ester.

White Deliquescent Crystals
Trichloroacetic Acid (NLT)	98 %
Nomochloroacetic Acid (NMT)	01.00%
Dichloroacetic Acid (NMT)	01.00%
Moisture (NMT)	00.50%
Iron (NMT)	10 ppm
Heavy Metal (as Pb) (NMT)	10 ppm

Trisodium phosphate (TSP) is the inorganic compound with the chemical formula Na₃PO₄. It is a white, granular or crystalline solid, highly soluble in water, producing an alkaline solution.

Trisodium phosphate and other sodium phosphate additives have multiple uses in the food industry and are found in many commercially prepared products. They are used to decrease acidity and improve texture in baked foods and meats.

Technical Specifications

A	Product	Tri Sodium Phosphate Dodecahydrate
01	Chemical Formula	Na₃PO₄ 12H₂O
02	Molecular Weight	380
03	Grade	Technical
04	Form	Milky / Water White Crystal
B	Specification	Standard	BPPL
01	P₂O₅ minimum	17.50 %	17.60 %
02	Matter insoluble in Water Max.	0.20 %	0.10 %
03	Carbonate Alkalinity Max.	3.00 %	< 3.00 %
04	Total Alkalinity Max.	4.50 %	< 4.50 %
05	Soluble Iron Compounds Max.	0.009 %	< 0.009 %
06	Soluble Silica Max.	0.1 %	< 0.1 %
07	Chloride Max.	0.1 %	< 0.1 %

A	Product	Tri Sodium Phosphate Anhydrous
01	Chemical Formula	Na₃PO₄
02	Molecular Weight	164
03	Grade	164
04	Form	White Powder
B	Specification	Standard	BPPL
01	P₂O₅ minimum	*41.00 %	*41.00 %
02	Matter insoluble in Water Max.	0.50 %	0.30 %
03	Carbonates (as Na₂CO₃) Max.	2.00 %	< 1.00 %
04	Free Sodium Hydroxide (as NaOH) Max.	4.50 %	< 4.50 %
05	Soluble Iron Compounds Max.	0.0200 %	< 0.0100 %
06	Soluble Silica Max.	0.1 %	< 0.1 %
07	Chloride Max.	0.1 %	< 0.1 %

Tapioca flour / starch can be supplied for the paper, textile, pharma, adhesive and food industries. We can also supply tailor made modified starches.

We believe that purity is an important parameter in being competitive. We can also supply to suit customer requirement on application and process requirement.

Technical Specifications

Parametters	A Grade	Food Grade
Appearance	White Colour Free Flowing Powder	White Colour Free Flowing Powder
Cleanliness	Negligible Dirt, Grit and Foreign Matter	Negligible Dirt, Grit and Foreign Matter
pH of 10% Slurry	5.0 to 7.0	5.0 to 7.0
Moisture (% w/w)	13.0 Max.	12.0 Max.
Acid Factor (ml)	3.0 ml Max.	3.0 ml Max.
Viscosity of 2% Solution in Redwood No. 1 Viscometer @ 50°C	50 Sec. Min.	50 Sec. Min.
Plub and Fiber	1.0 ml Max.	0.5 ml Max.
Starch Content (%DB)	99.0 Min.	99.0 Min.
Sulphur Dioxide	100 ppm Max.	50 ppm Max.
TPC		50000 cfu Max.
Coli Forms		100 Max.
Yeast and Moulds		2000 cfu Max.
E Coli (25 Grams)		Absent
Salmonella (25 Grams)		Absent
Aflatoxin		30 ppb

Agar agar is derived from seaweeds of the class RHODOPJHYCEAE.

Agar agar is used in a number of applications in Microbiology, Food technology, Biotechnology, Pharmaceuticals and Dentistry. It acts as a thickening, stabilizing & gelling agent.

We are offering all types of agar agar namely Food grade, Pharmaceutical & Bacteriological.

AGAR AGAR FOOD GRADE SPECIFICATIONS

Parameters	600 GS	800 GS	900 GS	1000 GS
Clarity	Clear	Clear	Clear	Clear
Moisture	15% Max	15% Max	15% Max	15% Max
pH	6.0-7.5	6.0-7.5	6.0-7.5	6.0-7.5
ASH	< 3%	< 3%	< 3%	< 3%
Gel Strength	600-650 GM/CM²	800-850 GM/CM²	900-950 GM/CM²	1000-1050 GM/CM²
Gelung Temp.	37-42°C	37-42°C	37-42°C	37-42°C
Melting Temp.	88-95°C	88-95°C	88-95°C	88-95°C
Swelling Index	>8 ML	>8 ML	>8 ML	>8 ML
Water Absorption	55-68 ML	55-68 ML	55-68 ML	55-68 ML
Gelatin	Passes Test	Passes Test	Passes Test	Passes Test
Extraneous Matter	< 0.5%	< 0.5%	< 0.5%	< 0.5%
Starch	NIL	NIL	NIL	NIL
Acid Insoluble Ash	< 0.5%	< 0.5%	< 0.5%	< 0.5%
Total Colony Count	< 1000 cfu/gm	< 1000 cfu/gm	< 1000 cfu/gm	< 1000 cfu/gm
Enterobacteriaceae	Absent	Absent	Absent	Absent
Coliform Bacteria	Absent	Absent	Absent	Absent
Salmonella	NIL	NIL	NIL	NIL
E.Coli	NIL	NIL	NIL	NIL
Mold	< 100	< 100	< 100	< 100
Yeast	< 100	< 100	< 100	< 100

AGAR AGAR SPREADABLE GEL SPECIFICATIONS

Parameters	U.M.	Gel-30	Gel-50	Gel-100	Gel-200
		(Limits)	(Limits)	(Limits)	(Limits)
Ash	%	< 5.0	< 5.0	< 5.0	< 5.0
Insoluble ash in HCl	%	< 0.10	< 0.10	< 0.10	< 0.10
Loss on drying	%	< 18.00	< 18.00	< 18.00	< 18.00
Particle Size	%	100% pass 80 mesh	100% pass 80 mesh	100% pass 80 mesh	100% pass 80 mesh
Get Strength 100°C	gr/cm²	30-50	50-80	100-150	200-250
Turbidity	NTU	10.00-30.00	10.00-30.00	10.00-30.00	10.00-30.00
pH Solution1.5%		5.00-7.50	5.00-7.50	5.00-7.50	5.00-7.50
Gelatine & Protein	%	Not Detactable	Not Detactable	Not Detactable	Not Detactable
Starch	%	Not Detactable	Not Detactable	Not Detactable	Not Detactable
Total Heavy Metals as Pb	ppm	< 10.00	< 10.00	< 10.00	< 10.00
Lead	ppm	< 5.00	< 5.00	< 5.00	< 5.00
Cadmium	ppm	< 1.00	< 1.00	< 1.00	< 1.00
Mercury	ppm	< 1.00	< 1.00	< 1.00	< 1.00
Arsenic	ppm	< 3.00	< 3.00	< 3.00	< 3.00
Total Plate Count	UFC/g	< 1000	< 1000	< 1000	< 1000
Yeast & Moulds	UFC/g	< 100	< 100	< 100	< 100
Coliforms	UFC/g	Absent in 0.10 g	Absent in 0.10 g	Absent in 0.10 g	Absent in 0.10 g
E Coli	UFC/g	Absent in 20 g	Absent in 20 g	Absent in 20 g	Absent in 20 g
Salmonella	UFC/g	Absent in 20 g	Absent in 20 g	Absent in 20 g	Absent in 20 g

CMC is an anionic water soluble polymer derived from the world’s most abundant polymer – cellulose. It functions as a thickener, binder, stabilizer, protective colloid, suspending agent, gelling agent, and flow control agent. This makes it suitable for use in a variety of industries.

In addition, our products represent a comprehensive range of CMC and PAC grades to control fluid loss and provide rheology to the oil and gas drilling industry.

Sr. No.	Tests	Standard
1	Description	White or almost white, granular powder, odorless or almost odorless, hygroscopic
2	Solubility	Practically insoluble in acetone, in ether and in toluene. It is easily dispersed in water forming a colloidal solution
3	Identification	(A) Blue, cotton-like precipitate is formed with copper sulphate solution
		(B) Boil 5 ml of solution for few minutes. No precipitate formed
		(C) Give the reaction of sodium salts
4	pH (1% Solution)	6.0 to 8.0
5	Apparent Viscosity (25°C)	75% and 140% of the declared value
6	Arsenic	NMT 1 ppm
7	Heavy Metal	NMT 20 ppm
8	Chloride	NMT 0.25%
9	Loss on Drying	NMT 10.0%
10	Sulphated Ash	20.0% to 33.3%
11	Assay (on Dry Basis)	6.5% to 10.8%

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