Home | Enquiry | Contact us
Home
|
Profile
|
Manufacture
|
Technical Services
|
Enquiry
|
Contact Us
|
Site Map
  Products
The company primarily manufactures inorganic specialty chemicals, based on non-ferrous metals like aluminium, copper, manganese & zinc for agro-chemicals, catalyst, cosmetics, glass/ ceramic and allied chemicals market. The major products covered under these category are :
•
 Aluminium Hydroxides and Oxides
•
 Copper Salts, Carbonate, Hydroxide and Oxide, Magnesium Salt, Carbonate, Hydroxide and Oxide
•
 Manganese Salts, Carbonate, Hydroxide and Oxide
•
 Nickel Salts, Carbonate, Hydroxide and Oxide
•
 Zinc Salts, Carbonate, Hydroxide and Oxide
 
» Aluminium Hydroxides & Oxides :
The Aluminium Hydroxides & Oxides (generally termed collectively as "alumina") are produced from Alumina Tri-Hydrate - an intermediate from the bayer process used for producing primary aluminium from bauxite. Anjaria Enviro Tech markets the following grades of Alumina:
•
 High Purity Finely Precipitated Pseudoboehmite Alumina
•
 Other Finely Precipitated Alumina
•
 Wet, Dried & Ground Alumina
•
 Alumina Paste
•
 Sodium Aluminate
 
High Purity Finely Precipitated Pseudoboehmite Sol-Gels :
The Anjaria high purity boehmite alumina are available as white, free-flowing, finely precipitated & ground powders. The manufacturing process for Anjaria Pseudoboehmite starts with Alumina trihydrate and is precipitated under controlled conditions to yield aluminas that have high surface area and adequate pore volume - necessary for catalyst activities. The high purity is obtained by removing/ controlling the impurities at various stages of manufacture to obtain final product with less than 0.5% of total impurities. The products basically consist of small boehmite crystals, often referred to as pseudoboehmite, and the crystalline character of each different grade is controlled in order to obtain the desired chemical and physical properties. The typical applications include chemical catalysts, automotive washcoat catalysts, catalyst binders and supports, sol-gel abrasives, polishing compounds, viscosifiers and anti-skid agents. The company at present manufactures alumina catalyst grade and catalyst binder grade aluminas.
 
The major categories of this product are
1. Pseudoboehmite Alumina for Alumina Catalyst
a
 Low Density Alumina G-150
b
 Medium Density Alumina G-250
c
 High Density Alumina G-350
 
ALUMINIUM HYDROXIDE SPECIFICATIONS FOR ALUMINA CATALYST
  General Specification
    PRODUCT     Aluminium Hydroxide Pseudoboehmite
    COMMERCIAL NAME     Aluminium Hydroxide  
    CHEMICAL NAME     Aluminium Hydroxide  
    MOLECULAR FORMULA     AIO(OH) to A1O(OH)2 and Al2O3.     3H2O
    MOLECULAR WEIGHT     60-78
    COMMERCIAL FORM     Fine White Powder
    RELATIVE BRIGHTNESS     98%Min.
 
  Typical Grade-Wise Specification
    TYPE OF PRODUCT     UOM     ANJARIA G-150     ANJARIA G-250     ANJARIA G-350    
    A1(OH)3*     %     99.70 min     99.70 min     99.70 min
    SiO2     %     0.20 max     0.20 max     0.20 max
    Fe2O3     %     0.04 max     0.04 max     0.04 max
    Na     %     0.03 max     0.03 max     0.03 max
    Cl or SO4     %     0.04 max     0.04 max     0.04 max
    Heavy Metals (as Pb)     %     0.02 max     0.02 max     0.02 max
    Loss on drying @105°C     %     <5%     <5%     <5%
    LOI @600°C     %     25-35     25-35     25-35
    Compact Bulk Density     g/cc (Ibs/ cu.ft.)     0.20-0.30 (13-19)          0.35-0.45 (22-28)     0.50-0.60 (31-38)
    Loose Bulk Density     g/cc (Ibs/ cu.ft.)     0.17-0.27 (11-17)     0.32-0.42 (20-26)     0.47-0.57 (29-36)
    Surface Area (BET)     M2/g     300 min     300 min     250 min
    Pore Volume     cc/g     0.6 min     0.6 min     0.6 min
                    * By Difference
 
» Other Finely Precipitated Alumina :
These consist of Anjaria Printing Ink Grade of Finely Precipitated Alumina and other types for use as filler materials as flame retardants for the manufacture of cable insulation, cross-linked elastomers, PVC, polyester resins, epoxy resins, thermoplastics, polyurethanes, water-based dispersions, papers, paints, etc.
 
SPECIFICATIONS OF ALUMINIUM HYDROXIDE PIGMENT
  General Specification
    PRODUCT     Aluminium Hydrate 1512
    COMMERCIAL NAME     Pigment White 24
    CHEMICAL NAME     Aluminium Hydroxide
    MOLECULAR FORMULA     AL(OH)3
    MOLECULAR WEIGHT     78
    COMMERCIAL FORM     Fine White Powder
    RELATIVE BRIGHTNESS     95-96 % Min.
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIAPG-50
       P. A.          Free Flowing White Powder
       A12OH3        %        48-56
       LOI @600°C        %        40-50
       Na+        %        0.05 - 2.0
       Cl        %        0.1-0.3
       SO4        %        0.1-0.3
       Fe2O3        %        0.04 max
       LOD (105°C)        %        12-18
       Oil absorption w/w        %        60-70
       Transparency        %        Transparent
       Bulk Density        %        0.27-0.36
Top    
» Wet, Dried & Ground Alumina:
The wet alumina is the Alumina Tri-hydrate produced from the bayer process. Anjaria Enviro Tech does not manufacture the product, but markets the same under its own brand. The dried alumina is the dried form of the above material, and we produce and market the same. The Wet and dried hydrates are mainly used as raw material in the production of synthetic zeolites, aluminium compounds, glasses, ceramics, refractories, & other chemical products. The ground aluminas are mainly used in the production of fused white, ruby and pink corundum; tabular alumina; glazes and frits; glasses; household- ceramics; engineering – ceramics; refractories, polishing and abrasive materials.
 
ALUMINIUM HYDROXIDE SPECIFICATIONS (WET, DRIED & GROUND ALUMINAS)
  General Specification
    PRODUCT     Aluminium Hydroxide
    COMMERCIAL NAME     Alumina Hydrate / Trihydrate
    CHEMICAL NAME     Aluminium Hydroxide
    MOLECULAR FORMULA     Al(OH)s
    MOLECULAR WEIGHT     78
    COMMERCIAL FORM     White Powder (Wet or Dried or Ground)
    CAS No.     21645-51-2
 
  Typical Grade-Wise Specification
    TYPE OF PRODUCT     UOM     ANJARIA ATH-W-750     ANJARIA ATH-800     ANJARIA ATH-850
    A1(OH)3*     %     99.60 min     99.60 min     99.60 min
    SiO2     %     0.018 max **     0.02 max     0.02 max
    Fe2O3     %     0.018 max **     0.02 max     0.02 max
    Na2O     %     0.27 max **     0.30 max     0.30 max
    pH          8-10     8-10     8-10
    Relative Brightness     %     75 min     93 min     95 min
    Loss on drying @105°C     %     10.00 max     0.30 max     0.10 max
    LOI @600°C     %     34-36     34-36     34-36
    Loose Bulk Density     g/cc (Ibs/ cu.ft.)     1.05-1.30(66-81)**     1.10-1.40 (69-87)     1.20-1.50 (75-94)
    Compact Bulk Density     g/cc (Ibs/ cu.ft.)     1.10-1.35 (69-84) **     1.15-1.45(72-90)     1.25-1.55 (78-97)
    Avg. Particle Size D50
  •  
     100-150 **     40-70     8-12
    Sieve Retention     Mesh - %     100 mesh - 15% max 200 mesh -     80% max     200 mesh - Nil
    325 mesh - 90% max 		    400 mesh - Nil
 
The most important characteristics of Wet, Dried & Ground Aluminas are:
•
 Non-toxic
•
 Medium abrasive power
•
 Soft (Mohs’ hardness appr. 2.5)
•
 Chemically bounded water, looses appr. 35% water – content, between 200-400 °C
•
 Strong adsorption of oil and water
 
Alumina Paste :
This product is basically technical grade of aluminium hydroxide gel in paste form, used for manufacture of antacid alumina. It exhibits excellent acid absorption capacity, and can be supplied with preservatives if required.
 
» Sodium Aluminate Liquid
    1)   Product
:
     SODIUM ALUMINATE LIQUID
    2)   Molecular Formula
:
     NaAIO2.H2O
    3)   Chemical Name
:
     Sodium Aluminate
    4)   Commercial Form
:
     Light Yellow to Pale Yellow Liquid
    5)   Specific Gravity
:
     1.56-1.60
    6)   Water Soluble Aluminate (as AI2O3)
:
     22-24 %
    7)   Caustic Alkalinity ( as Na2O)
:
     24.50-26.50 %
    8)   Matter insoluble in water % by mass.
:
     0.8 % Max.
    9)   % Silica (as Si02)
:
     0.15% Max.
    10) % Iron oxide as Fe2O3
:
     0.1-0.15%
    11) % Other Heavy Metals
:
     0.05 %
    12) Standard Packing
:
     Tankerload
 
» Sodium Aluminate Solid 65%
    1)   Product
:
     SODIUM ALUMINATE SOLID 65%
    2)   Molecular Formula
:
     NaAIO2.H2O
    3)   Chemical Name
:
     Sodium Aluminate
    4)   Commercial Form
:
     Off-White Lumps of size 25 mm max
    5)   Loss on Drying at 105 °C
:
     32-36%
    6)   Water Soluble Aluminate (as AI2O3)
:
     35-39 %
    7)   Caustic Alkalinity ( as Na2O)
:
     26-30 %
    8)   Matter insoluble in water % by mass.
:
     0.8 % Max.
    9)   Carbonate (as Na2CO3) by mass
:
     1.0% Max.
    10) % Silica (as SiO2)
:
     200 PPM Max.
    11) % Iron oxide as Fe2O3
:
     100 PPM Max.
    12) % Other Heavy Metals
:
     0.05 %
    13) Standard Packing
:
     25 Kg LDPE/ Paper Bags
 
» Sodium Aluminate Silicate
    1) Product Name :     Sodium Aluminium Silicate
    2) Trade Name :     SASIL-LA     SASIL-HA
    3) Appearance :     Free Flowing white Powder     Free Flowing white     Powder
    4) Surface area m2 / gm :     90-100     90-110
    5) Bulk Density gm /cc :     0.16 - 0.20     0.32-0.38
    6) Average Particle Size Microns :     4-7     4-7
    7) pH of 20% Slurry :     7.5 - 9.5     7.5-9.5
    8) <OD at 105°C :     4.6     4.6
    9) Relative Brightness :     95     95
    10) Oil absorption gm /100 gm :     100 - 150     100-150
    11) Sieve Residue 300# :     0.25 max.     .25 max.
    12) Chemical Composition % w/wt as is :    
        a) Na20 :     5.5 - 8.5     5.5-8.5
        b) AI203 :     9 -12     36-40
        c) Si02 :     70-75     48-52
        d) H20 :     8-12     8-12
        e) Fe203   % :     0.03     0.03
        f)  Cl         % :     < 0.05 to 0.1     < 0.05 to 0.1
        g) Packing :     25, 50 and 100 Kg Bag     25, 50 and 100 Kg Bag
Top    
» Copper / Manganese / Nickel / Zinc - Salts, Carbonates, Hydroxides & Oxides Copper / Manganese /Nickel /Zinc Salts :
These are produced from reacting respective secondary sources (or waste, or by-product, in layman terms) of metal with sulphuric acid / nitric acid / hydrochloric acid & treating the crude product for removing/ controlling the impurities to produce required grade of the finished product. For example, for producing copper sulphate, copper ash or dust produced as a by-product from a metal finishing industry is reacted with sulphuric acid of required concentration & treated to remove balance impurities including arsenic, iron, lead, zinc, etc. to obtain copper sulphate of required specifications. Sometimes, two or more metals are present in appreciable quantities in the secondary source and have to be separated and recovered individually to obtain both or more (as the case may be). The price of the secondary source depends on many factors:
•
 first - the purer the secondary source, the nearer is its price to the virgin metal; eg. The price of 70% zinc ash will be much nearer to its metal price as compared to 40% zinc ash, as the ease of processing 70% is less than half than that required for, processing 40% zinc ash.
•
 second - the ease of separation & recovery of metals from the source; eg. It is easier to process brass ash to recover copper and zinc than to process zinc-aluminium ash as zinc & aluminium are difficult to separate.
•
 third - the processing cost for recovery and
•
 fourth - the demand for that particular metal / salt.
 
The major products under this category, which the company manufactures & markets are
1
Copper Sulphate - CuS04.5H20, is the most widely used of the copper salts, withcurrent world consumption at 2 lac MTA-75% in agriculture as a fungicide. Itsmost common grades are: Large crystals( 10-40 mm), Small crystals(2-10 mm), Granulated/ snow crystals(<2 mm), Windswept powder (<0.15 mm). It's majorindustrial uses are: manufacturing other copper salts; mordant for dyeing & electroplating; synthetic fibre industry; electrolyte in copper refining; coppercoating steel wire; activator in the mining industry in the concentration by frothflotation of lead, zinc, cobalt & gold ores; printing industry & etching agent forprocess engraving; manufacture of anti-fouling paints & in the colouring of glass.
2
Copper Nitrate - Produced either by dissolving copper carbonate in nitric acid or direct from copper ash and nitric acid, Cupric Nitrate or Copper Nitrate -Cu(NO3)2.nH2O is a green powder or blue crystals which is soluble in water. Its major uses are in electroplating copper on iron; as a catalyst and nitrating agent in organic reactions; component in rocket fuel; fungicides and wood preservatives; textile dyeing and printing; pigment in ceramics; and in photography.
3
Manganese Sulphate - MnSO4 form very stable, nearly white crystals that are extremely soluble in water. It crystallizes out of aqueous solution as pink hydrates, bellow 9 degree celcius, Monoclinic Heptahydrate is obtained (MnSO4.7H2O), between 9 and 26 degree celcius, the Triclinic Pentahydrate (Manganese Vitrief) MnSO4.5H2O, between 26 and 27 degree celcius, the Rhombic or Monoclinic Tetrahydrate (MnSO4.4H2O) is obtained. Between 35 and 40 degree celcius commercial form of MnSO4 - Manganese Sulphate is obtained and above 27 degree celcius the Monoclinic Monohydrate (MnSO4.H2O) is precipited. Its major uses are in agricultural and for production of agro-chemicals; as a material of other magnesium salts; in pharmaceutical industry; dying industry, etc.
 
MANGANESE SULPHATE LIQUID SPECIFICATIONS FOR AGROCHEMICAL REQUIREMENT
  General Specification
    PRODUCT     Manganese Sulphate Liquid
    COMMERCIAL NAME     Manganese Sulphate
    CHEMICAL NAME     Manganese Sulphate
    MOLECULAR FORMULA     MnSO4
    MOLECULAR WEIGHT  
    COMMERCIAL FORM     Pink coloured Liquid
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIAGP-A
       Assay        %        27.00 min
       Sp. Gr. At 29°C                l.30 min
       PH of As such solution          4-5
       Ammonium Sulphate        %        0.50 max
       Iron ( as Fe)        ppm        25
       Chloride        %        0.10 max
 
4
Zinc Chloride - Zinc chloride (ZnC12) is a colorless or white compound of zinc and chlorine that is extremely hygroscopic. The major uses of zinc chloride are in manufacture of batteries; in textile processing; metallurgical fluxes, soldering flux; and chemical synthesis. ZnC12 has also been used as a fireproofing agent and for etching metals. In the laboratory, zinc chloride finds wide use, principally as a moderate-strength Lewis acid.
5
Zinc Sulphate - It is clear, crystalline, Water soluble salt of zinc, existing in mono-hydrate & hepta hydrate forms. The hepta-hydrated form, ZnS04-7H2O, the mineral goslarite, was historically known as "white vitriol". Zinc Sulphate is used to supply zinc in animal feeds, fertilizers, and agricultural sprays; in making lithopone; in coagulation baths for rayon; in electrolytes for zinc plating; as a mordant in dyeing; as a preservative for skins and leather; and in medicine as an astringent and emetic.
 
ZINC SULPHATE HEPTA HYDRATE SPECIFICATIONS FOR AGRICULTURE REQUIREMENT
  General Specification
    PRODUCT     Zinc Sulphate Hepta Hydrate
    COMMERCIAL NAME     Zinc Sulphate Hepta Hydrate
    CHEMICAL NAME     Zinc Sulphate
    MOLECULAR FORMULA     ZnSO4. 7H2O
    MOLECULAR WEIGHT     287.4
    COMMERCIAL FORM     White to Off- White Sugar Crystals
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIA GP-A        ANJARIA GP-B
       Appearance          White Uniform Crystals        Off -White to Creamish Crystals
       Zn        %        21 min        21 ± 0.5
       Fe        %        0.01 max        0.5 max
       Pb        %        0.003 max        } 0.015 max
       Cu        %        0.005 max
       Cd        %        0.0025 max
       Mg        %        0.007 max        --
       As        %        0.00005 max        —
       Matter Insoluble        %        0.2 max        0.5 max
       pH          3-4.5        3-4.5
       Moisture        %        3% max        3% max
 
ZINC SULPHATE MONO HYDRATE SPECIFICATIONS FOR AGRICULTURE REQUIREMENT
  General Specification
    PRODUCT     Zinc Sulphate Mono Hydrate
    COMMERCIAL NAME     Zinc Sulphate Mono Hydrate
    CHEMICAL NAME     Zinc Sulphate
    MOLECULAR FORMULA     ZnSO4. H2O
    MOLECULAR WEIGHT     179.4
    COMMERCIAL FORM     White to Off- White Fine Powder
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIA GP-A        ANJARIA GP-B
       Appearance          White Free Flowing Powder        White to Off -White Powder
       Zn        %        33 min        33 ± 0.5
       Fe        %        0.05 max        0.25 max
       Pb        %        0.0022 max        }  0.01 max
       Cu        %        0.001 max
       Cd        %        0.0025 max
       Mg        %        0.02 max        —
       Matter Insoluble        %        0.3 max        0.5 max
       pH                3-4.5        3-4.5
 
ZINC SULPHATE LIQUID SPECIFICATIONS FOR AGROCHEMICAL REQUIREMENT
  General Specification
    PRODUCT     Zinc Sulphate Liquid
    COMMERCIAL NAME     Zinc Sulphate
    CHEMICAL NAME     Zinc Sulphate
    MOLECULAR FORMULA     ZnSO4
    MOLECULAR WEIGHT     
    COMMERCIAL FORM     Colourless Liquid
 
  Typical Grade-Wise Specification
    TYPE OF PRODUCT     UOM     ANJARIA GP-A
    Zn     %     13.00 min
    Sp. Gr. at 29°C       1.45min
    PH of As such solution       4-5
    Magnesium, Calcium & Manganese (as Magnesium)     %     0.10 max
    Copper (as Cu)     ppm     600 max
    Iron ( as Fe)     ppm     15
    Chloride     %     1.00 max
    Heavy metals (as Pb)     ppm     2 max
Top    
» Copper / Manganese / Nickel / Zinc - Salts, Carbonates, Hydroxides & Oxides Copper / Manganese / Nickel / Zinc Carbonates :
The company manufactures high purity grades of the respective carbonates by reacting their respective salts with soda ash, and treating the same to limit the level of impurities to the desired level.
The major focus of the company has been manufacture of catalyst grade copper carbonate & zinc carbonate. The carbonates have high surface area, above 40, and the impurities are controlled to less than 0.1 %.
 
1
Copper Carbonate - CuCO3 is a blue-green compound - the colour may vary from blue to green, because there may be a mixture of both copper carbonate and basic copper carbonate in various stages of hydration. Its major uses are: manufacturing of other copper salts; as a paint and varnish pigment; in pyrotechnics; as a seed treatment fungicide, in animal and poultry; in manufacture of copper catalyst.
 
COPPER CARBONATE SPECIFICATIONS FOR CATALYSTS
  General Specification
    PRODUCT     Copper Carbonate Basic
    COMMERCIAL NAME     Copper Carbonate
    CHEMICAL NAME     Copper Carbonate
    MOLECULAR FORMULA     Cu(OH)2-2CuCO3
    MOLECULAR WEIGHT     343
    COMMERCIAL FORM     Fine Bluish Green Powder
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIAG-300
       CuCOS*        %        99.50 min
       Cu        %        55 min
       Fe2O3        %        0.01 max
       Na        %        0.15 max
       Cl or S04        %        0.20 max
       Heavy Metals (as Pb)        %        0.01 max
       Loss on drying @105°C        %        <5%
       LOI @600°C        %        25-35
       Compact Bulk Density        g/cc (Ibs/ cu.ft.)        0.45-0.60 (28-37)
       Loose Bulk Density        g/cc (Ibs/ cu.ft.)        0.40-0.55 (25-34)
       Surface Area (BET)        m2/g        40 min
       Pore Volume        cc/g        0.6 min
       Seive Analysis          95% passing 325 mesh
                                          * By Difference
 
2
Manganese Carbonate -
3
Nickel Carbonate - NiCO3 is a greenish monoclinic crystal, with major uses as Electroplating; colorants manufacturing; production for organic chemical manufacture, petroleum refining and edible oil hardening.
4
Zinc Carbonate - ZnCO3 is a white crystal, with major uses as: an astringent and excipient in shampoo. It is also used as a fireproofing filler for rubber and plastics, as a feed additive, as a pigment, in cosmetics and lotions, and in the manufacturing of porcelain, pottery, and rubber; in manufacture of zinc catalyst.
 
ZINC CARBONATE SPECIFICATIONS FOR ZINC CATALYST
  General Specification
    PRODUCT     Zinc Carbonate Basic
    COMMERCIAL NAME     Zinc Carbonate
    CHEMICAL NAME     Zinc Carbonate
    MOLECULAR FORMULA     3Zn(OH)2-2ZnCO3-H20
    MOLECULAR WEIGHT     567
    COMMERCIAL FORM     Fine White Powder
    RELATIVE BRIGHTNESS     95% Min.
 
  Typical Grade-Wise Specification
    TYPE OF PRODUCT     UOM     ANJARIA G-300     ANJARIA G-450     ANJARIA G-550
    Zn(CO)3 *     %     99.70 min     99.70 min     99.70 min
    Zn     %     54-58     54-58     54-58
    Fe2O3     %     0.04 max     0.04 max     0.04 max
    Na     %     0.15 max     0.15 max     0.15 max
    Cl or SO4     %     0.20 max     0.20 max     0.20 max
    Heavy Metals (as Pb)     %     0.02 max     0.02 max     0.02 max
    Loss on drying @105°C     %     <5%     <5%     <5%
    LOI @600°C     %     25-35     25-35     25-35
    Compact Bulk Density     g/cc (Ibs/ cu.ft.)     0.45-0.60 (28-37)     0.65-0.80 (41-50)     0.80-0.95 (50-59)
    Loose Bulk Density     g/cc (Ibs/ cu.ft.)     0.40-0.55 (25-34)     0.60-0.75 (37-47)     0.75-0.90 (47-56)
    Surface Area (BET)     m2/g     40 min     30 min     20 min
    Pore Volume     cc/g     0.6 min     0.6 min     0.6 min
                     * By Difference
 
5
Magnesium Carbonate -
 
BASIC MAGNESIUM CARBONATE SPECIFICATIONS FOR HIGH PURITY PURPOSES
  General Specification
    PRODUCT     Magnesium Carbonate Basic
    COMMERCIAL NAME     Magnesium Carbonate
    CHEMICAL NAME     Magnesium Carbonate
    MOLECULAR FORMULA     Mg(OH)2-MgCO3-H2O
    MOLECULAR WEIGHT     343
    COMMERCIAL FORM     Fine White Powder
 
  Typical Grade-Wise Specification
       TYPE OF PRODUCT        UOM        ANJARIA G-100
       MgO        %        40.00 min
       Mg        %        24.00 min
       Fe        %        0.005 max
       Na        %        0.05 max
       Cl or SO4        %        0.05 max
       Ca        %        0.20 max
       Heavy Metals (as Pb)        %        0.02 max
       Loss on drying @105°C        %        <5%
       LOI @1000°C        %        54-60
       Compact Bulk Density        g/cc (Ibs/ cu.ft.)        0.10-0.20 (6-13)
       Loose Bulk Density        g/cc (Ibs/ cu.ft.)        0.07-0.15 (4-9)
Top    
 
Anjaria Enviro Tech Pvt.Ltd.
Plot No. 2920, New J type area, 1st Phase, G.I.D.C., VAPI - 396 195. GUJARAT - INDIA.
Telefax: +91-260-2431831 / 2434542 / (R)2431005, Cell: +91-9824171715,
Email: admin@anjaria.co.in, info@anjaria.co.in
  
Created And Hosted By Softweb Information Technology Pvt. Ltd.