Trading

Food & Grains Products

  • Barley
  • Corn
  • Wheat
  • Soya Beans

 

Malting Barley Class A

  • Origin: USA/South America/Canada/Australia/Sellers Option
  • Moisture: 13% Max
  • Protein: 10% Min 11.5% Max
  • Germination Energy: 95% after 5 days
  • Full Barley: 90%
  • Below: 2.2 mm Max 3%
  • Purity of Variety: 95% Min
  • Foreign Variety: 1% Max
  • 1000 Kernel Weight: 40 gr
  • HI Weight: Min 67 kg/h

Feed Barley Grade 2

  • Origin: USA/South America/Canada/Australia/Sellers Option
  • Moisture: 13% Max
  • Crude Protein: 10% Min
  • Crude Fiber: 8% Max
  • Damaged Grains: 2% Max
  • Grain Impurities: 3% Including Damaged Grains
  • Foreign Material: 1% Max

Feed Barley Grade 3

  • Origin: USA/South America/Canada/Australia/Sellers Option
  • Moisture: 13% Max
  • Crude Protein: 10% Min
  • Crude Fiber: 8% Max
  • Damaged Grains: 2% Max
  • Grain Impurities: 3% Including Damaged Grains
  • Foreign Material: 3% Max
 

URT EXPORTS offers a best quality of yellow maize. And we are engaged in offering Maize for human as well as cattle consumption for our clients and it contains high nutritional value, durability and purity.

The maize seeds offered by us are procured with STRICT & STRINGENT QUALITY NORMS from sources assuring our customer of our trustworthiness. Our maize is procured from the best plantation in the country ensuring enriched nutrition values.

We process our maize in highly dis-infected environment under the supervision of expert agriculturists. In addition to this, we are counted of the principal maize exporters from India. We always endeavor to supply our best quality to our honored customers and that too within the stipulated time.

Please find specifications below:

  • Moisture : 13%-14% Max
  • Admixture : 1% Max
  • Broken seeds : 3% Max
  • Damaged seeds : 3% Max
  • Other color seeds : 3% Max
  • Aflatoxin by TLC Method DL : 5ppb -20 ppb Max

HARD, MILLING WHEAT - FIT FOR HUMAN CONSUMPTION

ACCORDING TO THE FOLLOWING SPECIFICATIONS AND TEST METHODS:

  • MOISTURE : 13 % MAX (AACC 44 – 15.02) OR (ISO 712/2009)
  • PROTEIN : 11.0 % (N X 5.7) MIN ON 12% MOISTURE BASIS (ISO 20483) OR (AACC46–11.02) OR DUMAS COMBUSTION NITROGEN ANALYSIS (CNA) (AA CC 46-30.01)
  • FALLING NUMBER: 250 SECOND MIN (ICC 107 /1)
  • DRY GLUTEN : 8% MIN ON 12% MOISTURE BASIS (ICC STANDARD NO 155)
  • GLUTEN INDEX : 75% MIN (ICC STANDARD NO 155) OR (AACC38 – 12.02)

WHOLE WHEAT MEAL

    • TEST WEIGHT : 77 KG/hl MIN (AACC – 55 – 10.01)
    • EXTRANEOUS MATTER (after removal of ergot) 1.5% MAX (ISO 7970)
      • A - Organic extraneous matter, (1.1%) MAX (ISO 7970).

Any animal or plant matter other than grains of wheat, damaged wheat grains, other grains, inorganic extraneous matter and harmful and/or toxic matter

      • B - Inorganic extraneous matter, 0.4% MAX, (ISO 7970)

stones, glass, pieces of soil and other mineral matter from the fraction retained by a sieve with long rounded apertures 3,55 mm wide and from the fraction retained by a sieve with long rounded apertures 1,00 mm wide and all the components which pass through a sieve with long rounded apertures 1,00 mm wide (by convention, the latter are considered to be inorganic).

  • GLUTEN INDEX : 75% MIN (ICC STANDARD NO 155) OR (AACC38 – 12.02)

INDIAN SOYBEAN MEAL ( 46%)

  • Protiein 46% Min. (Acceptable upto 44% with 1:1 rebate)
  • Fibre 6% Max. (Acceptable upto 7% with 1:1 rebate)
  • Moisture 12% Max. (Acceptable upto 13% with 1:1 rebate)
  • Sand & Silica 2.5% Max
  • Fat 1.5% Max
  • Unrease Avtivity At 30oC – 0.3mg/g Max
  • Aflatoxin 50 PPB Max.

SPECIFICATIONS OF INDIAN SOYBEAN MEAL ( 48%)

  • Protiein 48% Min
  • Fibre 6% Max.
  • Moisture 12% Max.
  • Sand & Silica 2.5% Max
  • Fat 1.5% Max
  • Unrease Avtivity At 30oC – 0.3mg/g Max
  • Aflatoxin 50 PPB Max.

SPECIFICATIONS OF INDIAN SOYBEAN MEAL (HIPRO 48%)

  • Protiein 48% Min
  • Fibre 4% Max.
  • Moisture 12% Max.
  • Sand & Silica 1.5% Max
  • Fat 1.5% Max
  • Unrease Avtivity At 30oC – 0.3mg/g Max
  • Aflatoxin 50 PPB Max.

SPECIFICATIONS OF INDIAN SOYBEAN MEAL (HIPRO 50%)

  • Protiein 50% Min
  • Fibre 4% Max.
  • Moisture 11% Max.
  • Sand & Silica 1.5% Max
  • Fat 1.5% Max
  • Unrease Avtivity At 30oC – 0.3mg/g Max
  • Aflatoxin 50 PPB Max.

Petroleum Products

Our capabilities come from the expertise in specific areas:

  • Light Crude Oil
  • Gasolin 500 PPM
  • CST 380 Fuel Oil

TBP Distillation Analysis (ASTM D2892 & ASTM D5236)

Frac. NoBoiling Range, ℃Yield, wt.%Cumulative Yield, wt%Sp.Gr.@ 15.56/15.56 ℃Yield, Vol.%Cumulative Yield, Vol%
1IBP-151.521.520.57622.262.26
215-654.085.600.64175.457.71
365-1004.4710.070.71775.3413.05
4100.1253.9714.040.74234.5917.64
5125-1504.4018.440.75175.0222.66
6150-1574.4022.840.76444.9427.60
7175-2004.0626.900.79174.4032.00
8200-2254.3031.200.80774.5736.57
9225-2504.3535.550.82174.5441.11
10250-2754.0839.630.84374.1545.26
11275-3003.7843.410.85173.8149.07
12300-3253.9147.320.86183.8952.96
13325-3503.6350.950.87583.5556.51
14350-3855.5056.450.90035.2461.75
15385-4256.6563.100.91436.2467.99
16425-4504.1467.240.92573.8371.82
17450-4753.6470.880.94123.3275.14
18475-5003.3174.190.94822.9978.13
19500-5303.7277.910.95933.3381.46
20530-5653.9281.830.97293.4684.92
21565+18.17100.001.032915.08100.00

Gasolin 500 PPM

AnalysisUnitLimitTest Method
Density @ 15℃Kg/㎥820-860ASTM D1298
Distillation:
Recovered @ 150℃Vol%reportASTM D86
Recovered @ 300℃Vol%reportASTM D86
Recovered @ 357℃Vol%90 minASTM D86
F.B.P385 maxASTM D86
Colour-3 maxASTM D1500
Flash point54 minASTM D93
Sulphur Totalwt%0.05 maxASTM D1552
Corrosion-3hrs@100℃-1 aASTM D130
Viscosity Kinematic@37.8℃c.St2.0-5.5ASTM D445
Cloud point*2.0 maxASTM D2500
Pour point*3.0 maxASTM D97
Carbon Residue (on 10% Bottoms)wt%0.1 maxASTM D189
Ashwt%0.01 maxASTM D482
Water & SedimentVol%0.05 maxASTM D2209
Cetane Index-49 minASTM D976

TestUnitSpecificationTest Method
Density @ 15DCKg/㎥MAX 990D-1298
Kinomatic Viscosity @ 50 DCCSTMAX 380D-445
Pour PointDCMAX 32D-97
Flash PointDCMIN 65D-93
Sulphur TotalWT%MAX 3.5D-1552
Carbon Residue (Conradson)WT%MAX 15D-189
AshWT%MAX 0.15D-482
Water & SedimentVOL%MAX 1.0D-1796
Calorific Value (Higher)MJ/KGMIN 41.7Calculated

  • CST 280 Fuel Oil
  • CST 180 Fuel Oil
  • M 100 Fuel Oil

TestUnitSpecificationTest Method
Density @ 15℃Kg/㎥MAX 970D-1298
Kinomatic Viscosity @ 50℃CSTMAX 280D-445
Visco. Redwood1 @ 37.7°Secs.MAX 2500Calculated
Pour PointDCMAX 24D-97
Flash PointDCMIN 65D-93
Sulphur TotalWT%MAX 3.5D-1552
Carbon Residue (Conradson)WT%MAX 15D-189
AshWT%MAX 0.05D-482
Water & SedimentVOL%MAX 0.5D-1796
Calorific Value (Higher)MJ/KGMIN 41.7Calculated

TestUnitSpecificationTest Method
Density @ 15℃Kg/㎥MAX 991ISO 3675 or ISO 12185
Kinomatic Viscosity @ 50℃㎟/SMAX 180ISO 3104
Flash Point°CMin 60ISO 2719
Pour Point (upper)(2)
Winter quality°CMAX 30ISO 3016
Summer quality°CMAX 30ISO 3016
Carbon Residue%(m/m)MAX 15ISO 10370
Ash%(m/m)MAX 0.10ISO 6245
Water%(V/V)MAX 0.5ISO 3733
Sulphur%(m/m)MAX 3.5ISO 8754
Vanadiummg/kgMAX 200IP 501/IP 470/ISO 14579
Aluminum
Plus Silicon
mg/kgMAX 80IP 501/IP 470/ISO 10478
Total Sediment, Potential%(m/m)MAX 0.10ISO 10307-2

#COMPONENTRESULT
1.Ash content, not more %0.14
2.Mass fraction of sulpure , not more %-low-sulphur0.5
3.Temperature of the flash, not less ℃ in the
in the open crucible ℃
closed crucible/>110 min
4.The temperature of solidification, not higher ℃25
5.Kinematies Viscosity at 50℃118 MAX
6.Water content0.50%
7.Mechanical impunitiesLower than 0.1%
8.Acidity Lower than5 mg KOH/100ml
9.Alkalinitynil
10.Gross Calorific Value Kcal/kg / KJ/kgMin 9700/41300
11.Density at 15.0 deg, C Kg/l0.8900.9200
12.Hydrogen Sulfide Content (H2S) pom0.5 max
13.Carbon ResiduaLower than 7%
14.Vanadium (V) ppm23
15.Aluminium (Al) ppm5
16.Silikon (Si) ppm12
17.Niekel (Ni) ppm29
18.Asphaltenes m/m3.60%
19.Destilation @4 mm Hg
Extracted to 760 mm Hg
Initial Boiling Point deg, C
    • 5% recovered deg, C
    • 10% recovered deg, C
    • 24% recovered deg, C
    • 30% recovered deg, C
    • 40% recovered deg, C
    • 50% recovered deg, C
    • 60% recovered deg, C
    • 75% recovered deg, C
    • 80% recovered deg, C
    • 95% recovered deg, C
    • Final boiling point deg, C
    • Present recovered vol
    • Residue vol
    • Total Nitrogen m/m

216
259
310
358
445
502
534
538
545
-
550
560
78%
22%
0.19%
20.Sodium (Na) ppm15

Petrochemical

Our capabilities come from the expertise in specific areas:

  • High-Density Polyethylene HDPE
  • Low-Density Polyethylene LDPE
  • Polypropylene PP

is a polyethylene thermoplastic made from petroleum, With a high strength-to-density ratio, HDPE is used in the production of plastic bottles, corrosion-resistant piping, geo membranes, and plastic lumber. HDPE is commonly recycled, and has the number "2" as its resin identification code.

PROPERTY*ASTM TEST METHODENGLISH
Unit     Value
Si
Unit     Value
DensityD1505g/cc     0.955g/cc     0.955
Melt Index, Condition E,D1238g/10mm     0.35g/10mm     0.35
190℃/2.16kg
Environmental Stress Crack
Residence(ESCR)
Condition B.F50 (100% Igepal)D1693h     35h     35
Tensile Yield Strength,D638
2" (50 mm) per min.Type IVpsi.     4000MPa     28
Ultimate Elongation,D638
2" (50 mm) per min.Type IV%     >600%     >600
Brittleness TemperatureD746℉     
℃     
Flexural ModulusD790psi.     200.000Mpa     1378

is a thermoplastic made from the monomer. The EPA estimates 5.7% of LDPE (recycling number 4) is recycled. Despite competition from more modern polymers, LDPE continues to be an important plastic grade.

ASTM or UL testPropertyLDPEHDPEUHMW
PHYSICAL
D792Density (lb/in)
(g/cm)
0.033
0.92
0.035
0.96
0.034
0.93
D570Water Absorbtion, 24hrs (%)
Mechanical
D638Tensile Stremgth (psi) at 72℉1.4004.6005.800
D638Tensile Stremgth (psi) at 150℉400400400
D638Tensile Modulus (psi)57.000200.00080.000
D638Tensile Elongation at Break (%)100400300
D790Flexural Strength at Yield (psi)1.5004.6003.500

 

also known as polypropene, is a thermoplastic polymer used in a wide variety of applications. It is produced via chain-growth polymerization from the monomer propylene.

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  • Polyvinyl Chloride PVC
  • Sulfur or Sulphur

is the world's third-most widely produced synthetic plastic polymer, after polyethylene and polypropylene.

PVC comes in two basic forms: rigid (sometimes abbreviated as RPVC) and flexible. The rigid form of PVC is used in construction for pipe and in profile applications such as doors and windows. It is also used in making bottles, non-food packaging, and cards (such as bank or membership cards).

It can be made softer and more flexible by the addition of plasticizers, the most widely used being phthalates. In this form, it is also used in plumbing, electrical cable insulation, imitation leather, flooring, signage, phonograph records, inflatable products, and many applications where it replaces rubber. With cotton or linen, it is used to make canvas.

is a chemical element with symbol S and atomic number 16. It is abundant, multivalent, and nonmetallic.. Elemental sulfur is a bright yellow crystalline solid at room temperature. Chemically, sulfur reacts with all elements except for gold, platinum, iridium, tellurium, and the noble gases.

Properties of Sulfur:

A- Sulfur Powder
B- Granules Sulfur
C- Lump Sulfur
D- Chemical Description Sulfur

Sulfur Packing

  • Sulfur according to customer order / customer inquiry
  • Packing weight Mineral sulfur: 25-50 kg bags
  • Packing: Bulk or bag / 1MT jumbo bag