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Main feedstock

Hydrocarbon feedstock

Steam cracking feedstock quality parameters at the plant Polymir (naphtha, hydrocarbon fractions, heavy pyrolysis residue)

Parameters for obligatory check Norm
1. Density at 20°С, g/cm3, not more 0,725
2. Fraction composition, °С:  
– IBP, not lower 35
– 10% of the product is distilled at the temperature, not higher 75
– 50% of the product is distilled at the temperature, not higher 115
– 90% of the product is distilled at the temperature, not higher 150
– FBP, not higher 180
3. Hydrocarbon composition, %:  
– mass fraction of aromatic hydrocarbons, not more 10,0
– mass fraction of naphthene hydrocarbons, not more 35,0
– mass fraction of paraffinic hydrocarbons, not less 55,0
– mass fraction of olefinic hydrocarbons, not more 2,0
4. Iodine number, g iodine per 100 g product, not more 2,0
5. Mass fraction of sulphur, %, not more 0,1
6. Water soluble alkali content none
7. Water and mechanical impurities content none
8. Mass concentration of actual gums, mg per 100 cm3 of product, not more 2

 

Broad fraction of light hydrocarbons / light hydrocarbons fraction for steam cracking, quality parameters at the plant Polymir

1. Mass fraction of components, %: Norm for the grades
Grade А Grade B
– total hydrocarbons С1–С2, not more 3 5
– propane, not less 15
– total hydrocarbons С45, not less 45 40
– total hydrocarbons С6 and higher, not more 15 30
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,025 0,050
including: hydrogen sulphide, not more 0,003 0,003
3. Free water and alkali content none
4. Appearance colourless transparent liquid

 

Normal butane for steam cracking, quality parameters at the plant Polymir

1. Mass fraction of components, %: Norm for the grades
highest А B V
– Normal butane, not less 98,6 97,5 94,0 88,0
– Propane, not more 0,3 0,5 1,0 1,0
– Total iso- and normal pentane and higher, not more 0,4 0,6 2,5 5,0
– Total butylenes, not more 0,5 1,0 1,0 2,0
– Isobutane, not more 0,9 1,5 4,0 н/н
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,005 0,005 0,01 0,01
3. Free water and alkali content none

 

Chemical Feedstock

No. Process feedstock and auxiliary materials Monitored parameters and measurement units Norm
1. 2-acrylamido-2-methylpropane sulfonic acid (AMPS)

 

1. Appearance white colour irregular shape pellets
2. Mass fraction of unsaturated compounds calculated as AMPS, %,

not less

97,0
3. Mass fraction of nonvolatile substances, %, not less 99
4. Mass fraction of water, %, not more 0,30
5. Mass fraction of iron, %, not more 0,001
6. Chromaticity according to platinum-cobalt scale

(25% water solution), Hazen units, not more

100
7. Acid number, mg КОН/g 272 – 282
8. Mass fraction of sulphates, %, not more 0,2
9. рН at storage, рН units 8 – 11
10. Opalescence none
11. Compliance with the standard interval of the parameter conversion degree, (not less than 51.9 % at 150 minutes of reaction) complies

 

2. Azobisisobutyronitrile

(porofor 57, porofor ChHZ-57)

1. Appearance white crystalline powder, slight lumping is possible
2. Mass fraction of water and volatile matter, %, not more 0,2
3. Mass fraction of substances insoluble in isopropyl alcohol, %,

not more

0,2
4. The residue after screening on screen with mesh № 2 none
5. Melting temperature, ºС в пределах 100 – 103
6. Gas number, cm3/g, not less 140
3. Aluminium sulphate, technically purified, second sort 1. Appearance strips, bars, lumps of irregular shape without tendency to lumping, of different sizes and weights not more than 10 kg, of white colour.

Shades of grey, blue or pink colour are allowed.

2. Mass fraction of aluminium oxide, %, not less 15
3 Mass fraction of free sulphuric acid (Н2SO4), %, not more 0,1
4. Mass fraction of iron calculated as iron oxide (III), %, not more 0,3
4. Oleinic acid amide

(Armid «О»)

 

1. Appearance pellets (scales) of yellow colour, soft, waxy
2. Mass fraction of moisture, %, not more 0,5
3.Solidification point,0С, not lower 68
4. Mechanical impurities content, % none
5. Solubility in acetone complete
5. Ammonia liquid technical

Grade («А», «Аk», «B»)

 

1. Mass fraction of ammonia, %, not less

Grade А Grade Аk Grade B
99,9 99,6 99,6
2. Mass fraction of water (residue after evaporation), % 0,2

0,4

0,2

0,4

3. Mass fraction of water (Fisher method), %,

not more

0,1
4. Mass concentration of iron, mg/dm3, not more 1 1 2
5. Mass fraction of nitrogen, %, not less 82 82
6. Mass concentration of oil, mg/dm3, not more 2 2 8
6. Ammonium molybdate tetrahydrate, chemically pure 1. Appearance colourless or slightly coloured green or yellow crystals
2. Mass fraction of ammonium molybdate tetrahydrate

(NH4)6Mo7O24 x 4H2O, %

99 – 101
3. Mass fraction of substances insoluble in water, %, not more 0,005
4. Mass fraction of chlorides, %, not more 0,0005
5. Mass fraction of iron, %, not more 0,001
6. Solubility of preparation in water at 50° С shall pass the test
7. Sulphuric anhydride liquid technical highest grade

 

1.Mass fraction of water, %, not more 0,02
2. Mass fraction of nonvolatile residue, %, not more 0,01
8. Antioxidant Vulkanox, (equivalent Agidol-2, grade А)

 

1. Appearance white powder
2. Beginning of melting temperature, °С, not lower 128
3. Mass fraction of loss at drying, %, not more 0,1
4. Mass fraction of ash, %, not more 0,1
5. Solubility of 1 % substance solution in acetone at (20 ± 5) °С complete
6. Mass fraction of residues after screening with mesh No. 0355,%,

not more

0,1
9. Antistatic agent 1. Appearance transparent colourless or pale yellow viscous liquid

 

2. Solubility in water at temperature(20,0 – 25,0) ºС transparent solution without mechanical impurities
10. Concentrated antifreeze

Glyssantin G48

 

 

1.Appearance homogeneous fluid without mechanical impurities
2. Colour Blue-green
3. Density, g/cm3 1,123
4. Beginning of crystallization temperature, оС,

not higher (H2O: concentrate/50:50)

– 36
5. Alkalinity, cm3,

not less

15,1
6. pH at 20оС (H2O: concentrate/50:50) 8,3
11. Technical acetone   Norm for the grades
Highest sort 1st sort 2nd sort
1. Appearance colourless transparent liquid
2. Mass fraction of acetone, %, not less 99,75 99,50 99,00
3. Density, ρ420, g/cm3 0,789-0,791 0,789-0,791 0,789-0,792
4. Mass fraction of water, %, not more 0,2 0,5 0,8
5. Mass fraction of methyl alcohol, %, not more 0,05 0,05 not normed
6. Mass fraction of acids calculated as acetic acid, %, not more 0,001 0,002 0,003
7. Resistance to oxidation with potassium manganate, hr., not less 4 2 0,75
12. Aerosil grades   А- 175,

А- 300 silicone dioxide-silica

(Orisil m.175,

as per specification)

  Aerosil Orisil

м. 175

Norm as per specification
Grade

А-175

Grade

А-300

1. Mass fraction of silicone dioxide calculated as oven-dry weight, %, not less 99,9 99,9 99,9 99,8
2. pH of suspension, рН units 3,6-4,3 3,6-4,3 3,6-4,3 3,6-4,7
3. Mass fraction of moisture, %, not more 1,5 1,5 1,5 1,5
4. Mass fraction of loss at calcination, %, not more 1 1 1 1
5. Bulk density: – uncompacted 40 – 60 40 – 60 н/б 50 40 – 80
– compacted 120-140 110 -140 н/м 110 105-140
13. Biocide Puro Tech RO 325 1. Appearance liquid from colourless to light yellow colour
2. Density at 20 оС 1,20 – 1,30
3. Hydrogen ion exponent, pH units 3,0 – 7,0
4. Solubility in water completely
14. Biocide Puro Tech

Multitreat SBR 20

1. Appearance liquid from colourless to light yellow colour
2. Density at 20 оС 1,10 – 1,25
3. Hydrogen ion exponent, pH units 6,5 – 8,0
4. Solubility in water completely
15. Biocide Puro Tech

Multitreat SBR 40

1. Appearance liquid from colourless to light yellow colour
2. Density at 20 оС 1,35 – 1,45
3. Hydrogen ion exponent, pH units 5,0 – 8,5
4. Solubility in water completely
16. Biocide Puro Tech

Microbiocid WTM

 

1. Appearance liquid from colourless to light yellow colour
2. Density at 20 оС 1,25 – 1,35
3. Hydrogen ion exponent, pH units, less than 4,0
4. Solubility in water

 

completely
17. Bio-dispercant

PuroTech

Biosperse 1

1. Appearance transparent liquid
2. Density at 20 0С, г/см3 0,95 – 1,08
3. Hydrogen ion exponent, pH units, 5,0 – 8,0
4. Solubility in water completely
18. Petroleum benzene for synthesis.

Highest and first grade

 

 

 

 

1. Appearance and colour

Highest grade 1st grade
transparent liquid without impurities and water, not darker than the solution 0,003 g К2Сr2О7 in

1 dm3 of water

2. Distillation limit 95%, °С, not more (including pure benzene boil temperature 80,1 °С) 0,6
3. Density at 20 °С, г/см3 0,878 – 0,880 0,877 – 0,880
4. Crystallization temperature, °С not lower 5,35 5,30
5. Mass fraction of main substance, % not less 99,7 99,5
19. Bismuth nitrate (III)

pentahydrate, analytically pure

 

1. Mass fraction of Bismuth nitrate (III)

pentahydrate (Bi(NO3)3´5Н2О), %, not less

99,5
2. Mass fraction of substances insoluble in nitric acid, %,

not more

0,002
3. Mass fraction of chlorides (Cl), %, not more 0,001
4. Mass fraction of sulphates (SO4), %, not more 0,005
5. Mass fraction of iron (Fe), %, not more 0,001
6. Mass fraction of copper (Сu), %, not more 0,0005
7. Mass fraction of lead (Pb), %, not more 0,005
8. Mass fraction of magnesium (Mg), %, not more 0,0005
9. Mass fraction of calcium (Са), %, not more 0,0005
10. Mass fraction of sodium (Na), %, not more 0,0005
20. Bismuth metal,

grade BiOO

1. Mass fraction of bismuth, %, not less 99,98
2. Mass fraction of lead (Pb), %, not more 0,006
3. Mass fraction of zinc (Zn), %, not more 0,0005
4. Mass fraction of antimony (Sb)%, not more 0,0005
5. Mass fraction of copper (Cu), %, not more 0,001
6. Mass fraction of silver (Ag), %, not more 0,004
7. Mass fraction of arsenic (As), %, not more 0,0003
8. Mass fraction of iron (Fe), %, not more 0,001
9. Mass fraction of cadmium (Cd), %, not more
10. Mass fraction of cobalt (Co), %, not more
11. Mass fraction of manganese (Mn), %, not more
12. Total impurities, %, not more 0,01
21. Hydrogen

peroxide

1. Appearance colourless transparent liquid
2. Mass fraction of hydrogen peroxide, % 30 – 40
22. Leveling agent Sera Gal A-As 1. Appearance transparent colourless or pale yellow liquid
2. Hydrogen ion exponent of consumer bleach, pH units 7,0 – 9,0
3. Main constituent, % 50,0 – 52,0
4. Solubility in water during preparation of 10 % at the temperature of (15 – 25) °С soluble

(no residue, haze, gel)

23. Hydrazine hydrate technical 1. Appearance colourless transparent liquid
2. Mass fraction of hydrazine (N2H4),% 64,0 – 67,0
3. Mass fraction of ammonia, %, not more 0,06
24. Aluminium hydroxide

(Framial 03, manufacturer Closed JSC GEOKOM, RF; Apyral 40CD, manufacturer Nabaltec AG, Germany;

АН-5 (ASAH-5), manufacturer Jinan Chenxu Chemical Co., Ltd., PRC

1. Appearance white colour powder
2. Mass fraction of moisture, not more, % 0,7
3. Hydrogen ion exponent of suspension with aluminium hydroxide mass fraction 10 %, pH units 8,5 – 10,5
4. Bulk density, kg/dm3, not more 0,6
25. Hydroquinone

(para-D

ioxybenzene), 1сорт

1. Mass fraction of hydroquinone, % 99 – 101
2. Mass fraction of iron (Fe), %, not more 0,010
3. Mass fraction of residue after calcination, %, not more 0,08
4. Melting temperature, °С 170 – 175
5. Colour according to bichromatic scale, not more 20
26. Sodium hypochlorite,

Grade A, B

1. Appearance Grade А Grade B
liquid of green-yellow colour, the colour may change to red-brown
2. Mass concentration of active chlorine, g/dm3,

not less

190 170
3. Mass concentration of alkali calculated as NaOH, g/dm3 10 – 20 40 – 60
27. Greenflex ML 50
Manufacturer Polimeri Europa, S.p.A., Italy;

Escoren Ultra Eva UL00218CC3

Manufacturer ExxonMobil,

Germany

1. Appearance pellets from nontransparent to milky colour
2. Density, g/cm3 0,920 – 0,960
3. Melt flow index, g/10 min, at temperature 190 °С 1,7 – 3,2
4. Vinyl acetate content, % 17,0 – 20,6
28. Dimethyl disulphide

 

1. Appearance liquid from colourless to light yellow colour with specific smell
2. Mass fraction of dimethyl sulphide, %,

not less

99
29. Di(3,5,5-trimethylhexanoyl)

peroxide

(Тrigonox 36-С75 or equivalent)

 

1. Mass fraction of main constituent, % 74,0 – 76,0
2. Mass fraction of active oxygen, % 3,76 – 3,87
2. Mass fraction of active oxygen, % 3,76 – 3,86
30. 2,2-Di(tert-butylperoxy) butane

(ТRIGONOX D-C50 or equivalent)

1. Mass fraction of main constituent, % 49,0 – 51,0
2. Mass fraction of active oxygen , %, not less 6,8
3. Mass fraction of tert-butyl hydroperoxide, %, not more 0,3
   
   
31. Di-tret-butyl peroxide

(ТRIGONOX В),

1. Mass fraction of main constituent, % 99,0 – 100,0
2. Mass fraction of active oxygen , % 10,83 – 10,94
3. Mass fraction of tert-butyl hydroxyperoxide, %, not more 0,1
2. Mass fraction of active oxygen, %, not less 10,83
3. Content of tert-butyl hydroperoxide , %, not more 0,1
32. N, N –dimethylformamide (ДМФ) 1. Appearance colourless transparent liquid
2. Colour according to iodine scale,units, not more 1
3. Density at 20 0С, г/см3 0,94 – 0,95
4. Refraction index at 20 0С 1,429 – 1,431
5. Mass fraction of water, %, not more 0,2
6. Hydrogen ion exponent in water with mass fraction 20%,

рН units

6,5 – 8,5
7. Mass fraction of dimethylamine, %, not more 0,01
8.Acidity, mg-eq/l, not more 1,0
9. Mass fraction of DMF, %, not less 99,7
33. Titanium dioxide, anatase form 1. Mass fraction of titanium dioxide, %, not less 98
2. Mass fraction of water, %, not more 0,5
3. Whiteness, standard units, not less 97
4. Mass fraction of particles with size to 1 µm, %, not less 50
34. Titanium dioxide

Grades ТiОx-220, Р-101

1. Hydrogen ion exponent of 10% water suspension, pH units 6,5 – 8,0
2. Mass fraction of volatile substances, %, not more 0,5
3. Mass fraction of residue after wet screening on mesh
№ 0045, %, not more
0,03

 

35. Technical NF disperser 1. Appearance grey colour powder with brown shade
2. Hydrogen ion exponent of water solution with mass fraction of substance 2,5 %, рН units 7 – 9
36. Iron powder PZhR 3.200.28 1. Appearance grey colour powder
37. Construction lime, hydrated,

1st grade (without additives)

1. Appearance powder
2. Mass fraction of active СаО + МgО, %, not less 67
38. Corrosion and scale depositing inhibitor

PuroTech

iChem 1004

 

1.     Appearance liquid from colourless to yellow colour

residue may occur

2. Density at 20 0С, г/см3 1,84 – 1,94
3. Hydrogen ion exponent , pH units, less than 3,0
4. Solubility in water completely
39. Corrosion and scale depositing inhibitor PuroTech

iChem 1032A

1.Appearance liquid from light yellolw to brown colour
2. Density at 20 0С, г/см3 1,07 – 1,17
3. Hydrogen ion exponent, pH units, менее 3,0
4. Solubility in water completely
40. Corrosion and scale depositing inhibitor PuroTech

iChem 2200

1.Appearance liquid from colourless to yellow colour

residue may occur

2. Density at 20 0С, г/см3 1,20 – 1,40
3. Hydrogen ion exponent, pH units, менее 2,0
4. Solubility in water completely
41. Thermal polymerization inhibitor

Actrene EC3268A (Nalko)

1. Appearance liquid of orange-red colour
42. Thermal polymerization inhibitor

Arsenal EC3315A (фирма Nalko)

1. Appearance transparent liquid
43. Thermal polymerization inhibitor

Comptrene EC3144A

(Nalko company)

1. Appearance amber colour liquid
44. Thermal polymerization inhibitor

Comptrene EC3205А

(Nalko company)

1. Appearance dark amber colour liquid
45. Thermal polymerization inhibitor

Petroflo 20Y697

1. Appearance red-brown colour liquid
2. Hydrogen ion exponent of extract (5% water solution), pH units 8,0 – 10,5
46. Thermal polymerization inhibitor

Petroflo 20Y698

 

1. Appearance red-brown colour liquid
2. Hydrogen ion exponent of extract (5% water solution), pH units 8,4 – 10,4
47. Thermal polymerization inhibitor

Petroflo 20Y600

1. Appearance colourless liquid
2. Hydrogen ion exponent, pH units 2,0 – 4,0
48. Potassium nitrate, analytically pure 1. Mass fraction of potassium nitrate in dry preparation, %,
not less
99,8
2. Mass fraction of chlorides (Сl), %, not more 0,0010
3. Mass fraction of loss at drying, %, not more 0,2
4. Hydrogen ion exponent of preparation solution with mass fraction 5 %,

pH units

 

5,5 – 8,0
49. Calcium stearate technical

(including manufacture Goldstab Kalpataru Organics Pyt. Ltd., India)

 

1. Appearance homogeneous colour from white to yellowish white colour without impurities
2. Mass fraction of potassium ions Са+2, % 6,0 – 7,4
3. Acid number, mg КОН/g, not more 2,0
4. Mass fraction of moisture, %, not more 3,0
5. Melting temperature, оС, not less 130
6. Mass fraction of residue after screening on screen with mesh № 0315, %, not more 0,5
50. Calcium chloride technical, sort 1 1.Appearance powder or pellets of white colour
2. Mass fraction of calcium chloride, %, not less 90
3. Mass fraction of residue insoluble in water, %, not more 0,5
51. Captacs

(2-mercaptobenzothiazole), sort 1

1. Mass fraction of 2-mercaptobenzothiazole, %, not less 95,0
52. Hydrogenation catalyst МА-15. Palladium on active aluminum oxide in sulphurated form

 

1. Mass fraction of catalyst components (calculated as calcinated at (850 ± 10 °С), %:

– palladium

 

 

0,45 – 0,50

– iron, not more 0,02
2. Mass fraction of loss at calcination

(850 ± 10) °С, %, not more

9,0
3. Bulk density of catalyst (calcinated at (550 ± 5°С), г/см3, not more 0,8
4. Diameter of pellets, mm 2,8 ± 0,2
53. Hydrogenation catalyst

PolyMax 202 Sph 3-5

1. Appearance spheres
2. Mass fraction of catalyst components calculated as calcinated at 540°С, :

– palladium, %, not less

 

 

0,140

3. Mass fraction of loss at calcination at 540 °С, %, not more 5,0
4. Bulk density, g/l 650 ± 50
5. Average crushing strength, Н, not less 90
6. Catalyst surface area, м2 250 ± 50
7. Pellets with size less than 3 mm, %, not more 3
8. Pellets with size more than 5 mm, %, not more 3
54. Hydrogenation catalyst

OleMax 208 Sph 2-4.

1.Appearance spheres
2. Mass fraction of catalyst components calculated as calcinated at 540°С, %:

– palladium

– silver

 

0,0600 – 0,0800

0,4200 – 0,5800

3. Mass fraction of loss at calcination at 540°С, %, not more 5,00
4. Bulk density kg/l 0,72 ± 0,05
5. Average crushing strength, Н, not less 40
6. Pellets with size more than 4 mm, % not more 5
7. Pellets with size less than 2 mm, % not more 5
55. High molecular synthetic rubber,

dimethyl-vinyl-siloxane

1. Mass fraction of weight loss at 150 °С for 3 hours, %,

not more

3,0
2. Thermal stabuility (weight loss at 300 °С

for 2 hours), %, not more

10
3. Reaction of water extract neutral
4. Physical and mechanical parameters:

4.1 Conventional tensile strength, MPa, not less

4.2 Relative elongation, %, not less

 

5,9

300

56. Kerosene for lighting  

 

1. Density at 15 °С, кг/м3, not more

Values for the grade
КО-30 КО-25 КО-20
794 799 834
2. Mass fraction of sulphur, %, not more 0,02 0,015 0,1
3. Copper strip test passes
4. Acidity, mg КОН per 100 cm3 of kerosene, not more 1,0 1,0 1,3
5.Content of water soluble acids and alkalies None
6.Content of mechanical impurities and water None
7. Ash, %, not more 0,002 0,002 0,005
57. Citric acid 1. Appearance colourless crystals or white powder without lumps
2. Mass fraction of citric acid calculated as monohydrate, % 99,5 – 100,5
3. Mass fraction of sulphate acid, %, not more 0,05
58. Nitric acid, non concentrated, sort 1 1. Appearance transparent colourless or light yellowish liquid without mechanical impurities
2. Mass fraction of nitric acid (HNO3), %, not less 56,0
3. Mass fraction of calcinated residue, %, not more 0,02
4. Mass fraction of nitrogen oxides, %, not more 0,1
59. Orthophosphorous acid, thermic 1. Appearance transparent colourless liquid in 15 – 20 mm layer if looking opposite white background
2. Mass fraction of orthophosphorous acid (H3PO4), %, not less 73
3. Mass fraction of iron, % not more 0,005
60. Orthophosphorous acid, pure 1. Appearance and colour shall pass the test
2. Mass fraction of orthophosphorous acid (H3PO4), %, not less 85
3. Mass fraction of chlorides, %, not more 0,0003
4. Mass fraction сульфатов, %, not more 0,003
5. Mass fraction железа, %, not more 0,002
6. Density at 20ºС, г/см3, not less 1,69
61. Contact sulphuric acid, technical Grade K 1. Mass fraction of monohydrate (H2SO4), % 92,5 – 98,0
2. Mass fraction of iron (Fe), %, not more 0,006
3. Transparency transparent without dilution
4. Colour, cm3 of blank solution, not more 1
5. Mass fraction of calcination residue, %,not more 0,02
62. Sulphuric acid, technical, 1st grade 1. Mass fraction of monohydrate (H2SO4),%, not less 92,5
2. Mass fraction of iron, %, not more 0,02
3. Transparency not normed
4. Mass fraction of residue after calcination, %, not more 0,05
5. Colour, см3 of blank solution, not more 6
63. Hydrochloric acid,

Grade Ch

1. Mass fraction of hydrochloric acid (HCl), % 35 – 38
2. Appearance colourless transparent liquid
64. Stearinic acid, technical (stearin) Grades Т-3, Т-10  

1. Appearance

Grade Т-3 Grade Т-10
Scales, flakes, white colour powder
2. Iodine number, гI2/100г, not more 3 10
3. Mass fraction of moisture, %, not more 0,2
4. Content of mechanical impurities none
65. Stearinic acid

Grades Palmera B1805,

Tefacid 1VL

1. Appearance white flakes, powder
2. Mechanical impurities none
3. Transparency at temperature 70 0С transparent
4. Solidification point, 0С 53 – 59
5. Mass fraction of moisture, %, not more 0,2
6. Iodine number, гI2/100г, not more 6
7. Acid number, mg КОН/g 200 – 211
8. Saponification number, mg КОН/g 201 – 213
9. Fraction composition, %

С14, not more

С16

С18

С20, not more

 

4

25 – 50

40 – 62

3

66. Stearinic acid

Grades Tefacid 1VТ50

1. Appearance white flakes, powder
2. Mechanical impurities N

one

3. Transparency at temperature 70 0С transparent
4. Solidification point, 0С 55 – 58
5. Mass fraction of moisture, %, not more 0,2
6. Iodine number, гI2/100г, not more 6
7. Acid number, mg КОН/g 200 – 211
8. Saponification number, mg КОН/g 203 – 213
9. Fraction composition, %

С14, not more

С16

С18

С20, not more

 

2

42 – 50

43 – 57

1,5

67. Stearinic acid

Grade 1860 manufactured by PT.Dua Kuda, Indonesia

 

1. Appearance flakes or pellets of white colour
2. Mechanical impurities none
3. Transparency at temperature 70 0С transparent
4. Solidification point, 0С 50 – 60
5. Mass fraction of moisture, %, not more 0,3
6. Iodine number, гI2/100г, not more 6
7. Acid number, mg KOH/g 192 – 218
8. Saponification number, mg KOH/g 193 – 220
9. Fraction composition, %

С14, not more

С16

С18

Other, not more

 

3

38 – 48

50 – 60

3

68. Acetic acid, synthetic or recovered, Sort 1 1. Mass fraction of acetic acid, %, not less 99,5
69. Acetic synthetic acid,

Sort 3

1. Mass fraction of acetic acid, %, not less 80,0
70. Malic acid 1. Appearance white crystalline or pelletized powder
2. Mass fraction of malic acid, %, not less 99
3. Mass fraction of calcination residue (as sulphates), %,

not more

 

0,1

4. Mass fraction of substances insoluble in water, %, not more 0,05
71. Красители

 

1. Mass fraction of dye in relation to standard sample, %, in relation to optical density of standard sample 95 – 105
2. Deviation of maximum absorption wavelength from standard sample, nm, not more ± 2
3. Hydrogen ion exponent (рН) of manufactured dyestuff, pH units complies with reference
4. Hydrogen ion exponent (рН) of dyestuff water solution when diluted 1:10, рН, not less 2,6
5. General colour difference related to reference in colour coordinates L*а*b* (1 % of dye on the fibre), ΔЕ, not more ± 1,5
6. Resistance of dyestuff water extracts in concentrations 5 %, 10 %, 20 %, 80 % and 100 wt % when storing within seven days at the room temperature resistant (no gels, residue, crystals on the filter and dishware sides)
72. Iron (II) sulfate technical  

1. Appearance

1st sort 2nd sort
crystals, green-blue
2. Mass fraction of iron sulfates (II), %, not less 53 47
3. Mass fraction of free sulfuric acid, %, not more 0,3 1,0
4. Mass fraction of substances insoluble in water, %, not more 0,2 1,0
73. Laprol, grade 3003 1. Mass fraction of water, %, not more 0,10
2. Dynamic viscosity at 25 ºС, cPs 450 – 550
3. Acid number, mg КОН/g, not more 0,05
74. Maxiten НР7041АS 1. Appearance pellets of white or light yellow colour
75. Aviation oil,

grade МС-20

1. Kinematic viscosity at 100 °С, mm2/s, not less 20,5
2. Flash point in open crucible, °С, not lower 265
3. Content of mechanical impurities none
4. Water content none
76. White initiator oil Pionier М002,

Manufactured by Hansen & Rosenthal KG, Germany

1. Kinematic viscosity, mm2/s:

– at 40 оС,

– at 100°С

 

13,0 – 17,0

3,0 – 4,0

2. Flash point in open crucible, оС, not lower 200
3. Water content none
4. Content of mechanical impurities none
77. White initiator oil Medinol

Manufactured by Sonneborn Refined Product,

Netherlands

 

1. Kinematic viscosity, mm2/s:

at 40 оС,

at 100 0С

 

12,0 – 17,0

2,0 – 4,0

2. Flash point in closed crucible, оС, not lower 150
3. Water content none
4. Content of mechanical impurities none
78. White initiator oil WOP 15

Manufactured by Petroyag,

Turkey;

Manufactured by Gandhar, India

1. Kinematic viscosity at 40 оС, mm2/s 12,0 – 17,5
2. Flash point in open crucible, оС, not lower 200
3. Water content none
4. Content of mechanical impurities none
79. White compressor oil

ISO VG 100

(AGIP Radula 100),

Manufactured by ENI S.p.a. Divisione Refining, Italy

1. Kinematic viscosity at 40 ºС, mm2/s 90 – 110
2. Kinematic viscosity at 100 ºС, mm2/s 10,3 – 12,5
3. Flash point in open crucible °С, not lower 245
4. Water content none
5. Content of mechanical impurities none
80. White compressor oil

Kaydol

Manufactured by

Sonneborn

Refined Product, Netherlands

1. Kinematic viscosity at 40 оС, mm2/s 63,0 – 70,0
2. Flash point in open crucible, оС, not lower 205
3. Content of mechanical impurities none
4. Water content none
81. White compressor oil

Pionier М-1930

Manufactured by Hansen & Rosenthal KG, Germany

1. Kinematic viscosity at 40 оС, mm2/s 63,0 – 80,0
2. Flash point in open crucible, оС,

not less

230
3. Mass fraction of mechanical impurities, % none
4. Mass fraction of water, % none
82. Hydraulic oil

АМG-10

1. Kinematic viscosity at 50ºС, mm2/s, not less 10
2. Flash point in open crucible, ºС,not lower 93
3. Water content none
4. Mass fraction of mechanical impurities, %, not more 0,003
83. Hydraulic oil Shell Tellus S2 М46

Manufactured by Shell International Group, Англия

1. Kinematic viscosity at 40 ºС, mm2/s 41,4 – 50,6
2. Flash point in open crucible, ºС,not lower 230
3. Water content none
4. Content of mechanical impurities none
84. Hydraulic oil

Shell Tellus S2 М68

Manufactured by Shell International Group, Англия

1. Kinematic viscosity at 40 ºС, mm2/s 61,2 – 74,8
2. Flash point in open crucible, ºС,not lower 235
3. Water content none
4. Content of mechanical impurities none
85. Hydraulic oil Rando

HD-46

Manufactured by Chevron Lubricants, Бельгия

1. Kinematic viscosity at 40 ºС, mm2/s 41,4 – 50,6
2. Flash point in open crucible, ºС, not lower 228
3. Water content none
4. Content of mechanical impurities none
86. Industrial oil, grade IGP-18 1. Kinematic viscosity at 40 ºС, mm2/s 24 – 30
2. Flash point in open crucible, °С, not lower 180
3. Content of mechanical impurities none
4. Water content traces
87. Industrial oil, grade IGP -38 1. Kinematic viscosity at 40 ºС, mm2/s 55 – 65
2. Flash point in open crucible, °С, not lower 210
3. Content of mechanical impurities none
4. Water content traces
88. Industrial oil, grade IGP-72 1. Kinematic viscosity at 40 ºС, mm2/s 110 – 125
2. Flash point in open crucible, °С, not lower 220
3. Content of mechanical impurities none
4. Water content traces
89. Industrial oil, grade IGP-114 1. Kinematic viscosity at 40 ºС, mm2/s 186 – 205
2. Flash point in open crucible, °С, not lower 230
3. Content of mechanical impurities none
4. Water content traces
90. Industrial oil, grade I-12А 1. Kinematic viscosity at 40 ºС, mm2/s 13 – 17
2. Flash point in open crucible, ºС, not lower 170
3. Water content traces
4. Content of mechanical impurities none
91. Industrial oil, grade I-20А 1. Kinematic viscosity at 40 ºС, mm2/s 29 – 35
2. Flash point in open crucible, ºС, not lower 200
3. Water content traces
4. Content of mechanical impurities none
92. Industrial oil, grade I-30А 1. Kinematic viscosity at 40 ºС, mm2/s 41 – 51
2. Flash point in open crucible, ºС, not lower 210
3.Water content traces
4. Content of mechanical impurities none
93. Industrial oil, grade И-40А 1. Kinematic viscosity at 40ºС, mm2/s 61 – 75
2. Flash point in open crucible, ºС, not lower 220
3. Water content traces
4. Content of mechanical impurities none
94. Industrial oil, grade I-50А 1. Kinematic viscosity at 40 ºС, mm2/s 90 – 110
2. Flash point in open crucible, ºС, not lower 225
3. Water content traces
4. Content of mechanical impurities none
95. Doped gear oil

Series ITD-220

1. Kinematic viscosity at 40 ºС, mm2/s 198 – 242
2. Flash point in open crucible, ºС, not lower 210
3. Mass fraction of water, % traces
4. Mass fraction of mechanical impurities, % none
96. Industrial gear oil ITD-460 1. Kinematic viscosity at 40ºС, mm2/s 414 – 506
2. Flash point in open crucible, ºС, not lower 210
3. Mass fraction of water, %, not more 0,06
4. Mass fraction of mechanical impurities, %, not more 0,01
97. Industrial oil

SHELL Omala F 220

Manufactured   by Shell International Group, UK

1. Kinematic viscosity at 40 ºС, mm2/s 198 – 242
2. Flash point in open crucible, ºС, not lower 199
3. Water content none
4. Content of mechanical impurities none
98. Industrial oil

SHELL Omala F 320,

Manufactured   by

Shell International Group, Англия

1. Kinematic viscosity at 40 ºС, mm2/s 288 – 352
2. Flash point in open crucible, ºС, not lower 202
3. Water content none
4. Content of mechanical impurities none
99. Compressor oil
Grade ХА-30
1. Kinematic viscosity at 20 °С, mm2/s 120 – 150
2. Kinematic viscosity at 50 °С, mm2/s 28 – 32
3. Content of mechanical impurities none
4. Water content none
5. Flash point in open crucible, °С, not lower 185
100. Compressor oil

Atlas Copco

Roto-H-Plus

1. Kinematic viscosity at 40 ºС, mm2/s, not more 32
2. Flash point in open crucible, ºС, not lower 205
3. Water content, % none
4. Content of mechanical impurities, % none
101. Compressor oil Kp-8С 1. Kinematic viscosity at 40 ºС, mm2/s 41,4 – 50,6
2. Flash point in open crucible, ºС, not lower 200
3. Water content none
4. Content of mechanical impurities none
102. Compressor oil K-12 1. Kinematic viscosity at 100 ºС, mm2/s 11 – 14
2. Flash point in open crucible, ºС, not lower 216
3. Water content none
4. Mass fraction of mechanical impurities, %, not more 0,007
103. Compressor oil K-19 1. Kinematic viscosity at 100 ºС, mm2/s 17 – 21
2. Flash point in open crucible, °С, not lower 245
3. Mass fraction of mechanical impurities, %, not more 0,007
4. Water content none
104. Compressor oil

ISO VG 150 (AGIP Acer 150),

Manufactured by ENI S.p.a. Divisione Refining, Италия

1. Kinematic viscosity at 40 ºС, mm2/s 135 – 155
2. Kinematic viscosity at 100 ºС, mm2/s 13 – 16
3. Flash point in open crucible, °С,not lower 255
4. Water content none
5. Content of mechanical impurities none
105. Compressor oil SK TURBINE OIL 32 1. Kinematic viscosity at 40 ºС, mm2/s 28,8 – 35,2
2. Flash point in open crucible, оС,not lower 200
3. Mass fraction of mechanical impurities none
4. Mass fraction of water none
106. Compressor oil CENTAC TECHTROL GOLD III 1. Вязкость кинематичес-кая at 40 ºС, mm2/s 120 – 146
2. Flash point in open crucible, оС, not less 200
3. Mass fraction of mechanical impurities none
4. Mass fraction of water none
107. Compressor oil

Orites 270 DS

Manufactured by ELF-TOTAL Lubrifiants, France

1. Kinematic viscosity at 40 оС, mm2/s 260 – 285
2. Kinematic viscosity at 100 оС, mm2/s 40 – 50
3. Flash point in open crucible, оС, not lower 230
4. Water content, %, not more 0,1
5. Content of mechanical impurities none
108. Compressor oil

Mobil Gargoyle Arktic Oil 300

 

1. Kinematic viscosity, mm2/s, at 400С 61,2 – 74,8
2. Content of mechanical impurities, % none
3. Water content, % none
4. Flash point in open crucible, оС, not lower 200
109. Compressor oil Shell Refrigeration Oil S2 FR-A68 1. Kinematic viscosity at 40 ºС, mm2/s 61 – 75
2. Flash point in open crucible, ºС, not lower 232
3. Water content none
4. Content of mechanical impurities none
110. Compressor oil Plurasafe CL HC 1400 (Breox CL 1400) Manufactured by BASF SE, Germany 1. Kinematic viscosity at 40ºС, mm2/s 257,0 – 287,0
2. Flash point in open crucible, ºС, not lower 200
3. Water content, %, not more 0,25
4. Content of mechanical impurities none
111. Engine oil

М-14В2

1. Kinematic viscosity at 100 ºС, mm2/s 13,5 – 14,5
2. Flash point in open crucible, ºС,not lower 210
3.Mass fraction of water, % traces
4. Mass fraction of mechanical impurities, %, not more 0,02
112. Engine oil

For internal combustion engines GPA 1-4

1.Total alkali number, мг КОН/г, not less 3,8
2.Total acid number, mg KOH/g specify for information
3.Hydrogen ion exponent, ед. рН, not less 5,5
4.Kinematic viscosity at 1000С, mm2/s 12 – 18
113. Heat transfer oil with aromatics АМТ-300 1. Kinematic viscosity at 100ºС, mm2/s, not more 5,9
2. Flash point in closed crucible, ºС, not lower 175
3. Mass fraction of water, % traces
4. Mass fraction of mechanical impurities, % none
114. Transmission oil

ТМ-5-18

1. Kinematic viscosity at 100 ºС, mm2/s, not lower 17,5
2. Flash point in open crucible, ºС, not lower 200
3. Mass fraction of water, %, traces
4. Mass fraction of mechanical impurities, % none
115. Transmission oil

TI 5-2

Manufactured by OJSC Naftan

1. Kinematic viscosity at 100 ºС, mm2/s, not less 16,5
2. Flash point in open crucible, ºС, not lower 180
3. Water content traces
4. Mass fraction of mechanical impurities, %, not more 0,005
116. Transmission oil

TAD-17i

1. Kinematic viscosity at 40 ºС, mm2/s 110 – 120
2. Flash point in open crucible, ºС, not lower 200
3. Mass fraction of water, %, traces
4. Mass fraction of mechanical impurities, % none
117. Oil turbine oil with additives

Grade Tp-22

1. Kinematic viscosity at 40 ºС, mm2/s 28,8 – 35,2
2. Flash point in open crucible, ºС, not lower 186
3. Water content none
4. Content of mechanical impurities none
118. Turbine oil DTE OIL HEAVY MEDIUM “Mobil” 1. Kinematic viscosity at 40 ºС, mm2/s 61,2 – 74,8
2. Flash point in open crucible, ºС, not lower 200
3. Water content none
4. Content of mechanical impurities none
119. Turbine oil Mobil DTE 746

Manufactured by Exxon Mobil Lubricants, Sweden

1. Kinematic viscosity , mm2/s

at 40 ºС,

at 100 оС

 

41,4 – 50,6

6,7 – 6,9

2. Flash point in open crucible, ºС,not less 224
3. Water content none
4. Content of mechanical impurities none
120. Transformer oil
Grade Т-1500У
1. Kinematic viscosity at 40°С, mm2/s, not more 11,0
2. Flash point in closed crucible, °С, not lower 135
121. Cylinder oil

Ts-11

1. Kinematic viscosity at 40 ºС, mm2/s 9 – 13
2. Flash point in open crucible, ºС, not lower 215
3. Mass fraction of water, % traces
4. Mass fraction of mechanical impurities, %, not more 0,007
122. Oil Shell Talpa G150

Or equivalent

Oil VM-5С

1. Kinematic viscosity, mm2/s, at 50 0С 42
2. Flash point in open crucible, ºС, not lower 250
3. Content of mechanical impurities none
4. Water content none
123. Copper (II) sulfate (copper sulfate, pentahydrate),

Grade А first sort

1. Mass fraction of copper (II) sulfate:

calculated as CuSO4∙5H2O, %, not less

calculated as copper, %, not less

 

98,0

24,94

2. Mass fraction железа, %, not more 0,04
3. Mass fraction of free sulphuric acid, %, not more 0,25
4. Mass fraction of residue insoluble in water, %, not more 0,05
124. Technical methanol

Grade А, B

 

 

1. Appearance

Grade А Grade Б
colourless transparent liquid without insoluble impurities
2. Mass fraction of aldehydes and ketones calculated as acetone, %, not more 0,003 0,008
3. Mass fraction of water, %, not more 0,05 0,08
4. Density at 20оС, г/см3 0,791 – 0,792
5. Miscibility with water miscible with water without traces of haze or opalescence
125. Microbiocide

Puro Tech 62

 

1.Appearance liquid from colourless to light yellow colour
2. Density at 20 0С, г/см3 1,14-1,25
3. Hydrogen ion exponent рН (1% р-ра), ед рН 3,0-7,0
4. Solubility in water completely
126. Molecular sieves

(UOP, Arkema)

1. Bulk density, g/cm3, not less 0,7
2. Pellet size (diameter), mm 1,45 – 2,00
3. Mass fraction of loss at calcination, %, not more 5,0
127. Sodium nitrate, analytically pure

 

1. Mass fraction of sodium nitrate (NaNO3) on dry basis, %, not less 99,8
2. Mass fraction of chlorides (Сl), %, not more 0,0020
3. Mass fraction of sulfates (SO4), %, not more 0,005
4. Mass fraction of loss at drying %, not more 1,0
5. Hydrogen ion exponent of preparation solution with 5 % mass fraction, pH units 5,0 – 7,5
6. Mass fraction of substances insoluble in water, %, not more 0,004
128. Caustic soda, purified

Grade А

 

1. Appearance colourless transparent liquid
2. Mass fraction of caustic soda (NaOH), %, not less 46,0
3. Mass fraction of iron calculated as Fe2O3, %, not more 0,0007
4. Mass fraction of sodium chloride (NaCl), %, not more 0,007
5 Mass fraction of sodium carbonate (Na2CO3), %, not more 0,15
129. Caustic soda, technical

Grade RD, sort 1

or

caustic soda 50% RM

 

1. Appearance colourless or coloured liquid

crystallized residue is permitted

2. Mass fraction of sodium hydroxide, %, not less 44,0
3. Mass fraction of sodium carbonate, %, not more 0,8
4. Mass fraction of sodium chloride, %, not more 3,8
5. Mass fraction of iron calculated as Fe2O3, %, not more 0,02
130. Caustic soda, technical,

Grade TR

1. Appearance white scales

light colour is possible

2. Mass fraction of sodium hydroxide, % not less 98,5
131. Sodium polyphosphate, technical

 

1. Mass fraction of sodium polyphosphate calculated as Р2О5, %, not less 61,5
132. Sodium tripolyphosphate

Sort 1

1. Mass fraction of total phosphorous pentoxide (Р2О5), %, not less 56,5
133. Nonionogenic preparation

Sintamid-5, grades A, B

1. Appearance of water solution with 10% mass fraction at 20 0С Grade А Grade B
transparent liquid, yellowish colour

light opalescence is permitted

2. Chromaticity according to iodine scale at melt temperature of nonionogenic preparation Sintamid-5

(50 – 60) 0С, not more

25 50
3. Mass fraction of water, %, not more 7
4. Mass fraction золы (в виде сульфатов), %,

not more

0,7
5. Hydrogen ion exponent водного раствора массовой доли 1%, ед.рН 7 – 8
134. Alluminia oxide, active  

 

1. Appearance

ОАО-1 ОАО-2 ОАО-3
cylindrical pellets, white or cream colour
2. Pellet size, mm, not more:

– diameter

– length

 

5,0 ± 1,0

18

3. Bulk density, г/дм3 450 – 550 not more 650
4. Mass fraction of loss at calcination, %, not more 5,0
5. Mass fraction of dust and small particles with size less then 2,0 мм, % 0,5 1,0
135. Optical bleacher

Grade UVITEX AC

 

 

1 Appearance transparent liquid of yellowish or yellow-brown colour
2. Mass fraction of bleacher in relation to standard sample, %, related to optical density of standard 95 – 105
3. Deviation of maximum absorption wave length from standard sample, nm. not more  

± 2

4. Hydrogen ion exponent выпускной формы отбеливателя, ед. рН 3,8 – 4,5
5. Stability of bleach water solutions in concentrations 0,5 %, 5 %, 10 %, 20 wt % at storage within 7 days at room temperature stable (no gels, residues, crystals on the filter and dishware sides)
136. Paramethoxyphenol (monomethyl ether of hydroquinone) pure (PMF) 1. Crystallization temperature, °С, not less 54
2. Mass fraction of calcination residue, %, not more 0,1
137. Antifoaming agent Polydimethylsiloxane polymer Xiameter PMX-200

Silicone Fluid 350 cSt

1. Kinematic viscosity at 25 0С, mm2/s 333 – 368
2. Chromaticity according to АРНА, units Pt-Co scale, not more 35
3. Refraction index at 25 0С 1,4025 – 1,4045
138. Pentaerythrite ether 3,5-di-tert-butyl-4-hydroxyphenyl of propionic acid

(Fenozan-23, Irganox 1010, T 1010)

1. Appearance white crystalline powder or pellets without smell, yellowish shade is permissible
2. Melting point, °С 110 – 125
3. Mass fraction of volatile substances, %,

not more

0,5
4.Transmission factor:

– at λ= 425 nm, %, not less

– at λ= 500 nm, %, not less

 

95

97

139. Expanded perlite sand

М100

Bulk density , kg/m3, not more 100
Moisture, % not more 2,0
140. Pigments 1. Hydrogen ion exponent, рН units 6,9 – 7,1
2. Solubility in water, %, not more 1,0
3. Mass fraction of water and volatile substances, %, not more 1,0
4. Residue after wet screening on screen with mesh № 0045, %, not more 0,03
141. Red iron oxide pigment

Bayferrox 130

1. Mass fraction of iron compounds calculated as Fe2O3. %, not less 97,2
2. Mass fraction water soluble substances, %, not more 0,4
3. Mass fraction of volatile substances, % not more 0,5
4. Hydrogen ion exponent 5 % of water suspension, рН units 4 – 8
5. Mass fraction остатка на сите с сеткой № 0045, %, not more 0,06
142. Pigment

Iriodin 300

1.Appearance golden pearl colour powder
2. Hydrogen ion exponent of 10% water suspension, рН units 8 – 11
3. Mass fraction of loss at drying at 105 0С, %, not more 0,5
143. Polypropylene (Kaplen)  

1. Pellet size, mm

Grade 01030 Grade 01060
2 – 5
2. Mass fraction of pellets with size above 5 up to 8 mm and less than 2 mm, stuck pellets (max. 3 pellets), %, not more 3
3. Melt flow index at temperature (230±0,2)ºС, g/10 min 2,9 – 3,5 5,0 – 7,0
4. Mass fraction of volatile substances, %, not more 0,09
5. Tensile yield point, МPа, not less 34
6. Relative elongation at break, %, not less

 

10
144.

 

Polypropylene

 

1. Pellet size, mm 2 – 5
2. Mass fraction of pellets with size less than 2 mm and above 5 (but not more than 8) mm and stuck pellets (not more трех гранул), %, not more 3
3. Melt flow index at (230±0,5) 0С, g/10 min 3,0 – 4,0
4. Melt flow index variation within lot limits, %,

not more

± 10
5. Mass fraction of volatile substances, %, not more 0,09
6. Tensile yield point, МPа, not less 32
7. Relative elongation at break, %, not less 7
145. High density polyethylene

Grades 276-73

1. Density, g/ cm3 0,958 – 0,963
2. Melt flow index, g/10 min 2,6 – 3,2
3. Size of pellets in any direction, mm 2 – 5
4. Mass fraction of pellets:

-size above 5 up to 8 mm, %, not more

-size less than 2 mm, %, not more

 

0,5

0,5

5. Melt flow index variation within lot limits, %,

not more

± 10
6. Number of inclusions, pieces, not more 5
7. Mass fraction of volatile substances, %, not more 0,09
8. Tensile yield point, МPа, not less 25,5
9. Tensile strength, MPa, not less 27,4
10. Relative elongation at break, %, not less 700
146. Polyelectrolyte or polyacrylamide gel, technical 1. Appearance

 

pellets of white colour
147. Propane-propylene fraction

 

1. Mass fraction of components, %:  
– propylene, not less 75,0
– propane, not more 23,5
– total hydrocarbons С4, not more 1,5
– total hydrocarbons С2, not more 1,0
2. Water content none
148. Propane-propylene fraction

 

1. Mass fraction of components, %: Grade А Grade B Grade V
– propylene, not less 65,0 42,0 25,0
– propane not normed
– total hydrocarbons С2, not more 2,0 4,0 6,0
– total hydrocarbons С4, not more 5,0 6,0 8,0
– total hydrocarbons С5 and higher, not more none 1,0
2. Mass fraction of hydrogen sulphide, %, not more 0,002 0,002 0,020
3. Free water and alkali content none
149. Propylene

 

1. Volume fraction of propylene, %, not less 98,0
2. Volume fraction of hydrocarbons С2 + propane, %, not more 2,0
Including volume fraction of hydrocarbons С2, %, not more 0,3
3. Volume fraction of propadiene + acetylene + methylacetylene, %,
not more
0,003
4. Volume fraction of total hydrocarbons С4, %, not more 1,0
5. Volume fraction of diene hydrocarbons (propadiene and butadiene), %, not more 0,015
150. Propylene   Highest sort First sort
1. Volume fraction of propylene, %, not less 99,8 99,0
2. Volume fraction of ethylene, %, not more 0,005 0,010
3. Volume fraction of acetylene and methylacetylene , %, not more 0,001 0,005
4. Volume fraction of hydrocarbons С4, %, not more 0,002 0,050
5. Volume fraction of diene hydrocarbons (propadiene and butadiene), %, not more 0,001 0,015
6. Volume fraction of ethane and propane, %, not more 0,2 0,7
7. Mass concentration of sulphur, мг/м3, not more 1 3
8. Mass fraction of water, %, not more 0,02 not normed
9. Free water content, not more

 

None
151. Antioxidative additive 4-methyl-2,6-di-tertbutylphenol technical,

(Agidol-1,

Grades A,B)

 

 

1. Appearance

Grade А Grade B
white crystalline powder without impurities
2. End of melting temperature, °С, not lower 69,8 69,5
3. Temperature difference between beginning and end of melting, оС,
not more
0,4 1,0
4. Crystallization temperature, оС, not lower 69,0
5. Ash %,not more 0,008 0,01
152.

 

Straight run naphtha

Steam cracking feedstock

 

  Grade А Grade Б
1. Density at 20°С, г/см3, not more 0,725 not determined
2. Fraction composition, °С:
– IBP, not lower 35 35
– 10% of product distilled at temperature, not higher 75 not determined
– 50% of product distilled at temperature, not higher 105 115
– 90% of product distilled at temperature, not higher 150 not determined
– EBP, не выше 170 180
3. Hydrocarbon composition, %:
– mass fraction of aromatic hydrocarbons, not more 7 10
– mass fraction of naphthene hydrocarbons, not more 35 not determined
– mass fraction of paraffinic hydrocarbons, not less 55 not determined
– mass fraction of olefinic hydrocarbons, not more 1,0 2,0
4. Iodine number, g iodine per 100 g of product, not more 1,0 2,0
5. Mass fraction of sulphur, %, not more 0,05 0,10
6. Content of water soluble alkali none
7. Water content и of mechanical impurities none
8. Mass concentration of actual gum, mg per 100 cm3 of product, not more 2 not determined
153. Reagent-dispersant Nalco EC3216A 1. Appearance dark brown transparent liquid
2. Relative density, g/cm3 1,24
3. Hydrogen ion exponent, рН units 7 – 9
154. Light stabilizer Diacetam 5 1. Appearance crystalline powder of white colour
155. Light stabilizer Lowilite 62 1. Appearance micropellets from

white to light yellow colour

2. Mass fraction of volatile substances, %, not more 0,5
3.Transmission factor: – at λ= 425 нм, (10% solution in toluene), %, not less  

93

156. Light stabilizer

Tinuvin 783

1. Appearance pellets of light yellow colour
2. Mass fraction of volatile substances, %, not more 0,75
3. Transmission factor:

– at λ= 425 nm, %, not less

– at λ= 500 nm, %, not less

 

92

94

157. Light stabilizer Siloid 385 1. Appearance white loose powder
2. Foreign inclusions None
3. Mass fraction of loss at calcination at 800 0С, % 7 – 14
4. Mass fraction of water, %, not more 0,1
5. Hydrogen ion exponent of suspension with mass fraction 10 %, рН units 2,5 – 3,8
6. Content of volatile substances, % 6 – 10
158. Light stabilizer Dastib 845 1. Appearance at 15 0С solid mass of white colour
2. Appearance at 50 0С liquid of light yellow colour
3. Melting point, 0С, not lower 28
4. Mass fraction of volatile substances, %, not more 0,1
5.Transmission factor: – at λ= 425 nm, %, not less

– at λ= 450 nm, %,

not less

 

75

85

159. Light stabilizer

Sabostab UV 62 (mixture equivalent:

Tinuvin 622 and Lowilite 62)

1. Appearance pellets from colourless to light yellow or powder from white to light yellow
2. Mass fraction of volatile substances, %, not more 0,5
3.Transmission factor: – at λ= 425 nm, (10% solution in toluene), %, not less 97
160. Light stabilizer

Sabostab UV 94 (equivalent

Chimassorb 944)

1. Appearance flakes (particles) from colourless to light yellow
2. Mass fraction of volatile substances, %, not more 1,0
3. Transmission factor:

– at λ= 425 nm, (10% solution in toluene), %, not less

– at λ= 450 nm, (10% solution in toluene), %, not less

 

92

95

161. Stabilizer Chimassorb 81

(oktabenzone)

or equivalent

1. Appearance powder of light yellow colour
2. Melting point, оС 47 – 49
3. Mass fraction of volatile substances, %, not more 0,5
4. Transmission factor:

– at λ= 440 nm, %, not less

– at λ= 460 nm, %, not less

 

79

89

162. Technical silica gel,

Granulated, small pore

Grade KSMG, 1st sort

1. Appearance glassy transparent or dull seeds of oval shape, spherical or irregular shape

colour from colourless to dark with black inclusions

 

2. Mass fraction of seeds, %, not less

at seed size (2,8 – 7,0) mm

94
4. Bulk density, g/dm3, not less 720
5. Mass fraction of loss at drying, %, not more 10
163. Technical silica gel,

pieces, small pore,

Grade KSMK

1. Appearance glassy transparent or dull seeds of irregular shape
2. Mass fraction of seeds, %, not less

at seed size (2,8 – 7,0) mm

92
3. Bulk density, г/дм3, not less 670
4. Mass fraction of loss at drying, %, not more 10
164. Technical silica gel

Grade HWS

1. Appearance spherical seeds of oval shape from light brown to brown colour
2. Bulk density, кг/м3 600 – 900
3. Mass fraction потерь at drying, % not more 10
4. Mass fraction of seeds at seed size (2,8 – 5) mm, %, not less 90
165. Sodium silicate, soluble 1. Mass fraction of sodium dioxide, % 71,7 – 73,1
2. Mass fraction of aluminum oxide and iron oxide, %, not more 0,48
3. Mass fraction of sodium oxide, % 26,0 – 27,4
4. Silicate module 2,7 – 2,9
166. Graphite grease 1. Appearance homogeneous paste-like mass from dark brown to black colour
2. Drop point, 0С, not lower 77
3. Colloidal stability, %, of not more 5
4. Mass fraction of water, %, not more 3
5. Penetration at 250С with mixing, mm 10-1, not less 250
6. Metal corrosion impact passes
167. Litol grease-24 1.Drop point, 0С, not lower 185
2. Viscosity at 00С and average gradient of deformation speed
10 s-1, Pа·с, not more
280
3. Colloid stability, %, of released oil, not more 12
168. Solidol grease, fatty 1.Drop point, 0С, not lower 78
2. Effective viscosity at 0 °С and average deformation speed gradient 10 s-1, Pа·s, not less 250
3. Colloidal stability, % 7 – 13
169. TSIATIM grease -203 1.Drop point, 0С, not lower 160
2. Effective viscosity at minus 300С and average deformation speed gradient 10 s-1, Pа·s, not more 1000
3. Colloid stability, %, not more 10
170. Ion exchange resin АV-17-8 1. Appearance spherical seed from light yellow to dark brown colour
2. Particle size distribution:

– seed size, mm

 

0,315 – 1,25

– volume fraction of working fraction, %, not less 95
3. Mass fraction of moisture, % 35 – 50
4. Specific volume in ОН-form, mg3/m 3,0 ± 0,3
5. Total static exchange capacity, mg*mol/cm3, not less 1,15
171. Ion exchange resin KU-2-8 1. Appearance spherical seed from light yellow to dark brown colour
2. Particle size distribution:

– seed size, mm

 

0,315 – 1,25

– volume fraction of working fraction, %, not less 96
3. Mass fraction of moisture, % 35 – 50
4. Specific volume in Н-form, cm3/g, not more 2,8
5. Total static exchange capacity, mg*mol/cm3, not less 1,8
172. Technical calcined soda, highest grade

 

1. Appearance Grade А Grade B
pellets of white colour powder of white colour
2. Mass fraction of sodium carbonate Na2CO3, %, not less 99,4
3. Mass fraction of sulphates Na2SO4, %, not more 0,04
4. Mass fraction of iron calculated as Fe2O3, %, not more 0,003
5. Mass fraction of substances insoluble in water, %, not more 0,04 0,03
6. Mass fraction of loss at calcination (270-300) 0С, %, not more 0,7 0,5
7. Mass fraction of chlorides calculated as NaCl, %, not more 0,2 0,4
173. Sorbit 1. Appearance transparent liquid without smell
2. рН (Hydrogen ion exponent) 50% solution 6 – 8
3. Refraction index at temperature 20 ºС 1,455 – 1,461
4. Density at 25 °С, g/cm3 1,285 – 1,305
5. Mass fraction of water, % 28 – 30
6. Mass fraction of total sugars, %, not more 0,4
7. Mass fraction of reduced sugars, %, not more 0,1
8. Mass fraction of calcination residue (sulphates), %, not more 0,02
9. Mass fraction of iron, ppm, not more 5,0
174. Sevilen

Grades 11708-210

 

1. Appearance pellets to colourless to white, dark yellow colour
2. Density, g/cm3 0,945 – 0,955
3. Melt flow index at temperature 125 0С, g/10 min 15,0 – 27,0
4. Melt flow variation within lot limits, % ± 15
5. Number of inclusions, pieces, not more 15
175. Tert-butyl peroxy-2-ethylhexanoate (ТRIGONOX 21S or equivalent),

 

1. Mass fraction of main constituent, % 97,0 – 100,0
2. Mass fraction of active oxygen, % 7,17 – 7,40
3. Mass fraction of tert-butyl-hydroperoxide, % 0,0 – 0,05
176. Antimony (III) oxide

 

1. Appearance white colour powder, shade is not normed
2. Mass fraction of antimony (III) oxide, %, not less 98,7
3. Mass fraction of sulphur, %, not more 0,02
4. Mass fraction of iron, %, not more 0,004
5. Mass fraction of moisture, %, not more 0,1
6.Mass fraction of residue after wet screening on screen with mesh № 0045, wt % масс, not more 0,1
177. Triphenyl phosphite 1. Mass fraction of main constituent, %, not less 98
2. Free acidity, mg-Eq/g, not more 0,06
3. Mass fraction of moisture, %, not more 0,4
4. Density at 25°С, g/cm3 1,182 – 1,188
5. Refraction index at temperature 20 °С, not less 1,586
178. Triethanolamine 1 Appearance viscous transparent liquid
2 Chromaticity, Hazen units, not more 50
3 Mass fraction of triethanolamine, %, not less 90,0
4 Mass fraction of water, %, not more 1,0
5 Density at temperature 20 °C, g/cm3 1,095 – 1,135
179. Pure triethanolamine 1. Appearance transparent liquid from light yellow to dark brown colour

 

2. Mass fraction of ethanolamines, %, not less 99
3. Density at 20°С, g/cm3 1,120 – 1,125
4. Crystallization temperature, °С, not lower 17
180. Triethanolamine technical

Grades А, B

 

 

1. Appearance

Grade А Grade B
dark liquid from light yellow to dark brown colour
2. Density at 20°С, г/см3 1,095 – 1,124 1,095 – 1,135
181. Technical carbon for production of rubber grades P-234 and K-354

* – norms for carbon granulated by dry method

 

 

1. Specific geometric surface, m2/g

Grade

К-354

Grade

П-234

90 – 100
2. Hydrogen ion exponent of water suspension, рН units 3,7 – 4,5 6 – 8
3. Mass fraction of loss at 105 оС, %, not more 1,5 0,9

0,4 *

4. Ash, wt %, not more 0,05 0,45

0,3 *

5. Mass fraction of residue after screening on screen with mesh No. 0045, %, not more 0,08
182. Technical carbon

Grade N220

1. Hydrogen ion exponent of water suspension, рН 6,0 – 8,5
2. Mass fraction of loss at 105 °С, %, not more 0,9
3. Ash, %, not more 0,45
4. Mass fraction of residue after screening through screen 0,0045, %, not more 0,08
183. Activated charcoal grade AG-3

 

1. Fraction composition:

mass fraction of residue on screen with fabric

– № 36, %,   not more

– № 28, %,   not more

– № 15 %,   not less

– № 10, %,   not more

– on tray, %, not more

 

 

0,4

3,0

86,0

10,0

0,6

2. Resistance of pellets to attrition, %, not less 75
3. Mass fraction of moisture, %, not more 5,0
4. Total pore volume by water, cm3/g, not less 0,8
5. Dynamic activity towards benzene, min, not less 40
184. Activated charcoal,

m.BAU-MF

1. Appearance black colour seeds without mechanical impurities
2. Mass fraction of moisture, % not more 10
185. Fraction of light hydrocarbons 1. Mass fraction of components, %: Grade А Grade B
– total hydrocarbons С1–С2, not more 3 5
– propane, not less 15
– total hydrocarbons С45, not less 45 40
– total hydrocarbons С6 and higher, not more 2 7
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,025 0,050
including mass fraction of hydrogen sulphide, %, not more 0,003 0,003
3. Content of free water and alakli none
4. Appearance colourless transparent liquid
186. Broad fraction of light hydrocarbons (NGL) 1. Mass fraction of components, %: Grade А Grade B
– total hydrocarbons С1–С2, not more 3 5
– propane, not less 15
– total hydrocarbons С45, not less 45 40
– total hydrocarbons С6 and higher, not more 15 30
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,025 0,050
including mass fraction of hydrogen sulphide, %, not more 0,003 0,003
3. Content of free water and alkali none
4. Appearance colourless transparent liquid
187. Normal pentane fraction 1. Mass fraction of components, %: grade А grade Б
– total hydrocarbons С1–С3, not more not normed
– normal pentane, not less 96,5 93,5
– total hydrocarbons С4, not more 0,2 1,0
– isopentane not normed
– total cyclopentanes and hydrocarbons С6 and higher, not more 3,0 4,5
including total hydrocarbons С6 and higher, not more 1,5 2,0
– total unsaturated hydrocarbons, not more 0,3 0,5
2. Mass fraction of sulphuric compounds , %, not more 0,01 0,01
3. Alkali content none
4. Content of free water and mechanical impurities none
188. Normal butane fraction 1. Mass fraction of components, % Высшая А Б В
– normal butane, not less 98,6 97,5 94,0 88,0
– propane, not more 0,3 0,5 1,0 1,0
– total iso and normal pentane and higher, not more 0,4 0,6 2,5 5,0
– total butylenes, not more 0,5 1,0 1,0 2,0
– isobutane, not more 0,9 1,5 4,0 н/н
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,005 0,005 0,010 0,010
3. Content of free water and alkali None
189. Butane fraction 1. Mass fraction of components, %: 80,0
– normal butane, not less
– total hydrocarbons С12, not more not normed
– propane, not more not normed
– total iso and normal pentane and higher, not more not normed
– total butylenes, not more not normed
– isobutane, not more not normed
2. Mass fraction of hydrogen sulphide and mercaptan sulphur, %, not more 0,05
including: hydrogen sulphide, not more 0,003
3. Content of free water and alkali none
190. Flexaren 18002

FLEXAREN 18002 or analogue

1. Appearance pellets from nontransparent to milky colour
2. Density, g/m3 0,930 – 0,955
3. Melt flow index, at temperature 190°С, g/10 min 1,7 – 3,2
4. Content of vinyl acetate, % 17 – 19
5. Melting point, оС 70 – 110
191. Chlorinated higher paraffinic hydrocarbons (Hlorparafin HP-1100;

Hlorparafin HP-66Т manufactured by OJSC Kaustik);

HORDARESIN NP 70, GUARDION CP70, Tserehlor 70)

1. Appearance powder from white to light brown or yellow colour

 

2. Mass fraction of chlorine, %, not less 68 (workshop 103)

70 (workshop 106)

3. Beginning of melting temperature, °С, not lower 70
4. Mass fraction of carbon tetrachloride, %, not more 1,8
5. Mass fraction of residue on screen after screening with mesh № 04, %,
not more
4,0
192. Zink sulfate 7-water, pure 1. Mass fraction of 7-water zink sulfate, %, not less 98,0
193. Zink stearate technical 1. Appearance homogeneous powder of white colour without foreign inclusions
2. Mass fraction of zink, % 10,0 – 11,5
3. Acid number, mg КОН/g, not more 5
4. Mass fraction of moisture, %, not more 1,5
5. Melting point, °С, not less 100
6. Mass fraction of residue after screening with mesh № 02, %, not more 0,5
194. General purpose zeolites woth binding agent

Grade NaА

1. Bulk density, g/cm3, not less 0,65
2. Pellet size (diameter), mm 4,5 ± 0,5

3,6 ± 0,4

2,9 ± 0,3

2,4 ± 0,2

2,0 ± 0,2

3. Mass fraction of loss at calcination, %, not more 5
195. Synthetic zeolite KA-U 1. Насыпная Density, g/cm3, not less 0,72
2. Pellet size

(diameter), mm

4,5 ± 0,5

2,9 ± 0,3

2,2 ± 0,2

1,6 ± 0,2

3. Mass fraction of loss at calcination, %, not more 4,3
196. Synthetic zeolite

Type КА-3М

1. Bulk density, g/cm3, not less 0,7
2. Pellet size (diameter), mm 3,5 ± 0,5
3. Mass fraction of loss at calcination, %, not more 4,9
197. Evatan HT, grades 28–05

Manufactured by Arkema, France

1. Appearance pellets of white colour
2. Density, kg/m3 930 – 955
3. Melt flow index, g/10 min, at temperature 125°С 5,0 – 8,0
4. Content of vinyl acetate, % 27 – 29
198. Ethylene oxide, technical

 

1. Mass fraction of ethylene oxide, %, not less 99,9
2. Mass fraction of water, %, not more 0,01
3. Mass fraction of acids calculated as acetic acid, %, not more 0,002
4. Mass fraction of nonvolatile residue, %, not more 0,005
199. Ethylene glycol,1 grade 1. Appearance colourless transparent liquid
2. Refraction index at 20°С 1,430 – 1,432
200. Ethyl mercaptan 1. Appearance colourless transparent liquid without residue

greenish shade is permitted

2. Mass fraction of ethyl mercaptan, %, not less 94
Auxiliary materials for laboratory and technical needs
201. Ethyl alcohol, rectified, technical 1. Volume fraction of ethyl alcohol, %, not less 96,2
Auxiliary materials for PACKAGING AND STORAGE OF PRODUCTS
202. Polypropylene bags, valve-type block bottom

 

1. Appearance Not permitted: fabric damage with breaks of warp and weft, oil and dirt stains, separation of fabric lamination layer, bottom and top cover sheet; broken warp threads, double shots, misses of weft
 

 

 

LDPE

177-353

LDPE base grades compositions Ammonium sulphate
2. Bag length, mm 755±5 725±5 775 ±5
3. Bag width, mm 505 ± 7
4. Bag bottom width, mm 140 + 5/-2
5. Valve width, mm 140 + 5/-2
6. Valve length, mm 140 ± 3
7. Bag weight, g 100 ± 10
8. Strength of top welded connection of the bag at separation of lamination ,
N/70 mm, not less
15
9. Strength of top welded connection of the bag at separation of lamination,
N/70 mm, not less
15
10. Fabric breaking load, N, not less

– warp

– weft

 

400

390

11. Number of threads per 10 cm of fabric, not less

– warp

– weft

 

25

25

12. Surface density, g/m2 85 ± 5
13. Adhesion of paint to fabric surface, score, not less 2
203. Flat bags with open top, technical, polypropylene, laminated 1. Appearance Not permitted: fabric damage with breaks of warp and weft, oil and dirt stains, separation of fabric lamination layer, bottom and top cover sheet; broken warp threads, double shots, misses of weft
2. Bag length, mm 1050 ± 10
3. Bag width, mm 500 ± 10
4. Fabric surface density, g/m2 90 ± 10
5. Fabric breaking load, N, not less:

– warp

– weft

 

686

686

6. Number of threads per 10 cm of fabric, not less:

– warp

– weft

 

25 ± 3

25 ± 3

7. Bag weight, g 100 ± 15
8. Adhesion of paint to fabric surface, score, not less 2
9. Seam breaking load, N, not less 294
10. Number of stitches per 10 cm of seam, not less 12
204. Fabric woven of film threads 1. Appearance Undyed, laminated.

Not permitted: fabric damage with breaks of warp and weft, oil and dirt stains, separation of fabric lamination layer, bottom and top cover sheet; broken warp threads, double shots, misses of weft.

2. Surface density, g/m2, not less 100 ± 15
3.Number of threads per 10 cm of fabric, pieces, not less

– warp

– weft

 

32 ± 3

32 ± 3

4.Breaking load, N, not less

– warp

– weft

 

500

500

205. Soft average tonnage container made of PP fabric 1. Appearance Not permitted: damages of lifting slings, skipped stitches in seams, open or grin seams, puckered seams, run-through mechanical damages of container material, separation of fabric laminating layer
2.Width of unfilled (flat) container, cm 180 ± 3
3.Loading height, cm 150 + 5/-0
4. Loading hatch height, cm 50 ± 2
5. Neck width of flat loading hatch , cm 63 – 71
6. Number of slings 4
7. Length (protrusion) of a sling, cm 30 + 1
8. Deviation in length (protrusion) of slings for one container, cm, not more 1
9. Documents packet (pocket) length , mm 250 ± 2 %
10. Documents packet (pocket) width, mm 350 ± 5 %
11. Surface density, g/m2, not less 200
12. Number of threads per 10 cm, pieces

– warp

– weft

 

46 ± 3

49 ± 3

13. Breaking load, not less

– warp

– weft

 

1810

1690