Chemical industry

Chemical industry
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Acrylic acid
Brand
Segment
Processing Method
Areas of use
Pt/Co colority (Hazen), under
Mass fraction of water (moisture) (ppm), NMT
Mass fraction of basic substance (%), NLT
Mass fraction of acetic acid, NMT (%)
Mass fraction of propionic acid, NMT (%)
Mass fraction of inhibitor* (ppm)
Mass fraction of furfural and acrolein (%), NMT
Production of concrete mixes;
Water treatment;
Detergents;
PAK
Polymerization
Used to produce acrylic esters, acrylic emulsions, copolymers and other polymer materials
≤500
≤0.1
≥99
≤0.1
0.05
50–150
Not standardized
Production of concrete mixes;
Water treatment;
Detergents;
PAK
Polymerization
Used to produce acrylic esters, acrylic emulsions, copolymers and other polymer materials
≤10
≤0.1
≥99.5
≤0.1
0.05
200 ±20
≤0.02
Segment
Production of concrete mixes;
Water treatment;
Detergents;
PAK
Processing Method
Polymerization
Areas of use
Used to produce acrylic esters, acrylic emulsions, copolymers and other polymer materials
Pt/Co colority (Hazen), under
≤500
Mass fraction of water (moisture) (ppm), NMT
≤0.1
Mass fraction of basic substance (%), NLT
≥99
Mass fraction of acetic acid, NMT (%)
≤0.1
Mass fraction of propionic acid, NMT (%)
0.05
Mass fraction of inhibitor* (ppm)
50–150
Mass fraction of furfural and acrolein (%), NMT
Not standardized
Segment
Production of concrete mixes;
Water treatment;
Detergents;
PAK
Processing Method
Polymerization
Areas of use
Used to produce acrylic esters, acrylic emulsions, copolymers and other polymer materials
Pt/Co colority (Hazen), under
≤10
Mass fraction of water (moisture) (ppm), NMT
≤0.1
Mass fraction of basic substance (%), NLT
≥99.5
Mass fraction of acetic acid, NMT (%)
≤0.1
Mass fraction of propionic acid, NMT (%)
0.05
Mass fraction of inhibitor* (ppm)
200 ±20
Mass fraction of furfural and acrolein (%), NMT
≤0.02
Lithium butadiene rubber
Segment
Areas of use
Mass fraction of ash (%), NMT
Mooney viscosity UML (1+4), 100 °C (Mooney units)
Mooney viscosity spread within the batch (Mooney units), NMT
Loss on drying (%), NMT
Mass fraction of dry gel (5.43% by weight solution of rubber in toluene) (%), NMT
Viscosity (5.43 % by weight of the rubber solution in toluene)(MPa s), range
Pt/Co сolority (5.43 % by weight of the rubber solution in toluene) (Hazen), NMT
Mass fraction of 1,2-links (%), range
Mass fraction of 1,4-cis links (%), range
Mass fraction of antioxidant of non-coloring type (%), NLT
Mooney viscosity, MB 1+4 (100 °C) (Mooney units), range
1,2-links content
Plastics modification
Intended for use in the synthesis of high-impact polystyrene.
0.1
35-55
6
0.6
0.02
30-100
10
10.0–15.0
34.0–40.0
0.1
Plastics modification
Intended for use in the synthesis of high-impact polystyrene.
0.1
6
0.6
0.02
151-200
10
10.0–15.0
34.0–40.0
0.1
45-65
Plastics modification
Intended for use in the synthesis of high-impact polystyrene.
0.1
6
0.6
0.02
201-280
10
10.0–15.0
34.0–40.0
0.1
65-75
Segment
Plastics modification
Areas of use
Intended for use in the synthesis of high-impact polystyrene.
Mass fraction of ash (%), NMT
0.1
Mooney viscosity UML (1+4), 100 °C (Mooney units)
35-55
Mooney viscosity spread within the batch (Mooney units), NMT
6
Loss on drying (%), NMT
0.6
Mass fraction of dry gel (5.43% by weight solution of rubber in toluene) (%), NMT
0.02
Viscosity (5.43 % by weight of the rubber solution in toluene)(MPa s), range
30-100
Pt/Co сolority (5.43 % by weight of the rubber solution in toluene) (Hazen), NMT
10
Mass fraction of 1,2-links (%), range
10.0–15.0
Mass fraction of 1,4-cis links (%), range
34.0–40.0
Mass fraction of antioxidant of non-coloring type (%), NLT
0.1
Segment
Plastics modification
Areas of use
Intended for use in the synthesis of high-impact polystyrene.
Mass fraction of ash (%), NMT
0.1
Mooney viscosity spread within the batch (Mooney units), NMT
6
Loss on drying (%), NMT
0.6
Mass fraction of dry gel (5.43% by weight solution of rubber in toluene) (%), NMT
0.02
Viscosity (5.43 % by weight of the rubber solution in toluene)(MPa s), range
151-200
Pt/Co сolority (5.43 % by weight of the rubber solution in toluene) (Hazen), NMT
10
Mass fraction of 1,2-links (%), range
10.0–15.0
Mass fraction of 1,4-cis links (%), range
34.0–40.0
Mass fraction of antioxidant of non-coloring type (%), NLT
0.1
Mooney viscosity, MB 1+4 (100 °C) (Mooney units), range
45-65
Segment
Plastics modification
Areas of use
Intended for use in the synthesis of high-impact polystyrene.
Mass fraction of ash (%), NMT
0.1
Mooney viscosity spread within the batch (Mooney units), NMT
6
Loss on drying (%), NMT
0.6
Mass fraction of dry gel (5.43% by weight solution of rubber in toluene) (%), NMT
0.02
Viscosity (5.43 % by weight of the rubber solution in toluene)(MPa s), range
201-280
Pt/Co сolority (5.43 % by weight of the rubber solution in toluene) (Hazen), NMT
10
Mass fraction of 1,2-links (%), range
10.0–15.0
Mass fraction of 1,4-cis links (%), range
34.0–40.0
Mass fraction of antioxidant of non-coloring type (%), NLT
0.1
Mooney viscosity, MB 1+4 (100 °C) (Mooney units), range
65-75
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