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Special purpose chemistry

Special purpose chemistry
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Chemical industry
Special purpose chemistry
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Chemical industry
Special purpose chemistry
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Propylene
Brand
Segment
Processing Method
Areas of use
Grade
Density at 20°С (g/cm³), range
Mass fraction of peroxide compounds (%), NMT
Bromine index (g of bromine per 100 g of product), NLT
Distillation start temperature (°C), NLT
95% is distilled at a temperature (°C), NMT
97.5% is distilled at a temperature (°C), NMT
Boiling end temperature (°C), NMT
Residual and losses (%), NMT
Mechanical impurities and water content
Mass fraction of propylene tetramers (%), NLT
Mass fraction of antioxidant (%), NLT
Mass fraction of impurities (%), NMT (including water)
Boiling point, °С
Mass fraction of paraffins (%), NMT*
Mass fraction of propylene trimers (%), NLT
Mass fraction of C8 olefins, and below (%), NMT
Mass fraction of C10 olefins, and above (%), NMT
Distilling temperature 90 % (°C)
Maleic number, mg of maleic anhydride per 1 g of product, no more
Volume percent of nitrogen (%), NLT
Volume percent of ethylene (%), NMT
Volume fraction of acetylene and methylacetylene (%) NMT
Volume percent of С4 hydrocarbons (%), NMT
Volume fraction of diene hydrocarbons (propadiene and butadiene), NMT (%)
Volume percent of ethane and propane (%), NMT
Weight concentration of sulfur (mg/m³), NMT
Mass fraction of water (%), NMT in the product by pipeline
Mass fraction of water, NMT (%): in the product in the container
Free water content
Special purpose chemistry
Polymerization
Used for the synthesis of neodecanoic acid.
Grade E
0.757–0.785
0.001 active oxygen
100
180
200
202
204
Not determined
None
80
Special purpose chemistry
Polymerization
Used for the synthesis of neodecanoic acid.
Premium
0.757–0.785
0.001 active oxygen
100
180
210
220
Not determined
2.5
None
90
Special purpose chemistry
Polymerization
Used for the synthesis of neodecanoic acid.
First
0.757–0.785
0.001 active oxygen
100
170
235
250
Not determined
2.5
None
70
Segment
Special purpose chemistry
Processing Method
Polymerization
Areas of use
Used for the synthesis of neodecanoic acid.
Grade
Grade E
Density at 20°С (g/cm³), range
0.757–0.785
Mass fraction of peroxide compounds (%), NMT
0.001 active oxygen
Bromine index (g of bromine per 100 g of product), NLT
100
Distillation start temperature (°C), NLT
180
95% is distilled at a temperature (°C), NMT
200
97.5% is distilled at a temperature (°C), NMT
202
Boiling end temperature (°C), NMT
204
Residual and losses (%), NMT
Not determined
Mechanical impurities and water content
None
Mass fraction of propylene tetramers (%), NLT
80
Segment
Special purpose chemistry
Processing Method
Polymerization
Areas of use
Used for the synthesis of neodecanoic acid.
Grade
Premium
Density at 20°С (g/cm³), range
0.757–0.785
Mass fraction of peroxide compounds (%), NMT
0.001 active oxygen
Bromine index (g of bromine per 100 g of product), NLT
100
Distillation start temperature (°C), NLT
180
95% is distilled at a temperature (°C), NMT
210
97.5% is distilled at a temperature (°C), NMT
220
Boiling end temperature (°C), NMT
Not determined
Residual and losses (%), NMT
2.5
Mechanical impurities and water content
None
Mass fraction of propylene tetramers (%), NLT
90
Segment
Special purpose chemistry
Processing Method
Polymerization
Areas of use
Used for the synthesis of neodecanoic acid.
Grade
First
Density at 20°С (g/cm³), range
0.757–0.785
Mass fraction of peroxide compounds (%), NMT
0.001 active oxygen
Bromine index (g of bromine per 100 g of product), NLT
100
Distillation start temperature (°C), NLT
170
95% is distilled at a temperature (°C), NMT
235
97.5% is distilled at a temperature (°C), NMT
250
Boiling end temperature (°C), NMT
Not determined
Residual and losses (%), NMT
2.5
Mechanical impurities and water content
None
Mass fraction of propylene tetramers (%), NLT
70
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