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SBS

SBS
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Plastics and organic synthesis products
SBS
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SBS
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SBS
Brand
Segment
Areas of use
Benefits, in relation to segments/processing methods
Mass fraction of volatile substances (%), NMT
Bound styrene content (%)
Breaking elongation (%), NLT
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
Melt flow index, 190 °C/5 kgf (g/10 min)
Nominal tensile strength (MPa)
Elasticity modulus 300% (MPa)
Shore A hardness (c.u.)
Principal characteristics
Mass fraction of calcium stearate (%), NMT
Processing Method
Additional parameters
Asphalt and bitumen;
Roofing and waterproofing
Polymer-bitumen binder (PBB), mastics, sealants
High asphalt concrete strength
≤ 0.8
28.5–31.5
≥ 700
14 ±5
< 1
≥ 14.7
≥ 2.7
72±5
High crack resistance, resistance to rutting, excellent manufacturability
Asphalt and bitumen
Polymer-bitumen binder (PBB)
Improved properties that provide high resistance to delamination (storage stability) of polymer-bitumen binder
≤ 0.8
28.5–31.5
≥ 700
12 ±5
< 1
≥ 14.7
≥ 2.7
72±5
High asphalt concrete strength characteristics, crack resistance, resistance to rutting
Asphalt and bitumen;
Roofing and waterproofing
Polymer-modified bitumen roofing and waterproofing materials
High heat resistance
≤ 0.8
28.5–31.5
≥ 550
25 ±10
< 1
≥ 8.0
≥ 2.0
75 ±5
High frost resistance, stress-strain properties, manufacturability
Asphalt and bitumen;
Roofing and waterproofing
Polymer-bitumen binder (PBB), mastics, sealants
High asphalt concrete strength
28.5–31.5
≥ 700
14 ±5
< 1
≥ 14.7
≥ 2.7
80 ±3
High crack resistance, resistance to rutting, excellent manufacturability
≤ 0.8
Cable insulation
Footwear, cable, household articles
High absorption rate and oil distribution quality
≤ 0.8
30±1.5
≥ 700
14 ±5
<1
≥ 14.7
≥ 2.7
80 ±3
High porosity, medium thermal stability, high mechanical properties
Extrusion
OIT — 187 °C
Automotive components
Road markings
High absorption rate and oil distribution quality, increased wear resistance, thermal stability
≤ 0.8
28.0–32.0
≥ 700
16 ±5
< 1
77±5
Increased thermal stability, high porosity, improved mechanical properties
OIT — 204 °C
Roofing and waterproofing
Self-adhesive roofing and waterproofing materials
Low viscosity, high stickiness and adhesion
≤ 0.5
32 ±1.5
≥ 600 (up to 1000–1100)
7.0 ±2.0
≥ 3.0 (up to 4.0–4.5)
72–82
Produced without the use of BHT
Automotive components
Transparent compounds, modification of plastics, adhesives
27.5 – 30.5
≥800
3–9
>10.0
Roofing and waterproofing
Self-adhesive roofing and waterproofing materials
Low viscosity, high stickiness and adhesion
≤ 0.5
36.0–38.0
≥ 250
16.0–25.0
≥1.7
80–92
High manufacturability, low viscosity; produced without the use of BHT
Diblock copolymer content – 65-75%. Dynamic viscosity at 25 °C, 25% r-r in toluene — approx. 400 MPa °C
Automotive components
Compounds with improved mechanical characteristics, Increased impact resistance of plastics, adhesives
38.5 – 41.5
≥550
3–11
>17.0
Automotive components
Polymer-modified bitumen roofing and waterproofing materials
High heat resistance
≤ 0.8
28.5–31.5
≥ 550
26 ±4
< 1
≥ 8.0
≥ 2.0
82 ±5
High frost resistance, stress-strain properties, manufacturability
Household appliances, electronics, toys, tool making;
Cable insulation;
Footwear
Footwear, cable, household articles
High absorption rate and oil distribution quality
≤ 0.8
30±1.5
≥ 550
26 ±4
<1
≥ 8.0
≥ 2.0
82 ±5
Increased thermal stability, high porosity, improved mechanical properties, the greatest effect is achieved when combined with a radial K grade
OIT — 180 °C
Automotive components
Polymer-bitumen binder (PBB), mastics, sealants
High asphalt concrete strength
≤ 0.8
28.5–31.5
≥ 700
14 ±5
< 1
≥ 14.7
≥ 2.7
80 ±3
High crack resistance, resistance to rutting, excellent manufacturability
Segment
Asphalt and bitumen;
Roofing and waterproofing
Areas of use
Polymer-bitumen binder (PBB), mastics, sealants
Benefits, in relation to segments/processing methods
High asphalt concrete strength
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
14 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 14.7
Elasticity modulus 300% (MPa)
≥ 2.7
Shore A hardness (c.u.)
72±5
Principal characteristics
High crack resistance, resistance to rutting, excellent manufacturability
Segment
Asphalt and bitumen
Areas of use
Polymer-bitumen binder (PBB)
Benefits, in relation to segments/processing methods
Improved properties that provide high resistance to delamination (storage stability) of polymer-bitumen binder
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
12 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 14.7
Elasticity modulus 300% (MPa)
≥ 2.7
Shore A hardness (c.u.)
72±5
Principal characteristics
High asphalt concrete strength characteristics, crack resistance, resistance to rutting
Segment
Asphalt and bitumen;
Roofing and waterproofing
Areas of use
Polymer-modified bitumen roofing and waterproofing materials
Benefits, in relation to segments/processing methods
High heat resistance
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 550
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
25 ±10
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 8.0
Elasticity modulus 300% (MPa)
≥ 2.0
Shore A hardness (c.u.)
75 ±5
Principal characteristics
High frost resistance, stress-strain properties, manufacturability
Segment
Asphalt and bitumen;
Roofing and waterproofing
Areas of use
Polymer-bitumen binder (PBB), mastics, sealants
Benefits, in relation to segments/processing methods
High asphalt concrete strength
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
14 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 14.7
Elasticity modulus 300% (MPa)
≥ 2.7
Shore A hardness (c.u.)
80 ±3
Principal characteristics
High crack resistance, resistance to rutting, excellent manufacturability
Mass fraction of calcium stearate (%), NMT
≤ 0.8
Segment
Cable insulation
Areas of use
Footwear, cable, household articles
Benefits, in relation to segments/processing methods
High absorption rate and oil distribution quality
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
30±1.5
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
14 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
<1
Nominal tensile strength (MPa)
≥ 14.7
Elasticity modulus 300% (MPa)
≥ 2.7
Shore A hardness (c.u.)
80 ±3
Principal characteristics
High porosity, medium thermal stability, high mechanical properties
Processing Method
Extrusion
Additional parameters
OIT — 187 °C
Segment
Automotive components
Areas of use
Road markings
Benefits, in relation to segments/processing methods
High absorption rate and oil distribution quality, increased wear resistance, thermal stability
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.0–32.0
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
16 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Shore A hardness (c.u.)
77±5
Principal characteristics
Increased thermal stability, high porosity, improved mechanical properties
Additional parameters
OIT — 204 °C
Segment
Roofing and waterproofing
Areas of use
Self-adhesive roofing and waterproofing materials
Benefits, in relation to segments/processing methods
Low viscosity, high stickiness and adhesion
Mass fraction of volatile substances (%), NMT
≤ 0.5
Bound styrene content (%)
32 ±1.5
Breaking elongation (%), NLT
≥ 600 (up to 1000–1100)
Melt flow index, 190 °C/5 kgf (g/10 min)
7.0 ±2.0
Nominal tensile strength (MPa)
≥ 3.0 (up to 4.0–4.5)
Shore A hardness (c.u.)
72–82
Principal characteristics
Produced without the use of BHT
Segment
Automotive components
Areas of use
Transparent compounds, modification of plastics, adhesives
Bound styrene content (%)
27.5 – 30.5
Breaking elongation (%), NLT
≥800
Melt flow index, 190 °C/5 kgf (g/10 min)
3–9
Nominal tensile strength (MPa)
>10.0
Segment
Roofing and waterproofing
Areas of use
Self-adhesive roofing and waterproofing materials
Benefits, in relation to segments/processing methods
Low viscosity, high stickiness and adhesion
Mass fraction of volatile substances (%), NMT
≤ 0.5
Bound styrene content (%)
36.0–38.0
Breaking elongation (%), NLT
≥ 250
Melt flow index, 190 °C/5 kgf (g/10 min)
16.0–25.0
Nominal tensile strength (MPa)
≥1.7
Shore A hardness (c.u.)
80–92
Principal characteristics
High manufacturability, low viscosity; produced without the use of BHT
Additional parameters
Diblock copolymer content – 65-75%. Dynamic viscosity at 25 °C, 25% r-r in toluene — approx. 400 MPa °C
Segment
Automotive components
Areas of use
Compounds with improved mechanical characteristics, Increased impact resistance of plastics, adhesives
Bound styrene content (%)
38.5 – 41.5
Breaking elongation (%), NLT
≥550
Melt flow index, 190 °C/5 kgf (g/10 min)
3–11
Nominal tensile strength (MPa)
>17.0
Segment
Automotive components
Areas of use
Polymer-modified bitumen roofing and waterproofing materials
Benefits, in relation to segments/processing methods
High heat resistance
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 550
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
26 ±4
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 8.0
Elasticity modulus 300% (MPa)
≥ 2.0
Shore A hardness (c.u.)
82 ±5
Principal characteristics
High frost resistance, stress-strain properties, manufacturability
Segment
Household appliances, electronics, toys, tool making;
Cable insulation;
Footwear
Areas of use
Footwear, cable, household articles
Benefits, in relation to segments/processing methods
High absorption rate and oil distribution quality
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
30±1.5
Breaking elongation (%), NLT
≥ 550
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
26 ±4
Melt flow index, 190 °C/5 kgf (g/10 min)
<1
Nominal tensile strength (MPa)
≥ 8.0
Elasticity modulus 300% (MPa)
≥ 2.0
Shore A hardness (c.u.)
82 ±5
Principal characteristics
Increased thermal stability, high porosity, improved mechanical properties, the greatest effect is achieved when combined with a radial K grade
Additional parameters
OIT — 180 °C
Segment
Automotive components
Areas of use
Polymer-bitumen binder (PBB), mastics, sealants
Benefits, in relation to segments/processing methods
High asphalt concrete strength
Mass fraction of volatile substances (%), NMT
≤ 0.8
Bound styrene content (%)
28.5–31.5
Breaking elongation (%), NLT
≥ 700
Kinematic viscosity of 5.23% solution in toluene at temperature of (25 ±0.1) °C, cSt
14 ±5
Melt flow index, 190 °C/5 kgf (g/10 min)
< 1
Nominal tensile strength (MPa)
≥ 14.7
Elasticity modulus 300% (MPa)
≥ 2.7
Shore A hardness (c.u.)
80 ±3
Principal characteristics
High crack resistance, resistance to rutting, excellent manufacturability
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