Unsaturated Polyester Resin
Reinforced Resin
Product grade
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Heat distortion temperature(℃)
Tensile strength(MPa)
Elongation at break(%)
Impact toughness(KJ/㎡)
Application
M-xylene / neopentyl glycol
400-1000 seasonally adjusted
Seasonally adjusted 4-10
100
65
2.0
9.0
The viscosity is suitable, and it has good wettability for fiberglass fabrics. It meets the thickening requirements of prepregs at different ambient temperatures, resulting in a long storage period for the prepreg, low volatility of styrene odor, and easy application to pipe walls in various temperature environments. The cured product has high mechanical strength, good toughness, heat resistance, water resistance, corrosion resistance, and excellent weather resistance, making it suitable for CIPP UV curing and CIPP hot water inversion method for repairing pipe liners.
Iso-Phthalic / Neopentyl glycol type
400-800
4-10
85
70
2.5
8
High reactivity, moderate viscosity, good wetting properties for continuous fibers and fiberglass fabrics, and fast post-curing characteristics result in products with high mechanical strength, good toughness, heat resistance, water resistance, corrosion resistance, and excellent weather resistance. Suitable for CIPP light-curing trenchless pipeline repair and winding/pultrusion processes to produce high-performance products.
M-xylene
600-1000
5-10
85
70
2.8
6.0
High strength, good process performance, good surface quality, suitable for profiles such as photovoltaic brackets.
Metaxylene
900-1300
5-10
80
70
3.2
8.0
High strength, good processability, good surface quality, high gloss, suitable for extrusion profiles.
M-xylene
400-600
5-9
85
70
5.0
7
Fast curing and demolding, good heat resistance, high mechanical strength, and good corrosion resistance.
Iso-phthalic
400-600
5-9
85
70
5.0
7
High heat resistance, high mechanical strength, good corrosion resistance.
Orthophthalic
400-600
5-12
70
65
5.0
9
Molded grid resin, high strength, good toughness.
Terephthalic
400-600
5-9
70
65
3.0
10
High mechanical strength, good toughness, good corrosion resistance, application for ordinary molded grids.
Metaxylene
600-900
5-10
85
70
3.3
6.0
Fast pulling speed, good surface quality, high gloss, good processing performance, suitable for extrusion profiles.
M-xylene
600-900
3-10
90
70
3.3
12.0
Fast pulling speed, good surface quality, high gloss, good process performance, suitable for extruded profiles.
M-xylene
420-680
9-15
78
70
3.0
7.0
Good fiberglass wetting properties, high mechanical strength and heat resistance, suitable for rods and profiles.
Iso-Phthalic type
400-600
6-8
80
65
3.0
10
Good corrosion resistance, high heat resistance, excellent mechanical strength, and high elongation at break.
Iso-phthalic type
450-850
60-70
100
75
3.0
12
DS-609PN is a pre-accelerated (609N does not contain accelerator) Iso-phthalic type winding unsaturated polyester resin, has high reactivity, moderate viscosity, good wetting properties, excellent moisture and heat resistance, strong adaptability to downstream processes, good fatigue resistance, high circumferential load capacity, high mechanical strength, and high toughness. It is suitable for high-performance products such as winding hydrogen cylender.
Phthalate
600-900
3-5
70
65
6
9.0
Moderate reactivity, good surface brightness, high mechanical strength, suitable for solid rods and thicker profiles.
Phthalate
600-900
9-15
75
65
3.0
4.0
High strength, good toughness, high heat distortion temperature, suitable for rods and profiles.
Phthalate
600-900
5-9
75
65
3.0
4.0
High reactivity, high strength, good surface quality, suitable for pulling pipes and profiles.
Phthalate
600-900
5-8
80
65
4
10.0
High reactivity, good surface brightness, high mechanical strength, suitable for antenna covers, thin-walled rods, or online woven pull-wound tubes.
Benzene
600-900
5-10
95
65
3.1
6.0
Fast pulling speed, good surface quality, high gloss, good processing performance, suitable for medium to high-end extruded profiles.
Terephthalic type
300-500
11-13
100
70
2.0
9
Medium viscosity and high reactivity. It has characteristics such as high mechanical strength, high toughness, high heat distortion temperature, excellent hot water resistance, and outstanding corrosion resistance, with good wetting properties for glass fibers. It is particularly suitable for the production of glass fiber winding pipes and tanks of various specifications, as well as fiberglass products with high performance requirements.
Orthophthalic type
300-500
6-8
70
60
3
8
Good mechanical strength, food-grade pipe resin.
Note: If you need a detailed product manual or other information, please contact us.