Thermosetting Resins
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)
Application
Categorization
Viscosity(mPa.s 25℃)
Gel time(min)
Application
Categorization
Viscosity(mPa.s25℃)
Application
DCPD
200-300
10-15
65
50
3.0
6
Good wettabilitty, good air-drying, good toughness, small shrinkage, application to the machining FRP sheets
Phthalate
90-200
8-25
60
60
2.0
5.0
Low viscosity, fast curing, and excellent wetting ability of fiberglass on acrylic sheets.
Phthalate
80-150
10-20
60
50
2.0
3.0
The characteristics of pre-promoting, pre-thixotropic, low viscosity, and fast post-curing speed provide good wettability for fiberglass, making it particularly suitable for bonding between acrylic sheets, composite boards, and fiberglass.
Double ring
400-600
3-10
70
65
3
6
General-purpose resin with excellent mechanical properties and certain corrosion resistance.
Phthalate
600-800
3-5
55
45
4.0
5.0
Moderate viscosity, good wettability for fillers, high hardness, and high mechanical strength, specifically designed for artificial marble color particles.
Phthalate
120-200
60-90
80
60
3.0
3.0
Good fluidity, good permeability, long applicability period, high strength, and small shrinkage deformation make it suitable for vacuum infusion processes to produce radar domes and other products.
Phthalate
120-200
16-22
70
70
3.0
10.0
Good infiltration, low exothermic peak, small curing shrinkage, good color, high mechanical strength, suitable for RTM molding process to produce automotive parts and other fiberglass products.
Phthalate
380-620
5-9
73
60
3
8.5
General-purpose resin with excellent glass fiber wetting properties and mechanical strength.
Phthalate
225-375
5-9
75
60
3.5
8.5
General-purpose resin with excellent fiberglass wetting properties and mechanical strength.
Phthalate
100-300
5-9
70
65
3.0
7
Good permeability and transparency, high brightness, excellent strength.
Phthalate
300-500
15-30
70
60
3.5
8
Pre-promoted resin with excellent fiberglass wetting properties and mechanical strength, quick curing and demolding, suitable for automotive parts, tank heads, etc.
BPA (Bisphenol A)
450-650
5-15
76
55
4.0
6
Good corrosion resistance, high heat resistance, suitable for high-demand areas such as storage tank inner dimensions and flooring.
Phthalate
420-700
6-10
85
60
2.5
8.0
Excellent mechanical strength and heat resistance, with minimal deformation.
ISO
600~800
5~7
63
65
10.0
10.0
It has medium viscosity and high reactivity, high strength, good toughness, excellent mechanical strength, good bonding performance, good dirt resistance and other characteristics. Especially used in natural marble crushed material bonding molding, products with good surface brightness, high hardness.
orthophthalic
400-600
4-6
orthophthalic unsaturated polyester resin has relatively high elongation at break and impact strength. It is suitable for being added to other resins, as it can enhance flexibility and impact strength. Its flexural fatigue resistance is better than that of Resin 228, making it suitable for being used alone to produce furniture carving products..
orthophthalic
700-950
3-5
70
70
3.7
10.0
good toughness, high hardness, good sanding, the product surface is flat without pinholes, suitable for piano and other high-grade wood paint.
orthophthalic
300-600
3-8
high elongation and impact strength. Suitable for adding other resins to increase flexibility and impact strength.
orthophthalic
400-600
3-5
orthophthalic unsaturated polyester resin low thermal expansion force during curing, making it suitable for casting in steel molds without cracking. It is used to manufacture bowling ball cores.
orthophthalic
550-650
4-6
with a Shore D hardness of 78 or higher. It is suitable for manufacturing the outer layer of bowling balls and can also be used in combination with 292N.
Carrier resin
3500-4000
Non-styrene carrier resin. It has a high viscosity, high grinding shear force, uniform dispersion of color powder, not easy to settle, and high storage stability.
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