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Xintianhe Resin

Vinyl Resin


Product grade

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

Application

Categorization

Viscosity(mPa.s25℃)

Gel time(min)

Heat distortion temperature(℃)

Tensile strength(MPa)

Elongation at break(%)

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

Vinyl

300-500

10-30

110

80

6

Bisphenol A type epoxy resin has excellent resistance to chemical corrosion, outstanding overall mechanical properties, low shrinkage, and good workability.

Vinyl

200-300

20-40

110

85

7

Higher solid content, better wettability and leveling properties, improved fatigue resistance and water resistance, and excellent bonding effect with the substrate.

Vinyl

150-250

20-40

110

79

5

Pre-promoted bisphenol A epoxy resin, low viscosity pre-promoted resin, is extremely suitable for vacuum infusion molding processes, while also possessing excellent glass fiber wetting effects and its own degassing effect. Compared to similar types of resins, TH-120P-1 has a higher solid content, better wettability, improved fatigue resistance and water resistance, and an extremely low volume shrinkage rate.

Vinyl

250-350

20-40

110

79

5

Higher solid content, better wettability, extremely low volume shrinkage, and good anti-sagging performance.

Vinyl

450-650

10-20

110

75

6

Better wettability, superior mechanical properties, and improved processability.

Vinyl

250-350

10-30

145

80

4

It can maintain good rigidity and strength at higher temperatures, while also exhibiting resistance to corrosion from acids, organic solvents, and acidic oxidative media. Especially in acidic oxidative environments, it has a long-term tolerance. Additionally, its construction operability is very good, making it suitable for various fiberglass molding processes. This is a high-temperature resistant fiberglass heavy anti-corrosion resin.

Vinyl

500-800

10-30

165

70

3

It can maintain good rigidity and strength at higher temperatures, while also having resistance to corrosion from acids, organic solvents, and acidic oxidative media. Especially in acidic oxidative environments, it has a long-term tolerance. Additionally, its construction operability is very good, making it suitable for various fiberglass molding processes. It is widely used in chemical engineering and industry involving numerous chemical media such as acids, bases, salts, and organic solvents. It is an ideal high-temperature resistant fiberglass heavy anti-corrosion resin.

Vinyl

250-350

10-20

100

70

4

Brominated epoxy resin suitable for meeting the dual requirements of high flame retardancy and high corrosion resistance, with ultra-high reactivity, is suitable for hand lay-up, winding, pultrusion, and other molding processes. It also has excellent glass fiber wetting effect and mechanical strength. Compared to similar types of resins, TH-310 exhibits excellent flame retardant effects, superior wettability, outstanding mechanical properties, and better processability. The oxygen index of pure resin castings can reach above 35.

Vinyl

250-350

10-30

100

65

4

It has excellent flame retardant effects and superior wettability, with a pure resin casting body oxygen index reaching above 33, making it suitable for the production of flame retardant light-transmitting panels and flame retardant compartment boards.

Vinyl

350-550

10-20

100

70

4

Suitable for hand lay-up, winding, vacuum infusion and other forming processes, it has excellent flame retardant effects, superior wettability, outstanding mechanical properties, and better processability. The oxygen index of pure resin castings can reach above 33, making it particularly suitable for the production of composite material photovoltaic frames, and it has obtained TÜV RHEINLAND certification.

Vinyl

1500-2200

110

77

7.5

18

It has excellent thickening effects, good mechanical strength, and resistance to chemical corrosion, making it suitable for molding processes such as SMC and BMC. It also features superior wettability, very low volume shrinkage, and good processability.

Vinyl

1800-2400

105

80

9

22

It has extremely high impact resistance and fatigue resistance, while also providing excellent thickening effects, making it suitable for molding processes such as SMC and BMC. It features higher impact resistance, superior wettability, very low volume shrinkage, and good processability.

Vinyl

1800-2400

110

80

8

30

It has extremely high impact resistance and fatigue resistance, while also providing excellent thickening effects, making it suitable for molding processes such as SMC and BMC. Compared to similar types of resins, TH-450-2 offers higher impact resistance, better wettability, very low volumetric shrinkage, and good processability.

Vinyl

300-500

10-20

110

70

10

25

It has excellent impact resistance and elongation at break, as well as good mechanical strength and fatigue resistance. Compared to similar types of resins, TH-480 exhibits outstanding impact resistance, superior mechanical properties, lower volumetric shrinkage, and good processability.

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