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PRODUCTS
Xintianhe Resin
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
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Modulus(MPa)
Viscosity (cps)
pH
Characteristics
Usage
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
Type
Solid/active ingredient(%)
Hydroxyl content(%)
Viscosity (cps)
pH
MFFT (℃)
Characteristics
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.
Water-based polyurethane
45±1
1.2
50 to 300
7 to 9
High resilience, good hydrolysis resistance, good bending resistance, water-resistant, alkali-resistant.
Recommended for textile/printing paste/clothing leather foaming and other fields.
Water-based polyurethane
30±1
2.5
50 to 300
7 to 9
Good rebound, high strength, surface dry and non-sticky.
Recommended for shoe lining impregnation.
Water-based polyurethane
30±1
2.5
50 to 200
7 to 9
Good rebound, high strength, a good balance of softness and strength, with a dry and non-sticky surface.
Recommended for clothing leather surface layer
Water-based polyurethane
30±1
6.0
50 to 300
7 to 9
Wear-resistant and scratch-resistant, high strength, dry and non-sticky surface, good hydrolysis resistance.
Recommended for sofa leather/shoe leather surface.
Water-based polyurethane
35±1
8.5
50 to 300
7 to 9
Good rebound, high strength, good softness and strength, dry and non-sticky surface, good resistance to alcohol wiping.
Recommended resins for surface treatment.
Water-based polyurethane
35±1
6.0
50 to 300
7 to 9
Good rebound, high peel strength, good hydrolysis resistance, good bending resistance.
Recommended for sofa leather/shoe leather backing.
Self-crosslinking acrylic copolymer
40±1
≤500
7 to 9
22
Clear and transparent, warm wood effect, good porosity, excellent water and chemical resistance, adheres well to multiple substrates.
Self-crosslinking acrylic copolymer
42±1
≤500
7 to 9
35
Self-crosslinking core-shell structure, excellent water and chemical resistance, versatility.
Acrylic copolymer
40±1
≤500
7 to 9
22
High gloss, high fullness, drop resistance, anti-adhesion, high cost performance.
Self-crosslinking acrylic copolymer
44±1
≤2000
7 to 9
50
Core-shell structure, multi-crosslinking, quick-drying, excellent hardness, water resistance, moisture and heat resistance, chemical resistance, and anti-adhesion properties. Can react with water-based isocyanates.
Self-crosslinking acrylic copolymer
40±1
≤600
7 to 9
40
Fast hardness establishment, high final hardness, clarity, warm wood effect, good penetration, excellent water and chemical resistance, and adhesion to multiple substrates.
Self-crosslinking acrylic copolymer
43±1
≤2000
7 to 9
15
Outdoor durability, excellent water resistance, and anti-stacking capability, with outstanding overall performance.
Acrylic copolymer
40±1
≤500
8 to 10
58
Fast-drying, it has good adhesion on substrates such as ABS/ABS+PC/PC, as well as good moisture and heat resistance and chemical resistance.
Self-crosslinking acrylic copolymer
42±1
≤500
7 to 9
45
Self-crosslinking styrene-acrylic emulsion, with extremely high gloss, good wetting and encapsulation of powder materials, and high cost performance.
Water-based hydroxy acrylic emulsion
42±1
2.4
≤500
7 to 8
35
Fast drying, high hardness, good water and chemical resistance, good compatibility with curing agents, long activation period.
Note: If you need a detailed product manual or other information, please contact us.
Shanghai Xintianhe Resin Co., Ltd.
Address: Room 502, Building 23, Science and Technology Oasis, 1999 Yishan Road, Minhang District, Shanghai
National unified hotline: 400-820-9698
Telephone: 86-21-57485068 / +86 13917508287 (Sales Department)
E-mail: service@chinaresins.com
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