Brand List
1222 Anode Binder SBR Bonding Of Anode Active Materials For Lithium Ionsecondary Batteries
SBR anode binder is a high molecular water-based adhesive made of butadiene, styrene and other vinyl monomers through free radical polymerization.
Product Features
1) Good bonding strength, flexibility, and processability
2) Resistant to electrolytes, low swelling of the pole piece
3) Effectively reduce battery DCR
4) Improved battery low-temperature multiplier discharge performance
5) Significantly extend battery cycle life
Typical Application
● Bonding of anode active materials for lithium-ion secondary batteries
● Digital battery, storage battery, and power battery
● 1223 is suitable for bonding silicon-carbon materials
Product Performance
1209 Anode Binder PAA Bonding Of Anode Active Materials For Polarity Pulp Preparation
PAA anode binder is a high molecular water-based adhesive made of acrylic acid, acrylate, and other vinyl monomers through free radical polymerization.
Product Features
1) Excellent pulp properties and stability
2) Superior resistance to electrolyte swelling
3) High bond strength, outstanding long-cycle performance
4) Effectively reduce battery DCR, improve dynamic performance, excellent low-temperature performance
5) Effectively inhibit the expansion of the negative electrode and significantly increase the cycle life of the silicon/carbon negative electrode
Typical Application
● Bonding of anode active materials (graphite, silicon-carbon materials) for lithium-ion secondary batteries
● It can be used for polarity pulp preparation (iron phosphate system)
Product Performance
PV308C-T Transparent Backsheet High Light Transmittance Grid For Double Sided Modules
PV308C-T TDS-EN.pdf
PV308C-T series are Huitian self-developed backsheets made of various high weather-resistant fluorocarbon coatings as the air layer, EVA adhesive layer, and high resistance biaxially oriented polyester film (PET) as the middle layer which are coated twice, with pure white, pure black, black inside and white outside three color options.
Product Features
1) Double-sided transparent fluorine coating, high UV resistance, anti-yellowing, high light transmittance
2) Grid design, white grid reflectivity > 80%, higher power generation gain
3) Aesthetic design, black transparent backsheet
4) After UV300kWh/㎡, DH2000h,light transmission attenuation <5%
5) All the coatings are self-developed, more cost-effective
Applications
Suitable for PV back encapsulation material for photovoltaic modules
Packaging
Coiled Packing is available. Outer packing is carton; inner packing is sealed. There is information such as product name, model, batch number and batch barcode, production date, and certification mark. directions for use, and the number of joints on the carton.
Coil specification: 985mm (width is customizable)
Pallet specification: 200m coil, 3x3 per pallet; 600m coil is also available.
5299 Two-part Addition-Type Potting Compound Potting Of Various Electrical Components such As Photovoltaic Inverters
5299(A9,B9) TDS-EN.pdf
5299 is a 1:1 two-component addition-type potting silicone rubber, with 0.6 W /m·K thermal conductive, flame retardant.
Applications
All kinds of electrical components of thermal conductivity, flame retardant potting, such as photovoltaic inverters, LED drive power.charging piles, automotive electronics, NEV power, controllers etc.
Product Features
1) Good thermal conductivity and flowability
2) Both room temperature and heat curing
3) Good weather and aging resistance
4) Excellent insulation properties
5) Flame retardant rating UL94 V-0
6) Maintains rubber elasticity from -50°C to 200°C
7) RoHS Directive
Technical parameters
Reference standard 1
Item
Unit
Value
Properties before curing (25 ± 2 ℃ , 60 ± 5%RH)
Q/HTXC 2
Appearance (A)
-
Grey fluid
Appearance (B)
-
White fluid
GB/T2794
Viscosity (A)
mPa·s
2,000-3,500
Viscosity (B)
mPa·s
2,000-3,000
GB/T13354
Viscosity (A)
g/cm 3
1.62±0.08
Viscosity (B)
g/cm 3
1.62±0.08
Properties after curing ( 25 ± 2 ℃ , 60 ± 5%RH , A:B=1:1 )
Q/HTXC 2
Operating time
min
70-90
Q/HTXC 2
Curing time (25℃)
h
2-4
Q/HTXC 2
Curing time (80℃)
min
10-30
GB/T 531
Hardness (Shore 00)
--
40-50
Q/HTXC 2
Dielectric strength
KV/mm
≥20
Q/HTXC 2
Volume resistivity
Ω·cm
≥1.5×10 14
Q/HTXC 2
Dielectric constant
-
≥2.8
ISO 22007-2
Thermal conductivity
W/(m·K)
0.6-0.7
Cautions
Store the product in a sealed container, and keep it away from children.
The glue will not cure if exposed to a certain amount of the following chemicals:
Organic compounds of N, P, and S; ionic compounds of Sn, Pb, Hg, As, etc.;
Compounds containing alkyne and polyvinyl.
To avoid the above problem, try to wipe off the residual rosin when using the glue on the circuit board, and use a soldering tin with low lead content.
This product is non-hazardous. Please consult the MSDS of the product for safety information.
Storage
Store at 0-35°C in a cool and dry place.
Shelf life is 6 months.
Packing specification
Order code:
5299 A9 25 kg/barrel
5299 B9 25 kg/barrel
Huitian Addition-type potting production line
3612 UV Conformal Coating Coating Protection Of PCB Circuits And Components
3612(3612H6) TDS-EN.pdf
Product Description
● One-component UV conformal coating
● Amber transparent liquid
● Fluorescent effect
Product features
● Curing method: UV + moisture curing
● Adhesion: Excellent adhesion to PCBs
● Weatherability: Excellent aging resistance
● Operating temperature: -65~125°C
● Noticeable features: Low energy curing, excellent compatibility
Direction for use
The surface should be dry and free of grease.
Recommended dry film thickness: 85~150 μm.
According to the internal laboratory test data of Huitian, UV mercury lamp is best for 3612.
The recommended curing energy is as follows:
Curing energy/mJ/cm 2
UVA
UVB
UVC
Min
1200
600
400
Max
2500
1500
1000
Technical parameters
Reference standard
Item
Unit
Value
UV curing physical property indexes (1000W UV mercury lamp curing)
Q/HTXC 4
Appearance
--
Amber liquid
GB/T2794
Viscosity (25℃)
mPa.s
500~900
GB/T13354
Density
g/cm3
1.0~1.1
Q/HTXC 4
Tack-free energy
mJ/ cm2
1500
GB/T 2411
Hardness
Shore D
50~65
GB/T 9286
Adhesion
--
5B
GB/T 1693
Dielectric constant 1 MHz
--
3.2
GB/T 1692
Volume resistivity
Ω.cm
＞1.0×10*14
Packing Specification
Order code: 3612H6, 1kg/barrel, 12 barrels/carton
Storage
Store at 10-26°C in a cool and dry place. Shelf life is 12 months.
5296 Two-Part Addition-Type Potting Adhesive For Power Supplies, Connectors, Sensors, Industrial Controls
5296 TDS-EN.pdf
5296 is a Two-Part Addition-Type Potting Silicone. It has a long operating time at room temperature and if heated can accelerate the curing speed. It has excellent thermal stability, especially high temperature-stability. When it has completely cured, the rubber elasticity can maintain at a wider temperature range,and its insulating quality is also very excellent too. It has very low thermal expansion, good water resistant and ageing resistant. It has low viscosity and high thermal conductivity, and is compatible with most electrical insulating materials.
Applications
All kinds of electrical components of thermal conductivity, flame retardant potting, such as photovoltaic inverters, LED drive power.charging piles, automotive electronics, NEV power, controllers etc.
Product Features
1) High thermal conductivity and flowability
2) Both room temperature and heat curing
3) Good weather and aging resistance
4) Excellent insulation properties
5) Flame retardant UL94V-0
6) Maintains rubber elasticity from -50°C to 200°C
7) RoHS Directive
Technical parameters
Reference standard 1
Item
Unit
Value
Physical properties before curing (25±2℃, 60%±5%RH)
Q/HTXC 2
Appearance (A)
--
Grey fluid
Appearance (B)
--
White fluid
GB/T2794
Viscosity (A)
mPa·s
3500~5500
Viscosity (B)
mPa·s
2800~4800
GB/T13354
Density (A)
g/cm 3
1.91±0.05
Density (B)
g/cm 3
1.95±0.05
Physical properties after curing (25±2℃, 60±5%RH, A:B=1:1)
Q/HTXC 2
Operating time
min
60~180
Q/HTXC 2
Gel time (25℃)
h
3~5
Q/HTXC 2
Gel time (80℃)
min
≤30
GB/T 531
Hardness (ShoreA)
--
30~40
Q/HTXC 2
Dielectric strength
KV/mm
≥18
Q/HTXC 2
Volume resistivity
Ω·cm
≥1.0×10 14
IS0 22007-2
Thermal conductivity
W/m·K
0.9~1.0
Cautions
Store the product in a sealed container, and keep it away from children for storage.
The glue will not cure if exposed to a certain amount of the following chemicals:
Organic compounds of N, P, and S, ionic compounds of Sn, Pb, Hg, As, etc.;
Compounds containing alkyne and polyvinyl.
To avoid the above problem, Any residual rosin on the circuit board should be wiped clean when using the glue, and use soldering tin with low lead content.
This product is non-hazardous. Please consult the MSDS of the product for safety information.
Packaging
25kg/barrel, 10kg/barrel
9412 Conformal Coating Silicone Rubber Suitable For Surface Moisture Proof Coating Of Circuit Boards
9412 (941216) TDS-EN.pdf
Product Description
● One-component room temperaturevulcanizing silicone rubber
● Translucent, semi-fluid
● Moisture curing, glue layer is elastomericafter curing
Product Features
● Neutral curing
● Environmentally friendly solvent,benzene-free
● Outstanding adhesion to various substrates
● Excellent insulating property
● Excellent weatherability
● Maintains stable and flexible in the operating temperature range of -40°C to 180°C
Typical Applications
Suitable for surface moisture-proof coating ofcircuit boards, insulation and moisture-proof treatment of components, shallow encapsulation of electrical modules
Directions for use
During storage, a small amount of cured material or oil may appear at the mouth of the tube, which can be removed for normal use and won’t affect the performance of the product
Clean-up: Clean the surface and remove rust, dust, oil, etc.
Gluing: Squeeze the glue onto the cleaned surface.
Curing: Place the glued component in the air. The formation of the skin will be followed by the curing process from the surface to the inside. After curing at 25°C and 55% relative humidity for 24 hours, the curing depth of the glue is 2~4mm, and it will increases gradually with time.
Packing Specification
Order code: 941201 1kg/barrel, 12 barrels/carton
Storage
Store at 8-28°C in a cool and dry place. Shelf life is 6 months
9432 High Performance Polyurethane Conformal Coating Excellent Circuit Board Protection Property
9432 (943202) TDS-EN.pdf
9432 is a low-odor, transparent, highly flexible, high-performance modified polyurethane conformal coating/resin paint that features no aromatic solvent, low odor, environmental friendliness, and excellent circuit board protection property, especially for boards working in high humidity. 9432 has excellent adhesion to all kinds of boards, as well as a wide working temperature range, excellent insulation property, and good water and moisture resistance. 9432 contains a fluorescent indicator that facilitates observation and inspection. The product meets RoHS, REACH, halogen-free, and other environmental requirements.
Typical Applications
Protecting circuit boards and various electronic components against water, moisture, dust, mold growth and salt spray, insulation protection, etc.
Directions for use
Guide for use: 9432 can be applied via spray coating, dip coating or brush coating. The application environment should be well-ventilated. An ambient temperature below 16°C or humidity above 70% is not suitable for the application. Before application, the substrate should be thoroughly cleaned to remove residual fluxes and other contaminants, so that the conformal coating/resin paint can well cover and protect the substrate. 9432 dry film can be repaired with a remover such as Huitian 1060.
For polyurethane-type conformal coating/resin paint, when the circuit board is assembled with galvanized or nickelized special metal components, the paint film should be completely cured. It is recommended to dry the coated sample board in an 80°C aging oven for 2 hours and cool it before assembly. The storage place should be ventilated, with humidity < 50%, so that the galvanized and nickelized special metal components will not be corroded. These special metal components should undergo special protection treatment, etc.
Spray coating: According to different spraying equipment and application environments, the product can be diluted with 1040 as per a certain ratio before spraying to obtain a suitable dry film thickness.
Dip coating: According to the requirements, after diluting with 1040 as per a certain ratio, dip the sample board vertically in the liquid for about 10s until the bubbles on the board surface disappear, and then slowly take out the sample board.
Brush coating: According to the requirements, dilute the product with 1045 as per a certain ratio and then conduct brush coating to obtain a suitable dry film thickness.
Inspection: 9432 contains UV indicator which facilitates the inspection of the coating effect of the sample board.
Packing Specification
Order code: 943201 5L/barrel, 2 barrels/carton
Storage
Store at 8-28°C in a cool and dry place. Shelf life is 12 months
1222 Anode Binder SBR Bonding Of Anode Active Materials For Lithium Ionsecondary Batteries
SBR anode binder is a high molecular water-based adhesive made of butadiene, styrene and other vinyl monomers through free radical polymerization.
Product Features
1) Good bonding strength, flexibility, and processability
2) Resistant to electrolytes, low swelling of the pole piece
3) Effectively reduce battery DCR
4) Improved battery low-temperature multiplier discharge performance
5) Significantly extend battery cycle life
Typical Application
● Bonding of anode active materials for lithium-ion secondary batteries
● Digital battery, storage battery, and power battery
● 1223 is suitable for bonding silicon-carbon materials
Product Performance
1209 Anode Binder PAA Bonding Of Anode Active Materials For Polarity Pulp Preparation
PAA anode binder is a high molecular water-based adhesive made of acrylic acid, acrylate, and other vinyl monomers through free radical polymerization.
Product Features
1) Excellent pulp properties and stability
2) Superior resistance to electrolyte swelling
3) High bond strength, outstanding long-cycle performance
4) Effectively reduce battery DCR, improve dynamic performance, excellent low-temperature performance
5) Effectively inhibit the expansion of the negative electrode and significantly increase the cycle life of the silicon/carbon negative electrode
Typical Application
● Bonding of anode active materials (graphite, silicon-carbon materials) for lithium-ion secondary batteries
● It can be used for polarity pulp preparation (iron phosphate system)
Product Performance
PV308C-T Transparent Backsheet High Light Transmittance Grid For Double Sided Modules
PV308C-T TDS-EN.pdf
PV308C-T series are Huitian self-developed backsheets made of various high weather-resistant fluorocarbon coatings as the air layer, EVA adhesive layer, and high resistance biaxially oriented polyester film (PET) as the middle layer which are coated twice, with pure white, pure black, black inside and white outside three color options.
Product Features
1) Double-sided transparent fluorine coating, high UV resistance, anti-yellowing, high light transmittance
2) Grid design, white grid reflectivity > 80%, higher power generation gain
3) Aesthetic design, black transparent backsheet
4) After UV300kWh/㎡, DH2000h,light transmission attenuation <5%
5) All the coatings are self-developed, more cost-effective
Applications
Suitable for PV back encapsulation material for photovoltaic modules
Packaging
Coiled Packing is available. Outer packing is carton; inner packing is sealed. There is information such as product name, model, batch number and batch barcode, production date, and certification mark. directions for use, and the number of joints on the carton.
Coil specification: 985mm (width is customizable)
Pallet specification: 200m coil, 3x3 per pallet; 600m coil is also available.