Solar energy converters dedica
Solar energy converters dedicated Potting of high
One, Introduction:
Sclerosis in low-temperature solar power converters dedicated Potting Bicomponent sclerosis is a potting material, after curing it in the dense solid structure, with good flexibility, high thermal conductivity, and protective, waterproof , the role of the Security Chip.
Two, conventional performance:
|
Test items |
Testing methods or conditions |
9002GA(87-3) |
9002GB(87-3) |
|
Appearance |
Visual |
Black or white viscous liquid |
transparent liquid |
|
Density |
25℃ g/cm3 |
1.5~1.6 |
1.00~1.10 |
|
Viscosity |
40℃ mpa·s |
3000~5000 |
20~30 |
|
Storage period |
Room ventilation |
6 months |
6 months |
Three, the use of technology:
|
Item |
Unit or the conditions of |
9002GA(87-3)/9002GB(87-3) |
|
Mixing ratio |
Weight ratio |
100:25 |
|
Can use the time |
25℃，min |
0.5 |
|
Curing conditions |
℃/hrs |
25/72或70~80/6~4 |
Four, use: apply to solar energy conversion, sensors, circuit modules, such as mixed high heat of the casting components.
Five, Characteristics after curing
|
Item |
Unit or the conditions of |
9002GA(87-3)/9002GB(87-3) |
|
Thermal conductivity |
W／(m·K) |
0.8 |
|
Linear expansion coefficient |
m/(m·K) |
≤1.2×10-4 |
|
Hardness |
Shore-D |
65 |
|
Heat distortion temperature (HDT) |
℃ |
63 |
|
Volume resistivity |
25℃，Ω·cm |
1.0×1014 |
|
Dielectric Strength |
25℃，kV/mm |
15 |
|
Impact strength |
Kg/cm2 |
7 |
|
Permittivity |
25℃，1MHZ |
4.0±0.05 |
|
Dielectric Loss Tangent |
25℃，1MHZ |
0.02 |
|
Use temperature range |
℃ |
-40℃~130℃ |
|
Flame retardant |
- |
94 V-1 |
Six, storage, transportation and Cautions:
1. Such products of non-dangerous goods, as a general storage and transportation of chemicals, product packaging, see barrels of storage period.
2. Please see the product model, and then pigeon-holing; accurate weighing, please give full uniform mixing.
3. When potting impregnation speed not too fast, in order to ensure uniform impregnation.
Seven, packaging specifications: Packing for A: 25KG or B: 20KG.