| Place of Origin: | China (Mainland) |
|---|---|
| Brand Name: | AOK |
| Model Number: | TJ6000 |
| color: | grey |
| thermal conductivity: | 0.8W/m.k |
Quick Details
Specifications
TJ600 Thermal Conductive Pouring Sealant is a material in low viscosity and composed of double components with excellent fluidity and stability. It could be consolidated in room temperature or by heating, TJ600 has a character in speedy consolidation through rising temperature, with no extra by-product occur during the consolidation process. It is in widely application on the surface of PC,ABS, PP, PVC with metal materials, also suitable for the requirement of good thermal conductivity, highly electrical isolation, anti-water and flame retardant characteristics for electronic components, which also is qualified with EU ROHS Directive.
MAIN CHARATERISTICS
-in exceptional fluidlity with spontaneous leveling after mixing the A&B component.
-in splendid electrical isolation,anti-moisture,non-contraction with remarkable stability.
-it has no contraction and temperature rising phenomenon during the consolidation process.
-it is in elastomer character after consolidation procedure,with excellent anti-thixotropy between the cold and hot condition,also in remarkable aging endurance performance.
APPLICATIONS
in pouring sealant for LED display,power module and miscellaneous electronic devices.
ATTENTIONS
-Pls store it under circumstance of 27 celsius in shady,dry and ventilated air,with keeping from the direct shining of the sunlight.
-this material is belong to non-poison and non-hazardous product,so applicable for shiping as normal chemical products.
-after opening the seal,it has six months for the quality guarantee period.
| TJ6000 | ||
| Type | TJ-6000A | TJ-6000B |
| Appearance | grey fluidity liquid | white fluidity liquid |
| Viscosity after mixing | 3500±500 | |
| Initial solid time | 4 hour | |
| Tensile strength | <1 | |
| Elongtion | ≥60% | |
| Hardness | 60±5 sahore A | |
| Shear strength | ≥1 MPa | |
| Flame-retardant level | V-0 | |
| Thermal conductivity | 0.8W/m.k | |

