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              Thermal Material

              1900 series thermal conductive adhesive

              Product features

              application:

              1900 series thermal conductive adhesives is suitable for LED, photovoltaic, semiconductor and other electronic and electrical industries with high thermal conductivity requirements.

              Features and advantages:

              KINGBALI 1900 series thermal conductive adhesives have high thermal conductivity and adhesion, high material stability, slow thermal conductivity decay, and meet long-term use requirements under thermal cycling conditions.

              ? Two-component silica gel, ultra-low thermal resistance, thermal resistance ≤0.09 cm2·℃/w;

              ? Curing at room temperature, low shrinkage, meeting the process requirements of precision period;

              ? Has good water resistance;

              ? Super adhesion, saving screws;

              ? High material stability, slow thermal conductivity decay, meeting the long-term use requirements under thermal cycling conditions.

              EIGENVALUE

              characteristic1000-19001000-1901standard test
              ExteriorA component: brownish red / B component: whiteA component: brownish red / B component: whiteVisually
              ViscosityA component: 300~400 Pa.S / B component: 100~200 Pa.SA component: 150~250 Pa.S / B component: 100~200 Pa.SASTM D445-04
              proportionA component: 2.7 g/cm3 / B component: 1.36 g/cm 3A component: 2.65 g/cm3 / B component: 1.36 g/cm 3ASTM D792
              Mixed ratioA:B=1:1 (volume ratio)A:B=1:1 (volume ratio)/
              Thermal Conductivity30 W/M·K30 W/M·KASTM-D5470
              Curing condition
              Operating time3~5 Hrs(25℃)1~1.5 Hrs(25℃)/
              Full curing time13~30 Hrs(25℃)2.5~8 Hrs(25℃)/
              4~10 Hrs(50℃)1~3 Hrs(50℃)/
              20~40 Hrs(80℃)15~30 Hrs(80℃)/
              10 ~ 15 min (100 ° C)10 ~ 15 min (100 ° C)/
              Characteristics after curing (25℃/RH 70%)
              hardness≥80 Shore D≥80 Shore DASTM D2240
              Tensile strength (iron/iron)>200 g /cm2>200 g /cm2ASTM D412
              Thermal resistance0.09 cm 2 ℃ / in0.09 cm 2 ℃ / inASTM D5470
              Heat distortion temperature>120°C>120°CASTM D648
              Volume resistivity>1010 Ω.cm>1010 Ω.cmASTM D257
              Dielectric constant (50Hz)2~42~4ASTM D150
              Note: The data recorded on this website are representative values ??rather than guaranteed values. To improve product performance, specifications are subject to change without notice. The use of the product recorded in this website is just an example. The product can have a variety of different application scenarios and environments, which are beyond our control. Therefore, whether the product is suitable for your production process and conditions, you need to make full use of it before using it. Evaluate to confirm whether its performance and effect are in line with expectations. For applications that need to be considered safe, please test and confirm their safety in advance. In addition, the company does not guarantee that the purposes recorded on this website
              will not infringe any patents. Before using this product, please carefully read the explanatory text and safety data sheet (MSDS) marked on the main body of the product. This product is manufactured for general industrial applications. Do not use for medical purposes.
              The product may precipitate during storage. This is a normal phenomenon. Please mix well before use and strictly follow the product storage and transportation instructions. In order to obtain the best performance, the bonding surface should be clean, dry and free of grease. For high-strength structural bonds, special surface treatment can increase bond strength and durability. The material taken out of the container may be contaminated during use. Do not put the material back into the original container. Kingbali® cannot be held responsible for products that are contaminated or stored under non-instructed conditions.

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