Dari penelitian diperoleh hasil nil

Dari penelitian diperoleh hasil nilai konduktifitas termal. Nilai konduktifitas termal optimal komposit yaitu sebesar 14 mW/moC, pada ukuran mesh 60. Sedangkan untuk nilai konduktifitas termal minimal komposit sebesar 4 mW/moC, pada ukuran mesh 20. Nilai konduktifitas termal komposit berada di bawah nilai konduktifitas termal sempel kontrol (tampa penambahan partikel montmoriilonite). Dari analisa data, dapat disimpulkan bahwa semkin besar ukuran partikel maka semakin baik menghambat panas dan kekuatan komposit semakin kuat dibandingkan dengan sempel kontrol.

Hasil (Inggris) 1:

The results obtained from the study of thermal conductivity values. The value of the thermal conductivity of composite optimal i.e. of 14 mW/moC, mesh size 60. As for the value of the thermal conductivity of composite minimum of 4 mW/moC, at the size of the mesh. The thermal conductivity of composite value is below the value of the thermal conductivity of sempel control (tampa addition of particles to montmoriilonite). From the analysis of the data, it can be concluded that the large particle size semkin then the better inhibit heat and power compared to the stronger composite sempel control.

Hasil (Inggris) 2:

From the research results of thermal conductivity values. Optimal thermal conductivity value of the composite at 14 mW / MOC, the mesh size of 60. The market value of the thermal conductivity of the composite minimum of 4 mW / MOC, the mesh size of 20. The value of the thermal conductivity of the composite is below the thermal conductivity of the sample of controls (without the addition of montmoriilonite particles). From the data analysis, it can be concluded that semkin larger particle size, the better the inhibiting heat and power stronger than the composite sample of controls.