Thermal and flammability properties

Thermal and flammability properties of cotton fabric were
characterized by TGA, vertical flame test and oxygen index test. TGA
analysis showed that the finished cotton with composite left a
higher amount of char residue than the control fabric. The composite
enhanced the thermal stability of cotton fibers and char was
formed at high temperature. The flame retardancy of the fabrics
was enhanced with the introduction of MMT, and the minimum
oxygen consumption of the fabrics was increased. Physicalmechanical
properties, such as tensile strength, stiffness and
whiteness, were studied. Tensile strength of finished fabrics was
superior to that of unfinished fabric. The composite did not have
obvious influence on the blending length and whiteness of the
cotton fabric.

Hasil (Bahasa Indonesia) 1:

Sifat thermal dan mudah terbakar dari cotton fabricdicirikan oleh TGA, pengujian api vertikal dan oksigen indeks test. TGAAnalisis menunjukkan bahwa kapas selesai dengan kiri komposittinggi jumlah char residu daripada kontrol kain. Kompositpeningkatan stabilitas termal serat kapas dan char adalahdibentuk pada suhu tinggi. Retardancy api dari kainditingkatkan dengan pengenalan MMT, dan minimumkonsumsi oksigen dari kain meningkat. Physicalmechanicalproperti, seperti kekuatan tarik, kekakuan danputih, dipelajari. Tarik kekuatan kain selesaiSuperior dengan kain yang belum selesai. Komposit tidak memilikijelas pengaruh pada panjang pencampuran dan putihkain katun.