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BAB V KESIMPULAN DAN SARAN
5.1 Kesimpulan
1. Sifat reologi polimer karbopol 940, xanthan gum, Na CMC, Na Alginat, dan tragakan tidak dipengaruhi oleh pH
2. Sifat reologi kombinasi tragakan-Na Alginat, Na Alginat-xanthan gum, Na CMC-tragakan, Na CMC-xanthan gum dipengaruhi oleh pH dan sifat reologi
kombinasi Na CMC-karbopol 940, tragakan-karbopol 940, karbopol 940- xanthan gum, Na CMC-Na Alginat, Na Alginat-karbopol 940 dan tragakan-
xanthan gum tidak dipengaruhi oleh pH. 3. Sifat reologi kombinasi tragakan-Na Alginat, Na Alginat-xanthan gum, Na
CMC-tragakan dan Na CMC-xanthan gum menghasilkan sifat reologi berbeda
dari polimer tunggal yang digunakan. Sifat reologi kombinasi Na CMC- karbopol 940, tragakan-karbopol 940, karbopol 940-xanthan gum dan Na
CMC-Na Alginat menghasilkan sifat reologi yang mengikuti salah satu polimer tunggal yang digunakan. Sifat reologi kombinasi Na Alginat-karbopol 940 dan
tragakan-xanthan gum menghasilkan sifat reologi yang sama dengan kedua polimer tunggal yang digunakan
5.2 Saran
Perlu diteliti lebih lanjut mengenai pengaruh pH terhadap viscoelastisity dari polimer karbopol 940, xanthan gum, Na CMC, Na Alginat, dan tragakan baik
tunggal maupun kombinasi
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Lampiran 1. Alur Penelitian
Pembuatan Polimer Tunggal
Pengukuran Viskositas dan Reologi
Evaluasi Organoleptis Pengaturan pH 4, 5, 6,
7, dan 8 Pembuatan Polimer
Kombinasi
Pembuatan Kurva Reologi dan Viskositas
Larutan Polimer
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Lampiran 2. Sertifikat Analisis Karbopol 940
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Lampiran 3. Sertifikat Analisis Xanthan Gum
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Lampiran 4. Sertifikat Analisis Na CMC
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Lampiran 5. Sertifikat Analisis Na Alginat
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Lanjutan
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Lampiran 6. Sertifikat Analisis Tragakan
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Lampiran 7. Hasil Analisis Statistik Perbandingan Viskositas pH 4-8 Polimer Tunggal dan Kombinasi