<![CDATA[This study to analyze the physical properties (moisture content and density) and mechanical properties (Modulus of Elasticity and Modulus of Rupture) of organic pots from a mixture of Galam bark waste, empty bunches of oil palm, rice husks and organic fertilizers with and without adhesives. This study used a completely randomized factorial design with the standard SNI 03-2105-2006. The quality of organic pots, the physical properties of water content, only treatment A1B1 met the standard with a water content of 13.36%, while for treatment A1B2 (18.58%), A2B1 (14.16%), A2B2 (18.71%), A3B1 (15.89%) and A3B2 (21.96%) did not meet the standard with a maximum score of 14%. The density values obtained were for A1B1 (0.36 g/cm3), A1B2 (0.39 g/cm3), A2B1 (0.35 g/cm3), A2B2 (0.37 g/cm3), A3B1 (0.33 g/cm3), and A3B2 (0.36 g/cm3) did not meet the standard with a value of 0.4 to 0.9 g/cm3. The mechanical properties of fracture toughness (MoR) values obtained in the treatments A1B1 (0.14 kgf/cm2), A1B2 (5.96 kgf/cm2), A2B1 (0.31 kgf/cm2), A2B2 (8.30 kgf/cm2), A3B1 (0.62 kgf/cm2), and A3B2 (11.90 kgf/cm2) did not meet the standard of 82 kgf/cm2. The value of flexural strength (MoE) obtained in the treatments A1B1 (24.10 kgf/cm2), A1B2 (194.94 kgf/cm2), A2B1 (35.07 kgf/cm2), A2B2 (231.70 kgf/cm2), A3B1 (54.59 kgf/cm2), and A3B2 (273.03 kgf/cm2) do not meet the standard of 20,400 kgf/cm2.Tujuan Penelitian ini yaitu menganalisis sifat fisika (kadar air dan kerapatan) dan sifat mekanika (Modulus of Elasticity dan Modulus of Rupture) pot organik dari campuran limbah kulit kayu Galam, tandan kosong Kelapa Sawit, sekam padi dan pupuk organik dengan pemberian perekat dan tanpa perekat. Penelitian ini menggunakan Rancangan Acak Lengkap Faktorial dengan standar SNI 03-2105-2006. Kualitas pot organik sifat fisika kadar air hanya perlakuan A1B1 yang memenuhi standar dengan kadar air sebesar 13,36%, Sedangkan untuk perlakuan A1B2 (18,58%), A2B1 (14,16%), A2B2 (18,71%), A3B1 (15,89%) dan A3B2 (21,96%) tidak memenuhi standar dengan nilai maksimal sebesar 14%. Nilai kerapatan yang didapatkan untuk A1B1 (0,36 g/cm3), A1B2 (0,39 g/cm3), A2B1 (0,35 g/cm3), A2B2 (0,37 g/cm3), A3B1 (0,33 g/cm3), dan A3B2 (0,36 g/cm3) tidak memenuhi standar dengan nilai 0,4 sampai 0,9 g/cm3. Sifat mekanika keteguhan patah (MoR) nilai yang didapatkan pada perlakuan A1B1 (0,14 kgf/cm2), A1B2 (5,96 kgf/cm2), A2B1 (0,31 kgf/cm2), A2B2 (8,30 kgf/cm2), A3B1 (0,62 kgf/cm2), dan A3B2 (11,90 kgf/cm2) tidak memenuhi standar sebesar 82 kgf/cm2. Nilai keteguhan lentur (MoE) yang didapatkan pada perlakuan A1B1 (24,10 kgf/cm2), A1B2 (194,94 kgf/cm2), A2B1 (35,07 kgf/cm2), A2B2 (231,70 kgf/cm2), A3B1 (54,59 kgf/cm2), dan A3B2 (273,03 kgf/cm2) tidak memenuhi standar sebesar 20.400 kgf/cm2.]]>
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