1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced.
2- The st... more 1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced. 2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp. 3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp. 4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced.
2- The st... more 1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced. 2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp. 3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp. 4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced.
2- The st... more 1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced. 2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp. 3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp. 4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced.
2- The st... more 1- In this study, semi-chemical pulps from palm fronds and banana leaves were produced. 2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp. 3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp. 4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
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2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp.
3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp.
4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp.
3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp.
4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp.
3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp.
4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.
2- The strength properties of the produced semi-chemical pulp are comparable to the chemical bagasse pulp.
3- It was found that the tensile index of new pulp was 33.65 N.m/g compared to 50.90 N.m/g for bagasse pulp, tear index was 10.35 mN.m2/g compared to 5.74 mN.m2/g for bagasse pulp, burst factor was 17.14 compared to 36.40 for bagasse pulp.
4- Optimizing pulp of palm fronds and banana leaves can produce better pulp with high strength then can substitute part of the imported wood pulp.