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"This study describes the behavior of particle board with plate count of aseptic box that uses phenol formaldehyde particleboard subjected to a couple of concentrated load. Particle board is made of aseptic material which is a material used for packaging beverages that are difficult to recycling. Aseptic material contains a type of silica contained in the aluminum layer of aseptic packaging. Section allows to increase the strength of particle board. For test in particle board used in accordance with regulations JIS (Japanese Industrial Standards) A 5908-2003 and SNI 03 - 2105 - 2006 on particleboard. From this research, the review is the power of board particle counting aseptic box is burdened by the a couple of concentrated load. For the mix design calculations using trial and error method in order to get the composition that produces the greatest strength."

"Skripsi ini membahas aseptik kemasan minuman sebagai bahan utama papan partikel agar lebihbermanfaat dan mampu mengurangi volume sampah di kota besar. Papan partikel cacah aseptik-phenol formaldehida adalah hasil pengempaan panas cacah kotak aseptik dengan perekat organik. Untuk perekat digunakan phenol formaldehida. Menentukan komposisi papan partikel terbaik digunakan metode trial and error. Pengujian melingkupi uji kimia (emisi formaldehida), uji fisik, uji mekanik serta uji beban terpusat untuk mendapatkan pola retak. Papan partikel terbaik dari beberapa komposisi dengan acuan JIS A 5908 - 2003 dari sifat fisik maupun mekanik adalah papan dengan persentase perekat 10%, namun persentase optimal belum didapatkan. Dari uji kimia papan partikel ini aman untuk kesehatan. Sesuai dengan pola retak yang didapat maka papan partikel tidak mempunyai sifat getas ketika dibebani sehingga papan partikel mampu mendistribusikan beban dengan baik.

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The focus of this study is to discuss the use of aseptic packaging as a main material for particleboard. It is destinated to make more useful and capable of reducing the volume of waste in big cities. Particleboard are formed mainly from aseptic by hot pressing with adhesives. Phenolformaldehyde is used as adhesive. Determination of the best particleboard composition is by conducting of trial and error method. Tests conducted formaldehyde emission tests, physical tests, mechanical tests and concentrared load to get the crack patterns of plate. The best ticleboard with reference to JIS A 5908 - 2003 result of physical and mechanical property is particleboard with 10% percentage of adhesive, but the optimal percentage has not been obtained. Formaldehyde emission tests show that particleboard is peaceful for health. The crack patterns result of particleboard could explain that it was not brittle when it was loading and it distributed the load properly."

"Skripsi ini membahas mengenai perilaku pelat papan partikel cacah kotak aseptik. Tujuan penelitian ini untuk mendapatkan desain campuran papan partikel yang terbaik sesuai peraturan JIS A 5908:2003 dan SNI 03?2105?2006. Papan partikel terbuat dari bahan aseptik yang merupakan bahan yang digunakan untuk kemasan minuman kotak. Untuk perekat papan partikel digunakan phenol formaldehida. Phenol formaldehida berbentuk cair dan proses perekatannya dengan hot press sebesar 10 kg/cm2 atau 15 kg/cm2. Pada penelitian yang ditinjau adalah uji kimia, fisik, mekanik, dan beban garis. Didapat hasil campuran terbaik pada ukuran cacah kotak aseptik 50 mm x 5 mm, 10% phenol formaldehida, tebal papan 1 cm, non glassir, dan tekanan 15 kg/cm2 sedangkan dari uji beban garis didapat hasil bahwa papan partikel tidak getas dan kuat menahan tekan. Dari hasil study memperlihatkan bahwa papan partikel cacah kotak aseptik yang dibuat cocok digunakan untuk papan partisi, plafond, dan furniture.

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This final assignment discusses about the behavior of particleboard plate made of shredded aseptic boxes. The purpose of this study is to obtain a mixture of particleboard which best fits the regulations JIS A 5908:2003 and SNI 03-2105-2006. Adhesive used for particleboard was phenol formaldehyde. The phenol formaldehyde is liquid and with hot press at 10 kg/cm2 or 15 kg/cm2 it becomes solid glue material. In the research chemical test, physical test, mechanical test, and knife edge load test are conducted.

The best results obtained were for the size of the shredded mixture aseptic boxes 50 mm x 5 mm, 10% phenol formaldehyde, 1 cm thick board, non glassir, and pressure of 15 kg/cm2 while from plate test results particleboard showed a not brittle state and can withstand the press. From the study results showed that the particle board shredded aseptic boxes suitable is used to partition board, plafond, and furniture. "