Polymer Technology Dictionary

Whelan, Tony

doi:10.1007/978-94-011-1292-5

Cited by 76 publications

(36 citation statements)

References 0 publications

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“…MFC surface has shown the utmost surface performance against dry heat. The reason for this is that the melamine formaldehyde resin is resistant to heat up to 130 °C (Whelan, 1994). It is determined that the Pp surface is the least durable surface regarding its resistance to wet heat.…”

Section: Surface Resistance To Dry and Wet Heat 32 Otpornost Površimentioning

confidence: 99%

“…Browning and explicit marks have occurred on MFC surface. This happened because the melamine resin on the surface is more resistant to heat than paint on the surface of Pp or the ink (Whelan, 1994). The reason for carbonization on other surfaces is because the UV dried digital print ink and paint on printpan surface are not resistant to fi re.…”

Section: Surface Resistance To Glowing Cigarette 34 Otpornost Površmentioning

confidence: 99%

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Some of the Physical Properties of UV Jet Printed Furniture Surfaces

Altun

Köse

2013

Drvna ind.

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• This study researches some physical properties of furniture surfaces on which UV jet printing is applied. To this end, UV protected digital printing ink was applied on melamine faced chipboard (MFC) and Printpan (Pp) panels and their surface resistance to cold liquids (TS 12720), hot liquids (TS 4980), dry heat (TS EN 12722), wet heat (TS EN 12721), water vapor (TS EN 438-2), glowing cigarette (TS 4756), and abrasion (TS 4755) was identifi ed. As a result, it was found that UV jet printing ink applied on melamine faced chipboard and printpan panels is not resistant to cold liquid, water vapor, glowing cigarette and abrasion but relatively resistant to hot liquid, dry heat and wet heat. Keywords: UV jet printing method, UV curable digital printing ink, melamine faced chipboard, printpan, physical properties SAŽETAK • U radu se prikazuju rezultati istraživanja nekih fi zikalnih obilježja površine namještaja obrađene UV printanjem. Zaštitno UV digitalno printanje primijenjeno je na pločama ivericama (MFC) i printpan pločama (Pp) te je ispitana otpornost njihove površine na hladne tekućine (TS 12720), vruće tekućine (TS 4980), suho zagrijavanje (TS EN 12722), vlažno zagrijavanje (TS EN 12721), vodenu paru (TS EN 438-2), upaljenu cigaretu (TS 4756) i abraziju (TS 4755

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Section: Surface Resistance To Dry and Wet Heat 32 Otpornost Površimentioning

confidence: 99%

Section: Surface Resistance To Glowing Cigarette 34 Otpornost Površmentioning

confidence: 99%

Some of the Physical Properties of UV Jet Printed Furniture Surfaces

Altun

Köse

2013

Drvna ind.

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“…The main reasons of adding plasticizers to polymers, improving flexibility and processability are counted (Harper, 2006;Höfer & Hinrichs, 2010;Rahman & Brazel, 2004;Whelan, 1994). Upon addition of plasticizer, flexibilities of polymer macromolecules or macromolecular segments increase as a result of loosening of tightness of intermolecular forces (Bergo & Sobral, 2007;Höfer & Hinrichs, 2010).…”

Section: The Role Of Plasticizers In Pharmaceutical Formulationsmentioning

confidence: 99%

Plasticizers in Transdermal Drug Delivery Systems

Güngör¹,

Erdal²,

Özsoy³

2012

Recent Advances in Plasticizers

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“…Faktis coklat adalah produk hasil reaksi polimerisasi antara minyak nabati dengan sulfur (Whelan, 1994). Faktis coklat berfungsi sebagai bahan bantu olah kompon karet (Simpson, 2002) terutama untuk mengurangi kekerasan vulkanisat karet (Hepburn, 1997).…”

Section: Komparasi Kinerja Antar Jenis Bahan Bantu Olah Kompon Karetunclassified

Kajian Pembuatan Bahan Pelunak Karet Berbasis Hayati Dari Minyak Jarak Melalui Reaksi Hidrogenasi

Puspitasari¹

2012

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AbstrakBahan bantu olah digunakan secara luas oleh industri barang jadi karet. Salah satu kelompok bahan bantu olah adalah bahan pelunak. Saat ini, bahan pelunak utamanya disintesis dari bahan baku yang bersumber pada minyak bumi misalnya minyak parafinik. Minyak jarak berpotensi digunakan sebagai bahan baku pembuatan bahan pelunak karet berbasis hayati menggantikan bahan pelunak sintetik. Dalam tulisan ini diuraikan potensi bahan pelunak karet berbasis hayati yang dibuat melalui reaksi hidrogenasi minyak jarak. Reaksi hidrogenasi minyak jarak dengan senyawa diimide akan mengadisi ikatan rangkap C=C dalam minyak tersebut. Senyawa diimid dihasilkan melalui reaksi oksidasi hidrasin hidrat oleh hidrogen peroksida menggunakan katalis logam. Pada reaksi transfer hidrogenasi terbentuk hasil samping berupa gas N dan air. Air harus 2 dipisahkan agar diperoleh minyak terhidrogenasi yang murni. Mutu minyak jarak terhidrogenasi yang tinggi diperoleh dari hasil reaksi transfer hidrogenasi yang optimal. Mutu minyak jarak terhidrogenasi diklasifikasikan ter utama berdasarkan bilangan iod minyak tersebut. Minyak terhidrogenasi tipe I mempersyaratkan bilangan iod sebesar 0-5 sedangkan tipe II sebesar 55-80. Minyak jarak terhidrogenasi memiliki rantai molekul lurus yang menyerupai minyak parafinik sehingga cocok digunakan untuk jenis karet sintetik seperti EPDM dan IIR PendahuluanBahan bantu olah karet telah digunakan secara luas dalam industri barang jadi karet. Bahan bantu olah (rubber processing aid) salah s a t u n y a b e r f u n g s i m e m p e r m u d a h pencampuran bahan kimia terutama bahan pengisi dengan karet saat pembuatan kompon karet. Bahan bantu olah dapat diklasifikasikan KAJIAN PEMBUATAN BAHAN PELUNAK KARET BERBASIS HAYATI

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Polymer Technology Dictionary

Cited by 76 publications

References 0 publications

Some of the Physical Properties of UV Jet Printed Furniture Surfaces

Some of the Physical Properties of UV Jet Printed Furniture Surfaces

Plasticizers in Transdermal Drug Delivery Systems

Kajian Pembuatan Bahan Pelunak Karet Berbasis Hayati Dari Minyak Jarak Melalui Reaksi Hidrogenasi

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