Phenolic ResinPhenol-formaldehyde resins were first produced commercia translation - Phenolic ResinPhenol-formaldehyde resins were first produced commercia Indonesian how to say

Phenolic ResinPhenol-formaldehyde r

Phenolic Resin
Phenol-formaldehyde resins were first produced commercially
in the early 1900s for use in the commercial market. Ureaformaldehyde
and melamine-formaldehyde appeared in
the 1920–1930s as a less expensive alternative for lower
temperature use. Phenolic resins are used for interior
components because of their low smoke and flammability
characteristics.
Epoxy
Epoxies are polymerizable thermosetting resins and are
available in a variety of viscosities from liquid to solid.
There are many different types of epoxy, and the technician
should use the maintenance manual to select the correct type
for a specific repair. Epoxies are used widely in resins for
prepreg materials and structural adhesives. The advantages
of epoxies are high strength and modulus, low levels of
volatiles, excellent adhesion, low shrinkage, good chemical
resistance, and ease of processing. Their major disadvantages
are brittleness and the reduction of properties in the presence
of moisture. The processing or curing of epoxies is slower
than polyester resins. Processing techniques include
autoclave molding, filament winding, press molding, vacuum
bag molding, resin transfer molding, and pultrusion. Curing
temperatures vary from room temperature to approximately
350 °F (180 °C). The most common cure temperatures range
between 250° and 350 °F (120–180 °C). [Figure 7-10]
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Phenolic ResinPhenol-formaldehyde resins were first produced commerciallyin the early 1900s for use in the commercial market. Ureaformaldehydeand melamine-formaldehyde appeared inthe 1920–1930s as a less expensive alternative for lowertemperature use. Phenolic resins are used for interiorcomponents because of their low smoke and flammabilitycharacteristics.EpoxyEpoxies are polymerizable thermosetting resins and areavailable in a variety of viscosities from liquid to solid.There are many different types of epoxy, and the technicianshould use the maintenance manual to select the correct typefor a specific repair. Epoxies are used widely in resins forprepreg materials and structural adhesives. The advantagesof epoxies are high strength and modulus, low levels ofvolatiles, excellent adhesion, low shrinkage, good chemicalresistance, and ease of processing. Their major disadvantagesare brittleness and the reduction of properties in the presenceof moisture. The processing or curing of epoxies is slowerthan polyester resins. Processing techniques includeautoclave molding, filament winding, press molding, vacuumbag molding, resin transfer molding, and pultrusion. Curingtemperatures vary from room temperature to approximately350 °F (180 °C). The most common cure temperatures rangebetween 250° and 350 °F (120–180 °C). [Figure 7-10]
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Phenolic Resin
Fenol-formaldehida resin pertama kali diproduksi secara komersial
di awal 1900-an untuk digunakan di pasar komersial. Ureaformaldehyde
dan melamin-formaldehida muncul di
dalam 1920-1930s sebagai alternatif yang lebih murah untuk rendah
penggunaan suhu. Resin fenolik digunakan untuk interior
komponen karena asap dan mudah terbakar yang rendah
karakteristik.
Epoxy
Epoxies adalah resin thermosetting terpolimerisasi dan
tersedia dalam berbagai viskositas dari cair ke padat.
Ada berbagai jenis epoxy, dan teknisi
harus menggunakan pemeliharaan panduan untuk memilih jenis yang tepat
untuk perbaikan tertentu. Epoxies digunakan secara luas dalam resin untuk
bahan prepreg dan perekat struktural. Keuntungan
dari epoxies adalah kekuatan tinggi dan modulus, rendahnya tingkat
volatil, adhesi yang sangat baik, penyusutan rendah, kimia yang baik
resistensi, dan kemudahan pengolahan. Kelemahan utama mereka
adalah kerapuhan dan pengurangan properti di hadapan
kelembaban. Pengolahan atau pengawetan dari epoxies lebih lambat
dari resin poliester. Teknik pengolahan termasuk
autoclave molding, filamen berliku, tekan molding, vakum
tas molding, transfer molding resin, dan pultrusion. Menyembuhkan
suhu bervariasi dari suhu kamar sekitar
350 ° F (180 ° C). Suhu obat yang paling umum berkisar
antara 250 ° dan 350 ° F (120-180 ° C). [Gambar 7-10]
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