Changzhou Victory Technology Co., Ltd victory@dlx-alloy.com 86-199-06119641
Rincian Produk
Tempat asal: Cina
Nama merek: Victory
Sertifikasi: ISO9001 ROHS
Nomor model: Inkonel 718
Dokumen: Brosur Produk PDF
Ketentuan Pembayaran & Pengiriman
Kuantitas min Order: 30 kg
Harga: negotiable
Kemasan rincian: Kotak karton kumparan, paket kumparan dengan polybag, kemudian dalam kotak kayu
Waktu pengiriman: 20 ~ 40 hari
Syarat-syarat pembayaran: L/C, T/T, Western Union, MoneyGram
Menyediakan kemampuan: 300 ton per bulan
Name: |
Good weldability & formability nickel alloy Inconel 718 round bar NACE MR01-75 for oil and gas service |
Material: |
Nickel Chromium Iron |
Ni (Min): |
50~55% |
Density: |
8.24 g/cm3 |
Melting point: |
1260-1320°C |
Elongation (≥ %): |
25 % |
Thermal conductivity: |
15.9 W/m·K |
Finishing: |
Bright,Oxided, acid white |
Application: |
Construction, Industry Oil, piping systems |
Yield strength: |
550MPa |
Tensile strength: |
910 MPa |
Hardness: |
≤ 363 HB |
Standard: |
ASTM, ASME |
size: |
6~200mm |
shape: |
Round, Square, flat |
Name: |
Good weldability & formability nickel alloy Inconel 718 round bar NACE MR01-75 for oil and gas service |
Material: |
Nickel Chromium Iron |
Ni (Min): |
50~55% |
Density: |
8.24 g/cm3 |
Melting point: |
1260-1320°C |
Elongation (≥ %): |
25 % |
Thermal conductivity: |
15.9 W/m·K |
Finishing: |
Bright,Oxided, acid white |
Application: |
Construction, Industry Oil, piping systems |
Yield strength: |
550MPa |
Tensile strength: |
910 MPa |
Hardness: |
≤ 363 HB |
Standard: |
ASTM, ASME |
size: |
6~200mm |
shape: |
Round, Square, flat |
Inconel 718 paduan
Inconel 718 adalah paduan nikel-kromium yang mengandung jumlah tambahan kolumbium, besi, molibdenum, aluminium, dan titanium.
Paduan yang tahan lama ini dapat dengan mudah dibuat, bahkan menjadi bagian-bagian yang kompleks.Kemudahan dan ekonomi dengan yang INCONEL paduan 718 dapat diproduksi, dikombinasikan dengan kekuatan tarik, kelelahan, merangkak, dan pecah yang baik, telah menghasilkan penggunaannya dalam berbagai aplikasi
Bagaimana proses pengolahan panas mempengaruhi sifat mekanik Inconel 718?
Proses pengolahan panas secara signifikan mempengaruhi sifat mekanik Inconel 718, meningkatkan kekuatan, fleksibilitas, dan kinerja keseluruhan.Berikut adalah bagaimana proses pengolahan panas yang berbeda mempengaruhi sifatnya:
1. larutan Penggilingan
Proses: Ini melibatkan pemanasan paduan hingga suhu sekitar 1.600 ° F (870 ° C) dan menyimpannya untuk waktu yang ditentukan, diikuti dengan pendinginan cepat.
Dampak:
Larut merendahkan dan homogenisasi mikrostruktur.
Meningkatkan fleksibilitas dan ketahanan.
Mengurangi tekanan residual dari pemrosesan sebelumnya.
2. Penguatan Usia (Aging)
Proses: Setelah penggilingan larutan, paduan tersebut dipanen pada suhu antara 1.200°F (650°C) dan 1.300°F (700°C) selama beberapa jam.
Dampak:
Mempromosikan presipitasi fase gamma double-prime (γ'') dan gamma prime (γ'), yang meningkatkan kekuatan dan kekerasan.
Secara signifikan meningkatkan hasil dan kekuatan tarik sambil mempertahankan ductility yang baik.
Meningkatkan ketahanan kelelahan, membuatnya ideal untuk aplikasi tekanan tinggi.
3Menghilangkan stres
Proses: Ini melibatkan pemanasan ke suhu yang lebih rendah (sekitar 1.000 ° F atau 540 ° C) untuk meringankan ketegangan internal tanpa mengubah struktur mikro secara signifikan.
Dampak:
Mengurangi tegangan residual yang dapat menyebabkan distorsi selama pemesinan atau layanan.
Meningkatkan stabilitas dimensi.
4Perawatan Cryogenic
Proses: Ini melibatkan pendinginan paduan ke suhu kriogenik (di bawah -300 ° F atau -184 ° C) dan kemudian mengembalikannya ke suhu kamar.
Sifat Kimia Inconel 718
Nikel (ditambah Kobalt)50.00-55.00
Kromium....................................................................................................................................................................................................................................17.00-21.00
Besi.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................
Niobium (ditambah Tantalum)4.75-5.50
Molibdenum........................................................................................................................... yang dapat digunakan sebagai bahan baku untuk pembuatan bahan baku2.80-3.30
Titanium............................................................................................................................................................................................................................................................0.65-1.15
Aluminium..................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................0.20-0.80
Kobalt.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................1.00 maksimal.
Karbon0.08 maksimal.
Mangan.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................0.35 maksimal.
Silikon0.35 maksimal.
Fosfor............................................................................................................................................................................................................................................................0.015 maksimal.
Sulfur.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................0.015 maksimal.
Boron.......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................0.006 maksimal.
Tembaga0.30 maksimal
| Kepadatan | 8.19g/cm3 | 0.296 lb/in3 |
| Titik leleh | 1260-1336 | 2437°F |
Seri Inconel
Sesuaikan ukuran seperti di bawah ini
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Bentuk
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Ukuran ((mm)
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Kami akan
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0.5-7.5
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Rod/Bar
|
8.0-200
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Strip
|
(0.5-2.5) * ((5-180)
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Tabung
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dibuat khusus
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|
Piring
|
dibuat khusus
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Hubungi kami
Email: victory@dlx-alloy.com
Layanan OEM:
Selamat datang ukuran khusus
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