Sintered Metal Mesh Tube

Sintered Wire Mesh Tube diprodhuksi dening Woven Wire Mesh. Iki digawe liwat proses suhu dhuwur kayata sintering, rolling, lan welding. Sintered wire mesh digawe saka pirang-pirang lapisan bolong logam, sing paling umum yaiku struktur 5 lapisan. Lapisan kapisan yaiku lapisan pelindung (bolong kandel), lapisan kapindho yaiku lapisan penyaring (bolongan cilik saka anyaman kawat bolong), lapisan katelu minangka lapisan dispersing (tekanan distribusi), lapisan kaping papat minangka lapisan pendukung (tambah kekuatan), lan lapisan kaping lima minangka lapisan penguat (nambah stabilitas sakabèhé).

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Deskripsi Produk

barang	Katrangan
Jeneng produk	Sintered Wire Mesh Tube
Proses Manufaktur	1. Sintering: Ing suhu dhuwur, difusi partikel logam njiret bolong logam bebarengan kanggo mbentuk struktur cohesive 2. Rolling: Kanthi rolling tekanan dhuwur, saben lapisan bolong disambungake kanthi rapet kanggo mesthekake keseragaman ketebalan. 3. Laser Cutting/Plasma Cutting: Cutting Sintered Wire Mesh，Mesthekake yen nglereni pas ing ukuran lan wangun. 4. Welding: Digunakake kanggo welding menyang wangun silinder
Cara anyaman saka anyaman wire mesh	1. Plain Weave (Cara tenun sing paling umum nduweni bolongan bolong seragam lan cocok kanggo filtrasi umum) 2. Twill Weave (Akurasi penyaringan sing luwih dhuwur, struktur sing luwih kenceng, cocok kanggo nyaring kanthi tliti dhuwur) 3. Tenun Walanda (Struktur panyaring kanthi kapadhetan dhuwur dibentuk kanthi nggabung benang warp kasar lan benang pakan sing apik, umume digunakake kanggo filtrasi ultrafine) 4. Reverse Dutch Weave (Nduwe kekuatan sing luwih dhuwur lan kapasitas beban, cocok kanggo filtrasi tekanan dhuwur)
Alternatif Material	1. Baja Tahan Karat (304, 316, 316L) 2. Paduan Nikel (Monel, Hastelloy, Inconel) 3. Jaring Titanium DLL
Jumlah Lapisan	3, 5, 7 lapisan (utawa struktur multi-lapisan sing disesuaikan)
Akurasi filtrasi	1μm - 200μm (bisa disesuaikan)
Range Ketebalan	0.5mm - 5mm (beda-beda miturut jumlah lapisan)
bolongan Distribusi Ukuran	Desain pori gradien kanggo filtrasi efisien lan aliran cairan
Perawatan lumahing	Pengawetan asam (Stainless Steel/Baja Karbon), Polishing Elektrolit (Stainless Steel) Nikel plating (Stainless Steel/Baja Karbon) Anodizing (Aluminium) etc.
Suhu operasi	-200 ℃ nganti 600 ℃ (gumantung saka materi)
Tekanan Resistance	Nganti 30MPa utawa luwih dhuwur (beda-beda adhedhasar lapisan bolong lan kekandelan)
Permeabilitas / Tahan Aliran	Resistance kurang lan permeabilitas dhuwur, cocok kanggo filtrasi gas lan cair
Tahan karat	Tahan kanggo asam, alkali, semprotan uyah, lan oksidasi ing lingkungan sing atos
Metode Reresik	Backwashing, Reresik ultrasonik, baking suhu dhuwur, reresik kimia, lan bisa digunakake maneh
Proses Manufaktur	Sintering vakum suhu dhuwur, Rolling, Welding, Stamping
Wujud sing kasedhiya	Cylindrical, Square, Sheet, Pleated, Bentuk khusus kasedhiya
Metode Sambungan	Sambungan flange, Welding, Sambungan Utas, Clamping
Cairan sing ditrapake	Cocog kanggo cairan, gas, lenga, uap, lsp.
Bidang Aplikasi	Petrokimia, Pangan & Minuman, Farmasi, Perawatan Banyu Lingkungan, Dirgantara, Industri Otomotif, lsp.
Kaluwihan produk	1. Kekuwatan dhuwur lan resistance meksa, ora gampang deform 2. Pembersihan sing bisa diulang, umur dawa 3. Precision filtrasi, distribusi ukuran pori seragam 4. Suhu dhuwur lan resistance karat, adaptasi kanggo lingkungan atos

Sintered Metal Mesh Tube Application Fields

Petrokimia, Pangan & Minuman, Farmasi, Perawatan Banyu Lingkungan, Dirgantara, Industri Otomotif, lsp.

Industrial Filtration and Separation

Sintered metal mesh tubes are widely used in industrial filtration and separation applications due to their high mechanical strength, corrosion resistance, and consistent filtration properties. These tubes are commonly used in industries such as chemical processing, oil and gas, and water treatment to filter out fine particulates from liquids or gases. The multi-layer sintered mesh structure allows for highly efficient filtration, providing a reliable solution for capturing contaminants while ensuring smooth fluid flow. These tubes are ideal for use in pressure filtration systems, scrubbers, and vacuum filtration units, where high temperature and harsh chemicals are common.

Heat Exchanger and Cooling Systems

In heat exchanger and cooling systems, sintered metal mesh tubes play a critical role in heat transfer and thermal management. The tubes' porous structure enhances fluid flow and increases the surface area for effective heat dissipation. They are commonly used in air conditioning systems, industrial cooling towers, and oil coolers. Their ability to withstand high temperatures and pressures makes them ideal for use in heat exchange processes where both thermal conductivity and structural integrity are essential. The durability of sintered metal mesh ensures long-lasting performance in demanding applications.