Sintered metal may tib

Sintered Fil Fil Tib se pwodwi pa Tissus Fil Fil. Li fèt atravè pwosesis tanperati ki wo tankou sintering, woule, ak soude. Sinter fil may fèt ak kouch miltip nan may metal, ak pi komen an se yon estrikti 5-kouch. Premye kouch la se yon kouch pwoteksyon (may epè), dezyèm kouch la se yon kouch filtraj (ti twou nan may fil trikote), kouch twazyèm lan se yon kouch dispèse (distribisyon presyon), kouch katriyèm lan se yon kouch sipò (ogmante fòs), ak senkyèm kouch se yon kouch ranfòsman (ogmante estabilite an jeneral)

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Deskripsyon Product

Atik	Deskripsyon
Non pwodwi	Sintered Fil may Tib
Pwosesis Faktori	1. SINTERING: Nan tanperati ki wo, difizyon an nan patikil metal mare may metal la ansanm yo fòme yon estrikti limenm. 2. Woule: Pa wo-presyon woule, chak kouch may byen konekte pou asire inifòmite epesè li yo. 3. Koupe Lazè / Koupe Plasma: Koupe Fil Sinteré, Asire ke koupe an egzak nan gwosè ak fòm. 4. Soude: yo itilize pou soude nan yon fòm silendrik
Trikote fason nan may fil trikote	1. Plain Weave (Metòd tissage ki pi komen an gen twou may inifòm epi li apwopriye pou filtraj jeneral) 2. Twill Weave (Pi wo presizyon filtraj, estrikti pi sere, apwopriye pou filtraj segondè-presizyon) 3. Dutch Weave (Yon estrikti filtraj wo-dansite ki fòme pa entèse fil koryas chèn ak fil trame amann, souvan itilize pou filtraj ultrafin) 4. Ranvèse Dutch Weave (Gen pi wo fòs ak kapasite chaj-pote, apwopriye pou filtraj wo-presyon)
Altènatif materyèl	1. Nerjaveèi (304, 316, 316L) 2. Nikèl alyaj (Monel、Hastelloy、Inconel) 3. Titàn may ETC
Kantite Kouch	3, 5, 7 kouch (oswa Customized estrikti milti-kouch)
Filtrasyon Presizyon	1μm - 200μm (personnalisable)
Ranje epesè	0.5mm - 5mm (varye selon kantite kouch)
Twou Distribisyon gwosè	Konsepsyon pò gradyan pou filtraj efikas ak koule likid
Tretman andigman	marinated asid (en fe/kabòn fe), Polisaj elektwolitik (Nerjaveèi) Nikèl plating (en fe/kabòn fe) Anodizasyon (aliminyòm) elatriye.
Tanperati Fonksyònman	-200 ℃ a 600 ℃ (selon materyèl)
Rezistans presyon	Jiska 30MPa oswa pi wo (varye selon kouch may ak epesè)
Pèmeyabilite / Rezistans koule	Ba rezistans ak pèmeyabilite segondè, apwopriye pou filtraj gaz ak likid
Rezistans korozyon	Rezistan a asid, alkali, espre sèl, ak oksidasyon nan anviwònman piman bouk
Metòd netwayaj	Backwashing, netwayaj ultrasons, boulanjri segondè-tanperati, netwayaj chimik, ak ki kapab itilize ankò
Pwosesis Faktori	Sintering vakyòm wo-tanperati, woule, soude, Stamping
Fòm ki disponib	Silendrik, kare, fèy, plise, fòm koutim ki disponib
Metòd Koneksyon	Koneksyon bride, soude, koneksyon Threaded, blocage
Likid ki aplikab yo	Apwopriye pou likid, gaz, lwil, vapè, elatriye.
Jaden aplikasyon yo	Petrochimik, Manje & Bwason, Famasetik, Tretman Dlo Anviwònman, Aerospace, Endistri Otomobil, elatriye.
Avantaj pwodwi yo	1. Segondè fòs ak rezistans presyon, pa fasil pou defòme 2. netwayaj repete, lavi ki long 3. Precision filtraj, distribisyon gwosè pò inifòm 4. Segondè tanperati ak rezistans korozyon, adaptab nan anviwònman piman bouk

Sintered Metal Mesh Tube Application Fields

Petrochimik, Manje & Bwason, Famasetik, Tretman Dlo Anviwònman, Aerospace, Endistri Otomobil, elatriye.

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.