Nerjaveèi asye Sintered may disk

Sintered Wire Mesh Disc ki te pwodwi pa Woven Fil Mesh. Li fèt nan SINTERING wo-tanperati, woule， Fè nan atizana. Sinter fil fè bagay pou kouvri tèt fè de plizyè wèbsayt] de may metal, souvan ki gen twa wèbsayt].

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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 may fil Sintered la pou asire gwosè ak fòm egzak.
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, Rolling
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

Stainless Steel Sintered Mesh Disc Application Fields

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

Precision Filtration in Chemical and Pharmaceutical Industries

Stainless steel sintered mesh discs are widely used in precision filtration applications in the chemical and pharmaceutical industries. These discs are designed to filter out fine particles, ensuring the purity and quality of liquids and gases during production processes. Their sintered mesh structure provides a consistent pore size and high mechanical strength, making them ideal for use in critical filtration systems such as reactor vessels, batch reactors, and pharmaceutical fluid handling systems. The corrosion-resistant nature of stainless steel ensures these discs can withstand harsh chemicals and high temperatures, offering reliable performance in demanding environments.

Oil and Gas Filtration Systems

In the oil and gas industry, stainless steel sintered mesh discs are used to filter out impurities and particulates from crude oil, gas, and other fluids. The high filtration efficiency provided by sintered mesh discs is crucial for ensuring the longevity and efficiency of equipment such as pumps, valves, and filters. These discs are highly effective at capturing contaminants while maintaining high flow rates, making them ideal for use in upstream and downstream oil and gas operations, including wellhead filtration, pipeline maintenance, and desalting units. Their robust design and chemical resistance ensure long-term durability in harsh operating conditions.