Spiral kebşirlenen deşikli turba

Spiral kebşirlenen perforasiýa tor turbasy, deşikli listlerden ýasalan süzgüç turbasydyr. Ilki bilen demir list deşikli deşikli liste ýasalýar, soňra bolsa lazer kesýän maşyn arkaly ýöriteleşdirilen parametrler ýasalýar. Ahyrynda spiral kebşirlemek usuly ulanylýar. Şonuň üçin Spiral kebşirlenen perforasiýa tor turbasy ýokary güýç, ýokary basyşa we poslama garşylygy bar we nebit, himiýa we suw arassalamak ýaly pudaklarda giňden ulanylýar. Dürli zerurlyklara görä dürli duralga ululyklary, apertura gatnaşygy we materiallar düzülip bilner.

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Önümiň beýany

Haryt	Düşündiriş
Haryt ady	Spiral kebşirlenen deşikli turba
Çig Material	1. Poslamaýan polat (304, 316L) 2. Uglerod polat 3. Nikel erginleri (Monel, Hastelloý) 4. Titan garyndysy we ş.m.
Turbanyň diametri diapazony	0,5mm - 1000mm (Düzülip bilner)
Diwar galyňlygy	0,3mm - 5mm (Düzülip bilner)
Deşik ululygy	0,5mm - 20mm (Tegelek, inedördül we çukur görnüşli deşiklerde bar)
Açyk meýdanyň gatnaşygy	10% - 60% (Süzgüç talaplaryna esaslanyp düzülip bilner)
Faceerüsti bejermek	1. Duzlama （Poslamaýan polat (304, 316L), uglerod polat, nikel esasly garyndy (Monel, Hastelloý) 2. Elektrolitiki polishing ain Poslamaýan polatdan (304, 316L), nikel esasly garyndydan (Monel, Hastelloý)） 3. Gum örtügi （Demir, uglerod polat, poslamaýan polat (304, 316L), titanium garyndysy, nikel esasly ergin (Monel, Hastelloý)） 4. Galvanizasiýa （Demir, uglerod polat） 5. Nikel örtük （Demir, uglerod polat, poslamaýan polat (304, 316L), nikel esasly erginler (Monel, Hastelloý)） we ş.m.
Kebşirleýiş usuly	Spiral kebşirlemek (Güýç we möhürlemek üçin takyk awtomatlaşdyrylan kebşirlemek)
Basyşa garşylyk	30MPa çenli (material we galyňlyga görä üýtgeýär)
Poslama garşylyk	Kislotalara, aşgarlara, ýokary temperatura we okislenmä çydamly
Baglanyş görnüşi	Flanes birikmesi, sapakly birikme, kebşirlenen bogun, gysgyç
Ulanylýan suwuklyklar	Suwuklyklar, gazlar, ýaglar, bug we ş.m.
Arassalamak usullary	Yzky ýuwmak, himiki arassalamak, ultrases sesini arassalamak, ýokary temperaturaly çörek
Programma meýdanlary	Nebit, himiýa senagaty, daşky gurşawy arassalamak, azyk we derman önümleri, metallurgiýa, energetika, awtoulag senagaty we ş.m.
Önüm aýratynlyklary	1. Ajaýyp basyş we poslama garşylykly ýokary güýçli gurluş 2. Iň amatly howa akymy we süzgüç üçin birmeňzeş perforasiýa 3. Takyk spiral kebşirlemek berkligi we ygtybarlylygy üpjün edýär 4. Düzülip bilinýän materiallar, deşik ululyklary we dürli süzgüç zerurlyklary üçin açyk meýdan gatnaşygy

Spiral Welded Perforated Mesh Tube Application Fields

Nebit, himiýa senagaty, daşky gurşawy arassalamak, azyk we derman önümleri, metallurgiýa, energetika, awtoulag senagaty we ş.m.

Industrial Filtration Systems

Spiral welded perforated mesh tubes are widely used in industrial filtration systems to separate and filter various types of materials in industries such as chemical processing, oil and gas, and water treatment. The durable, high-strength mesh allows for precise filtration, trapping particles while allowing liquids or gases to pass through efficiently. These tubes are often used as filter elements in applications such as liquid filtration, oil filtration, and gas separation, where consistent and effective performance is crucial for maintaining system integrity and preventing clogging.

Heat Exchanger and Cooling Applications

In heat exchangers and cooling systems, spiral welded perforated mesh tubes are used to enhance heat transfer and provide structural support. Their perforated surface facilitates the flow of cooling fluids or gases while allowing heat to dissipate effectively. Commonly found in air-conditioning systems, chillers, and industrial cooling towers, these tubes are designed to withstand high temperatures and pressures. The spiral welding process ensures durability and strength, making them ideal for use in harsh environments and providing reliable performance in thermal management applications.