Yoruba

Sintered Irin Apapo Tube

Sintered Wire Mesh Tube ti wa ni iṣelọpọ nipasẹ Woven Wire Mesh. O ti wa ni ṣe nipasẹ ga-otutu lakọkọ bi sintering, sẹsẹ, ati alurinmorin. Apapo okun waya ti a fi sina jẹ ti awọn fẹlẹfẹlẹ pupọ ti apapo irin, pẹlu eyiti o wọpọ julọ jẹ ẹya-ila-5. Layer akọkọ jẹ Layer aabo (apapo nipọn), Layer keji jẹ ipele sisẹ (iho kekere ti apapo waya ti a hun), Layer kẹta jẹ Layer ti o tuka (titẹ pinpin), Layer kẹrin jẹ Layer atilẹyin (npo agbara), ati ipele karun jẹ Layer imuduro (npo iduroṣinṣin gbogbogbo)

Firanṣẹ Imeeli Gba lati ayelujara

ọja Apejuwe

Awọn nkan	Apejuwe
Orukọ ọja	Sintered Waya Apapo Tube
Ilana iṣelọpọ	1. Sintering: Ni awọn iwọn otutu ti o ga julọ, itankale awọn patikulu irin ṣopọ apapo irin papọ lati ṣe eto iṣọkan kan. 2. Yiyi: Nipa sẹsẹ titẹ-giga, Layer mesh kọọkan ti ni asopọ ni wiwọ lati rii daju pe iṣọkan sisanra rẹ. 3. Ige Laser / Pilasima Ige: Gige Mesh Waya Sintered ， Rii daju pe gige jẹ kongẹ ni iwọn ati apẹrẹ. 4. Alurinmorin: Lo fun alurinmorin sinu kan iyipo apẹrẹ
hun ọna ti hun waya apapo	1. Weave Plain (Ọna wiwu ti o wọpọ julọ ni awọn ihò apapo aṣọ ati pe o dara fun sisẹ gbogbogbo) 2. Twill Weave (ipeye sisẹ ti o ga julọ, ọna ti o ni wiwọ, o dara fun sisẹ pipe-giga) 3. Dutch Weave (Ipilẹ sisẹ iwuwo giga kan jẹ akoso nipasẹ interweaving awọn okun warp isokuso ati awọn okun weft ti o dara, ti a lo nigbagbogbo fun sisẹ ultrafine) 4. Yiyipada Dutch Weave (Ni agbara ti o ga julọ ati agbara gbigbe, o dara fun sisẹ titẹ-giga)
Ohun elo Yiyan	1. Irin Alagbara (304, 316, 316L) 2. Nickel Alloy (Monel, Hastelloy, Inconel) 3. Titanium Mesh bbl
Nọmba ti Layer	3, 5, 7 fẹlẹfẹlẹ (tabi ti a ṣe adani ti ọpọlọpọ-Layer be)
Yiye sisẹ	1μm - 200μm (ṣe asefara)
Ibiti Sisanra	0.5mm - 5mm (yatọ nipasẹ nọmba awọn fẹlẹfẹlẹ)
Iho Pipin Iwọn	Apẹrẹ pore gradient fun sisẹ daradara ati ṣiṣan omi
dada Itoju	Yiyan acid (irin alagbara / irin erogba), Electrolytic didan(Irin Alagbara) Nickel plating (Irin Alagbara/ Irin Erogba) Anodizing (Aluminiomu) ati be be lo.
Awọn iwọn otutu ti nṣiṣẹ	-200 ℃ si 600 ℃ (da lori ohun elo)
Titẹ Resistance	Titi di 30MPa tabi ga julọ (yatọ da lori awọn fẹlẹfẹlẹ apapo ati sisanra)
Permeability / sisan Resistance	Agbara kekere ati agbara giga, o dara fun gaasi ati sisẹ omi
Ipata Resistance	Sooro si acids, alkalis, iyo sokiri, ati ifoyina ni awọn agbegbe lile
Awọn ọna mimọ	Backwashing, Ultrasonic Cleaning, Giga-otutu yan, Kemikali ninu, ati reusable
Ilana iṣelọpọ	Giga-otutu igbale sintering, sẹsẹ, Welding, Stamping
Awọn apẹrẹ ti o wa	Cylindrical, Square, Sheet, Pleated, Aṣa ni nitobi wa
Awọn ọna asopọ	Flange asopọ, Welding, Asapo asopọ, Clamping
Awọn Omi to wulo	Dara fun awọn olomi, gaasi, epo, nya si, ati bẹbẹ lọ.
Awọn aaye Ohun elo	Petrochemical, Ounjẹ & Ohun mimu, Awọn oogun, Itọju Omi Ayika, Aerospace, Ile-iṣẹ adaṣe, ati bẹbẹ lọ.
Awọn anfani Ọja	1. Agbara giga ati resistance resistance, ko rọrun lati ṣe idibajẹ 2. Repeatable ninu, gun aye 3. Itọjade pipe, pinpin iwọn pore aṣọ 4. Iwọn otutu ti o ga ati ipata ipata, iyipada si awọn agbegbe ti o lagbara

Sintered Metal Mesh Tube Application Fields

Petrochemical, Ounjẹ & Ohun mimu, Awọn oogun, Itọju Omi Ayika, Aerospace, Ile-iṣẹ adaṣe, ati bẹbẹ lọ.

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.