Yoruba

T-Strainer Filtration Mesh

T-Strainer Filtration jẹ lilo lati yọ idoti, idoti, ati awọn patikulu kuro ninu awọn olomi ati gaasi. Nigbagbogbo a lo lati ṣe idiwọ awọn idena tabi ibajẹ si awọn opo gigun ti epo, awọn ifasoke, awọn falifu, ati awọn ohun elo miiran.

Firanṣẹ Imeeli Gba lati ayelujara

ọja Apejuwe

Awọn nkan	Apejuwe
Orukọ ọja	T-Strainer Filtration
Ohun elo	Irin Alagbara (SS304, SS316, ati bẹbẹ lọ)
Ilana	Hihun tabi perforated irin apapo pẹlu kan T-sókè strainer fireemu
Yiye sisẹ	5–200 microns (ṣe asefara)
Awọn iwọn	Awọn iwọn aṣa ti o wa da lori awọn ibeere ohun elo
Sisanra	Iyatọ da lori iru apapo ati ohun elo
Iho Iru	Yika, onigun mẹrin, tabi awọn ṣiṣi iho
Ṣii Iwọn Agbegbe	Ni deede 30% – 60% (da lori awọn pato apapo)
Asopọmọra Iru	Welded, bolted, tabi dimole
Awọn iwọn otutu ti nṣiṣẹ	Titi di 800°C (da lori ohun elo)
dada Itoju	Pickling, passivation, tabi electropolishing
Ipata Resistance	O tayọ resistance si ipata, acids, ati alkalis
Media to wulo	Omi, epo, gaasi, awọn kemikali, ati awọn fifa ile-iṣẹ miiran
Ohun elo Industries	Petrochemical, itọju omi, ṣiṣe ounjẹ, elegbogi, ati awọn ohun elo agbara
Awọn ẹya ara ẹrọ	Agbara giga, atunlo, rọrun lati nu, ati ti o tọ
Awọn aṣayan isọdi	Iwọn, iru mesh, idiyele sisẹ, ati ọna asopọ
Iṣakojọpọ	Aba ti ni ṣiṣu fiimu, onigi igba, tabi ti adani apoti

T-Strainer Filtration Mesh Dimensions

Marine & Shipbuilding Industry

Efficient Seawater Filtration for Cooling Systems
In the marine industry, T-Strainer Filtration Mesh plays a crucial role in protecting shipboard cooling systems by filtering out sand, algae, and marine debris from seawater intake. Its durable structure and corrosion-resistant materials ensure reliable performance in harsh, saltwater environments, extending the life of heat exchangers and pumps.

Chemical & Petrochemical Processing

Protecting Sensitive Equipment from Process Contaminants
Within chemical and petrochemical plants, T-Strainer Filtration Mesh is essential for pre-filtering liquids and gases, capturing rust particles, scale, and solids before they reach sensitive reactors, valves, and instrumentation. This enhances process safety, reduces downtime, and ensures product purity in aggressive chemical conditions.