Samoa

T-Srainer Filtration Mesh

T-Srainer Filtration e fa'aaogaina e aveese ai otaota, filogia, ma vaega mai sua ma kasa. E masani ona faʻaaogaina e puipuia ai poloka poʻo le faʻaleagaina o paipa, pamu, valve, ma isi meafaigaluega.

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Fa'amatalaga o oloa

Aitema	Fa'amatalaga
Igoa Oloa	T-Srainer Filtration
Mea	Uamea uamea (SS304, SS316, ma isi)
Fauga	Lalaga u'amea fa'alava ma se fa'avaa fa'amama fa'a-T
Sa'o o le filiga	5–200 microns (fa'atonu)
Fua	O lapopo'a fa'apitoa e maua e fa'atatau i mana'oga
mafiafia	E eseese e fa'atatau ile ituaiga mata ma le fa'aogaina
Ituaiga Pu	O avanoa lapotopoto, faatafafa, po'o fa'alava
Fa'atatau o le Eria Tatala	E masani lava 30%–60% (fa'alagolago i fa'amatalaga mata)
Ituaiga So'oga	Ulo, fa'amau, pe pipii
Galulue Vevela	E oʻo atu i le 800°C (faʻalagolago i meafaitino)
Togafitiga i luga	Pickling, passivation, po'o le electropolishing
Tete'e a'e	E sili ona tetee i le ele, acids, ma alkalis
Fa'asalalau Fa'atatau	Suavai, suauʻu, kesi, vailaʻau, ma isi vailaʻau faʻapisinisi
Talosaga Alamanuia	Petrochemical, vai togafitiga, gaosiga o mea'ai, vaila'au, ma fale eletise
Vaega	Malosi maualuga, toe faʻaaogaina, faigofie ona mama, ma tumau
Filifiliga Fa'apitoa	Tele, ituaiga mesh, fua fa'amama, ma auala feso'ota'iga
afifiina	Faʻapipiʻi i ata palasitika, pusa laupapa, poʻo faʻapipiʻi faʻapitoa

T-Strainer Filtration Mesh Dimensions

Marine & Shipbuilding Industry

Efficient Seawater Filtration for Cooling Systems
In the marine industry, T-Srainer 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-Srainer 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.