Latinus

T-Straner Filtration Mesh

T-Straner Filtratio ad obstantia, pollutantia et particulas a liquidis et vaporibus removendis adhibetur. Solet adhiberi ad impedimenta vel detrimenta fistulae, soleatus, valvulae, et alia instrumenta praecavenda.

Mittere Email PDF

Product Description

Items	Descriptio
Product Name	T-Straner Filtration
Materia	Immaculata Steel (SS304, SS316, etc.)
Structure	Textum vel reticulum perforatum cum T informibus colum frame
Saccharum officinarum	5-200 microns (customizable)
Dimensiones	Custom sizes available based on application requirements
Crassitudo	Variatur secundum reticulum genus et applicationem
Foraminis Type	Foramina rotunda, quadrata, vel slotted
Aperta Area Ratio	De more XXX% -60% (fretus reticulum specifications)
Connection Type	Iuncta, obserata, vel coagmentata
Temperature operating	Usque ad DCCC ° F (fretus materia)
Superficies Curatio	Picking, passione vel electropolishing
Corrosio Resistentia	Optime resistit rubigo, acida, alkalis
Media applicabilis	Aqua, oleum, gas, oeconomiae et alii humores industriales
Applicationem Industries	Petrochemical, aqua, curatio, cibi processus, pharmaceuticus, et herbae potentiae
Features	Magna vis, reusable, facilis ad mundum et durabile
Optiones customization	Magnitudo, reticulum genus, filtrationis rating et nexus modus
Packaging	Referta in plastic pellicula, casibus ligneis, vel packaging nativus

T-Strainer Filtration Mesh Dimensions

Marine & Shipbuilding Industry

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