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Steel Sintered Mesh Disc

Sintered Wire Mesh Discus a textili Wire Mesh producitur. Ea fit per se- cundum iracundiam, volubilem, facta per artificium. Reticulum filum ex pluribus stratis reticulum metallicum constitutum est, fere constans ex tribus stratis reticuli fili sinterei, unum tabulatum reticulum colum (reticulum filum contextum), et duo strata reticuli sustentationis.

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Product Description

Items	Descriptio
Product Name	Filum Mesh Tube
Vestibulum Process	1. Sintering： In altum temperaturis diffusio particularum metallorum ligat reticulum metallicum ad structuram cohaerentis formandam 2. Rolling：Per pressuram altae volubilem, reticulum unumquodque stratum arcte connexum est ut eius crassitudinis aequalitatem servet 3. Laser Secans/Plasma Secans: Secare filum Mesh Sintered ut accuratam magnitudinem et figuram curet.
Contexitur via reticulum contextum	1. Texere campum (modum frequentissimum texendi modum habet reticulum uniforme perforatum et ad filtationem generalem apta) 2. Twill Texere (percolando altiorem accurationem, structuram arctiorem, aptam ad eliquationem altae subtilitatis) 3. Texere Batavica (Summa densitas eliquandi structura formatur ex stamine crasso stamine et filis subtilibus subtectis, vulgo pro filtratione ultrafine adhibita) 4. Reverse Batavica texere (habet superiorem vires et onus portantes facultatem, apta ad altum pressura filtration)
Material Alternative	1. Steel Steel (304, 316, 316L). 2. Nickel Alloy (Monel、Hastelloy、Inconel) 3. Titanium Mesh ETC
Numerus Stratorum	3, 5, 7 stratis (vel multi- strati structurae nativus)
Saccharum officinarum	1μm - 200μm (custodibilis)
Crassitudo dolor	0.5mm - 5mm (variat numerus laminis)
Foramen Magnitudo Distributio	Poro gradui designatio ad filtrationem efficientem et fluxum fluidum
Superficies Curatio	Acidum servantur (Stainless Steel/Carbon steel); Electrolytic politura (Stainless) Nickel plating (Steel Steel/Carbon Steel) Anodizing (Aluminium) etc.
Temperature operating	-200℃ ad 600℃ (prout materia)
Pressura Repugnantia	Ad 30MPa seu superiore (variatur secundum reticulum stratis et crassitudine)
Permeability / O Resistentia	Humilis resistentia et permeabilitas alta, apta gasi et liquida filtration
Corrosio Resistentia	Repugnantia acida, alcali, spuma salis, et oxidatio in ambitus asperos
Purgatio Methodi	Backwashing, ultrasonic purgatio, summus temperatus pistoria, chemica purgatio, et reusable
Vestibulum Process	Summus temperatus vacuum sintering, Rolling
Praesto figurae	Cylindrica, Quadratus, Sheet, Pleated, custo- formis praesto
Connection Methodi	Connexio Flangae, Welding, Threaded nexus, Clamping
Lorem Fluidorum	Apta liquoribus, vaporibus, oleis, vaporibus, &c.
Applicationem Agri	Petrochemical, Cibus & Potus, Pharmaceuticals, Aquae curationis Environmentalis, Aerospace, Automotiva Industry, etc.
Product Commoda	1. Maximum robur et pressura resistentia, non facile deformare 2. Repetitio purgatio, longa vita 3. Subtilitas colamentum, uniformis porum amplitudo distributio 4. Temperatio et corrosio resistentia, apta ad ambitus asperos

Stainless Steel Sintered Mesh Disc Application Fields

Petrochemical, Cibus & Potus, Pharmaceuticals, Aquae curationis Environmentalis, Aerospace, Automotiva Industry, etc.

Precision Filtration in Chemical and Pharmaceutical Industries

Stainless steel sintered mesh discs are widely used in precision filtration applications in the chemical and pharmaceutical industries. These discs are designed to filter out fine particles, ensuring the purity and quality of liquids and gases during production processes. Their sintered mesh structure provides a consistent pore size and high mechanical strength, making them ideal for use in critical filtration systems such as reactor vessels, batch reactors, and pharmaceutical fluid handling systems. The corrosion-resistant nature of stainless steel ensures these discs can withstand harsh chemicals and high temperatures, offering reliable performance in demanding environments.

Oil and Gas Filtration Systems

In the oil and gas industry, stainless steel sintered mesh discs are used to filter out impurities and particulates from crude oil, gas, and other fluids. The high filtration efficiency provided by sintered mesh discs is crucial for ensuring the longevity and efficiency of equipment such as pumps, valves, and filters. These discs are highly effective at capturing contaminants while maintaining high flow rates, making them ideal for use in upstream and downstream oil and gas operations, including wellhead filtration, pipeline maintenance, and desalting units. Their robust design and chemical resistance ensure long-term durability in harsh operating conditions.