OMNIA PRODUCTA

Filtrum Cartridgum Pressionis Internae Altum Fluxum BHP

Filtrum Cartridgum Pressionis Internae Altum Fluxum BHP

Cartridga filtrationis seriei BHP alti fluxus adoptant designum singulare apertum diametri magnae 6-pollicis. Caracterizantur area magna filtrationis et canales fluxus optimati, quae praebent capacitatem magnam ad retinendum sordes, resistentiam parvam et filtrationem efficacem. Cum via fluxus ab intus ad foras, particulae firmiter capiuntur intra cartridgam. Media fibrosa altae praecisionis cum structura renfortata certificant filtrationem stabilem et resistentiam excellentem ad pressionem. Fabricata ex materia PP plena cum coniunctione per fusionem thermicam; nulli adhesivi nec additivi utuntur. Extractabilia parva et compatibilitas chemica lata idoneae sunt ad filtrationem fluidorum complexorum. Compacta et facile ad instalandum, cartridgae spatium conservant et solutionem efficientem praebent pro filtratione industriali.

Conspectus
Producti Parametri
Qualitas Gubernatio
Campi applicationis
Descriptio Dimensionum Producti
Curva fluxus et decrementi pressionis
Producta Commendata

Filtrationes Altius Fluxus Serierum BHP

Filtrationes altius fluxus serierum BHP adoptant structuram pressionis internae unius apertae extrematis diametri magnae (6 pollicum). Subsidiatae ultra-magna area filtrationis et per optima canalia fluxus mechanice fluida, constituunt systema filtrationis efficiente quod capacitatem magnam retinendi contaminantes et cadum pressionis parvum habet, cum pluribus praecipuis commoditatibus quae idoneae sunt ad duras conditiones industrialis operis:

I. Commoditates in Structura et Dispositione Fluidi

Filtratio pressionis internae (fluxus ab intus ad foras)

Liquid flows from the interior to the exterior of the filter element, while solid contaminants are retained within the filter medium to prevent outward dispersion. The outer surface of the filter stays clean, markedly reducing the risk of secondary contamination during filter replacement. At the same time, it prevents filter cake shedding that could contaminate downstream piping, ensuring consistent filtrate quality.

6-inch large-diameter single-open-end structure

Compared with conventional 4-inch high-flow filters, the effective filtration area per filter cartridge is substantially increased. At the same flow rate, fewer filter elements are needed, and the corresponding filter housings require less floor space—reducing equipment investment and on-site installation space. The single-open-end cap is compatible with standard high-flow filter housings; installation and removal are simple and efficient, decreasing maintenance labor hours.

Optimized flow channels for low differential pressure operation

Canalis fluxus per simulationem optimizantur ut distributio fluidi uniformis obtineatur et turbulenta ac resistentia localis minuantur. Pressio differentialis operativa parva manere potest etiam sub condicionibus fluxus altorum, onerem pompae et consumptionem energiae minuens. Praeterea, pressio differentialis moderate crescit, vitam operationalem filtrum prolongans.

II. Praecepta in Performance Filtrationis

Area filtrandi ultra-magna & capacitas retinendi sordes alta

Medium filtrans plicatum plene explicatur ut area filtrandi efficax maxime augeatur, permittens retentio voluminum magnorum solidorum suspensorum et contaminantium colloidalium. Sub eadem qualitate aquae admissae, cyclus obturationis filtrorum prolongatur, intermissiones frequentes pro substitutione minuuntur et efficacia operationis systematis continuatae melioratur.

Interceptio stabilis altae praecisionis & resistentia excellentis pressionis differentialis

Graded high-purity polypropylene fiber filter media is adopted, paired with an integrated reinforced support skeleton to prevent filter medium collapse under pressure. The filter can withstand higher operating differential pressure. Filtration accuracy remains consistent amid fluctuations in feed water quality and sudden flow changes, preventing contaminant breakthrough.

III. Advantages in Material & Manufacturing Technology

Integrally thermally fused all-polypropylene (PP) construction, no adhesives

Filter media, support skeleton and end caps are all made of high-purity PP and integrated by thermal fusion welding. No adhesives, resins or other bonding agents are used. There is minimal extractables without chemical binder leaching, eliminating contamination of process fluids.

Excellent chemical compatibility

Polypropylenus resistit acida, alkalibas, solutiones salinarum et plerumque solventia organica. Id aptum est ad amplam varietatem fluidorum complexorum, ut aqua purificata, materies primae chemicae, picturae, solutiones electroplationis et chemicae tractationis aquarum, amplectens conditiones operationis latissimas.

IV. Praecepta in Operatione et Conservatione

Inferiores impensae operationis totales

Unusquisque cartus filtrans praebet altam velocitatem fluxus et longiorem vitam usus, minuens consummationem emptionis cartarum filtrantium. Insignis decrementum pressionis minuit consumptionem energiae a pompis, et rarius intermissiones pro substitutione ducunt ad notabiliter inferiores impensas conservationis comprehensivas comparatas ad filtros plicatos consuetos.

Ampla adaptabilitas ad applicationes industriales

Cum designo modulari compacto, filtri possunt uti singillatim aut in parallelum flexibiliter. Largiter adhibentur in processibus praefiltrationis, inter quos filtratio cartusarum RO, systemata aquae purificatae / ultrapurificatae, filtratio materiarum crassarum chemicarum, tractatio aquae municipalis, galvanoplastica, processus ciborum et potuum, industria chemicorum subtilium, et alia scenaria filtrationis praecisae.

Securus, amicus ambienti pro productione pura

Materiales normas industrialis munditiae fluidorum implent, cum minimo periculo exsorptionis fibrarum. Filtri exhausti colligi et recycleri possunt sine pollutantibus persistentibus, exigentias productionis purae et regulorum ambientalium satisfaciens.

Parametri del prodotto

Longitudo Cartusae Filtrantis	20",40",60"
Diameter exterior	154mm
Materies filtris	Polypropylenum (PP), Fibra Vitrea (GF)
Frons	Polypropylenum (PP), Fibra Vitrea (GF)
Inner Core Structure	Plicatum
Anulus sigillans	EPDM, Red Silicone, Nitrile Rubber (NBR)
Directio Fluminis	Intus ad Foris
Praecisio filtrationis	0,5 μm, 1 μm, 3 μm, 5 μm, 10 μm, 20 μm, 50 μm, 100 μm

Conditiones operating

Elementum	Specificatio
Temperatura operationis maxima	Polypropylenum (PP): 121 °C; Fibra Vitrea (GF): 121 °C
Maxima differentia pressionis	Polypropylenum (PP): 3,4 bar ad 20 °C; Fibra Vitrea (GF): 3,4 bar ad 20 °C
Pressio differentialis recommendata pro substitutione cartusae	2,4 bar ad 20 °C
Directio Fluminis	Intus ad Foris
Max. Design Flow Rate	20":15 m ³/H 40":30 m ³/H 60":45 m ²/H

Qualitas Gubernatio

Compliant with FDA 21 CFR standards, applicable to food and beverage processing.
It meets the acceptance standard DL/T 1866-2018 issued by the National Energy Administration.
The ISO 9001:2015 quality management system is strictly implemented.

Campi applicationis