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PP Plastic snowflake anulum temere turrim sarcina

Description:

Anulus nivis plasticus factus est ex calore resistenti et chemico corrosio materiarum resistentium, incluso polyethylene (PE), polypropylene (PP), polypropylene (RPP), polyvinylum chloridum (PVC), chloridum polyvinylum chloridum (CPVC) et polyvinylidenum fluoride (PVDF). Has lineamenta habet ut altum volumen liberum, gutta pressionis humilis, altitudo massae-translatio unitatis, punctum infusum altum, contactum gasi liquidum uniforme, gravitatem specificam parvam, altam molem transferendi efficientiam et cetera, et applicatio temperatus in instrumentis communicationis e 60 ad 150. His de causis late usus est in turribus in petrolei industria, industria chemica, industria alcali-chloride, gasi carbonis industriae et tutelae environmental, etc.

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Technical Specification of Plastic Snowflake Ring

Product nomen			Plastic intalox sella
Materia			PP, PE, PVC, CPVC, PVDF, etc
vitae spatium			> III annos
Magnitudo		Superficies m2/m3	Inanis volumen %	Numerus stipare pieces / m3	Stipare densitatem Kg/m3	Arida sarcina factorm-1
Inch	mm
3-1/2"	90	138	97	5000	45	142
Feature		Princeps inanis ratio, humilis pressionis gutta, humilis massa-translatio unitatis altitudo, punctum inundans altum, contactum liquidum gasi uniforme, gravitas specifica parva, alta efficientia massae translationis.
Commodum		1. Peculiares structurae faciunt magnum fluxum, humilis pressionis guttam, bonam facultatem anti-impactionis. 2. Fortis resistentia ad corrosionem chemicam, magnum spatium vacuum, industria salutaris, operatio humilis sumptus et facile onus et exoneratio.
Applicationem		Haec varia turris plastica stipatio late in petroleum et chemicis, alcali chloride, gas et in tutela environmental industrias cum max. temperies 150°.

Physica & Chemical Properties Plastic Snowflake Ring

Plastic turris stipatio fieri potest ex calore repugnantis et corrosionibus chemicis resistentibus materiatis, incluso polyethylene (PE), polypropylene (PP), polypropylene (RPP), polyvinyl chloride (PVC), polyvinylum chloridum (CPVC), polyvinyiidene fluoride (PVDF) et Polytetrafluoroethylene (PTFE). Temperatura in media iugis ab 60 Gradu C ad 280 Gradus C.

Performace/Material	PE	PP	RPP	PVC	CPVC	PVDF
Densitas (g / cm3) (cum iniectio corona)	0.98	0.96	1.2	1.7	1.8	1.8
Operatio temp.(℃)	90	＞100	＞120	＞60	＞90	＞150
Corrosio chemica resistentia	BONUM	BONUM	BONUM	BONUM	BONUM	BONUM
Cogo vires (Mpa)	＞6.0	＞6.0	＞6.0	＞6.0	＞6.0	＞6.0