High purity fitting
1/4" - 1", 125 psig | PARFLARE series
Partek Division
The Parflare Fittings are ideally suited for any ultrapure or corrosive chemical application. The fitting
design yields a leak tight connection with minimal dead volume and can be used in side loading and vibrational applications. The connection is achieved by a heated flaring process utilizing an external heat source (HG Heat Gun) and PTFE mandrel (MFT Manual Flaring Tool), or by using Partek’s optional FG Series Electronic Flare Gun. Parflare PFA fittings are supplied with PVDF nuts as standard. For PFA nuts add -T suffix to part number. For High Temperature nut assemblies add -HT suffix to part number (1/4” - 1” sizes only). Please consult factory for other available configurations, materials, and custom assemblies.
PFA body manufactured from virgin High Purity PFA materials producing less surface particulates, TOC and anions which result in cleaner operation.
Ease of assembly which reduces assembly time and costs.
Leak tight seal which equals less downtime.
Numerous configurations including Redi-flare end connections which mean reduced system complexity and cost.
design yields a leak tight connection with minimal dead volume and can be used in side loading and vibrational applications. The connection is achieved by a heated flaring process utilizing an external heat source (HG Heat Gun) and PTFE mandrel (MFT Manual Flaring Tool), or by using Partek’s optional FG Series Electronic Flare Gun. Parflare PFA fittings are supplied with PVDF nuts as standard. For PFA nuts add -T suffix to part number. For High Temperature nut assemblies add -HT suffix to part number (1/4” - 1” sizes only). Please consult factory for other available configurations, materials, and custom assemblies.
PFA body manufactured from virgin High Purity PFA materials producing less surface particulates, TOC and anions which result in cleaner operation.
Ease of assembly which reduces assembly time and costs.
Leak tight seal which equals less downtime.
Numerous configurations including Redi-flare end connections which mean reduced system complexity and cost.
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