Is the Straight connector for PP, PVDF plastic hose, 1D series type EM compatible with PFA hoses and suitable for sterile laboratory and pharmaceutical use?

Yes. Straight connector for PP, PVDF plastic hose, 1D series type EM is designed for flexible PFA hoses (installed by thermal flaring) and is therefore compatible with PFA tubing. Its construction (PP, PVDF) and flared PFA connection method prevent particle traps and bacterial accumulation and eliminate medium leakage, making it suitable for sterile laboratory and pharmaceutical applications. Operating pressure is up to 10 bar.

How do I properly install the Straight connector for PP, PVDF plastic hose, 1D series type EM onto flexible PFA hoses to ensure a leak-proof, sterile flared connection?

To install the Straight connector for PP, PVDF plastic hose, 1D series type EM onto flexible PFA hoses and achieve a sterile, leakâproof flared connection, follow these steps: 1. Cut the PFA hose squarely and deburr the end; ensure internal/external cleanliness (lintâfree wipe, appropriate solvent if needed). 2. Heat the hose end uniformly (controlled heat gun or regulated oven) until the PFA softens enough to be flared without collapsing; avoid overheating or charring. 3. Flare the softened hose end evenly over a clean mandrel to create a smooth, conical flare matching the connector seat. Allow to cool while supported to retain shape. 4. Inspect the flare for smoothness, absence of cracks, particles or wrinkles; trim and redo if defects present. 5. Slide the Straight connector for PP, PVDF plastic hose, 1D series type EM body over the hose, align the flared end with the connector sealing seat and assemble per manufacturer torque recommendations (handâtighten then specified turn if provided). 6. Perform a pressure and sterility check (e.g., cleaned assembly, 10 bar pressure test or process equivalent) and verify no leaks or particle shedding. This method uses thermal expansion/flaring to produce a smooth, bacteriaâfree, leakâproof joint compatible with sterile applications.

Can the Straight connector for PP, PVDF plastic hose, 1D series type EM withstand autoclaving and common sterilization methods?

Straight connector for PP, PVDF plastic hose, 1D series type EM. based on the provided description. is made of polypropylene (PP) and PVDF and is intended for laboratory, medical, pharmaceutical, chemical and food applications with flexible PFA hoses using a flared (thermal expansion) connection. These materials have different heat- and chemical-resistance properties relevant to autoclaving and common sterilization methods: - PVDF: good chemical resistance and significantly better thermal stability than polypropylene. PVDF can typically withstand repeated steam autoclaving (121â134 Â°C) without major degradation, so PVDF components of the connector are likely compatible with standard autoclave cycles and many chemical sterilants (e.g., peracetic acid, hydrogen peroxide), provided no incompatible additives are present. - Polypropylene (PP): has lower maximum service temperature. Typical PP softens near 100â110 Â°C and can deform under prolonged exposure to autoclave temperatures and pressure, so PP parts are generally not recommended for repeated steam autoclaving at 121â134 Â°C. PP is more suitable for lowerâtemperature chemical disinfection or single-use applications. Other considerations: - The connectorâs design (flared PFA hose ends) reduces particle retention and leakage, which supports sterile use, but mechanical fit and seal integrity after sterilization depend on dimensional stability of the PP/PVDF parts. - Working pressure (10 bar) is not a substitute for thermal resistance; autoclave compatibility must be assessed separately. - Manufacturerâs specific autoclave/sterilization statements, temperature limits, and any additive/plasticizer data are decisive. If the product contains PP in loadâbearing or sealing locations, avoid highâtemperature steam sterilization unless the manufacturer explicitly certifies it. Practical recommendation: Treat PVDF portions as likely autoclaveâcompatible; treat PP portions as not reliably autoclaveâsafe. Confirm with the manufacturer for official sterilization compatibility and validated sterilization parameters before use in sterile processes.

Straight connector for PP, PVDF plastic hose, 1D series type EM

All products, Low-pressure fittings and adapters/

Additional information

Material	P – material (plastic)

Straight connector for hose series 1D type EM, finds wide application in laboratories, medicine, pharmaceutical, chemical, and food industries. It is designed for flexible PFA hoses, which require thermal expansion of the ends for installation (so-called flared connection). This solution guarantees no particle deposition, accumulation of bacteria, and elimination of medium leakage. Material: polypropylene, PVDF. Working pressure: 10 bar.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
EM-1D100T03PN	Straight connector (series 1D), hose 1/8" x 1/4", natural polypropylene	-	10	In stock	Enquiry
EM-1D100T03PV	Straight connector (series 1D), hose 1/8" x 1/4", PVDF	-	10	In stock	Enquiry
EM-1D100T11PV	Straight connector (series 1D), hose 1/4" x 3/8", PVDF	-	10	In stock	Enquiry
EM-1D100T15PN	Straight connector (series 1D), hose 3/8" x 1/2", natural polypropylene	-	10	In stock	Enquiry
EM-1D100T15PV	Straight connector (series 1D), hose 3/8" x 1/2", PVDF	-	10	In stock	Enquiry
EM-1D100T24PN	Straight connector (series 1D), hose 7/8" x 1", natural polypropylene	-	10	In stock	Enquiry
EM-1D100T24PV	Straight connector (series 1D), hose 7/8" x 1", PVDF	-	10	In stock	Enquiry

Do you need a larger quantity of products or a bespoke quote?

Call us: +48 61 653 02 22 or email us: tubes@tubes-international.com

SEND ENQUIRY

Straight connector for hose series 1D type EM, finds wide application in laboratories, medicine, pharmaceutical, chemical, and food industries. It is designed for flexible PFA hoses, which require thermal expansion of the ends for installation (so-called flared connection). This solution guarantees no particle deposition, accumulation of bacteria, and elimination of medium leakage. Material: polypropylene, PVDF. Working pressure: 10 bar.