Is the Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 suitable for autoclaving and repeated sterilization cycles?

Yes. The Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 is suitable for autoclaving and repeated sterilization cycles. The product description explicitly states it is "suitable for autoclaving," and its materials and specifications support this: - Body material: polysulfone . high mechanical strength and good thermal stability compatible with typical autoclave conditions. - Sealing: EPDM o-ring . suitable for steam sterilization within the stated temperature range. - Operating temperature: -40Â°C to +138Â°C . covers standard autoclave temperatures (commonly 121Â°C; some cycles go up to 134Â°C but remain within or near the upper limit). - Working pressure: up to 8.6 bar . sufficient for autoclave pressure environments. - Designed for chemical resistance and repeated use; ergonomic and low-weight construction reduces mechanical stress during handling. Caveats: verify your autoclave cycle parameters (temperature, exposure time, and any higher-temperature cycles up to 134Â°C) against the specific polysulfone and EPDM grades used, and confirm compatibility with any sterilization chemicals you may use. If your cycles routinely exceed 138Â°C or involve aggressive sterilants not compatible with EPDM, consult the manufacturer for confirmation.

Can the Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 be used with aggressive chemical solutions without degrading seals?

Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 Format: The coupling is designed for chemical installations and states high chemical resistance; material is polysulfone with EPDM Oâring seals, working pressure up to 8.6 bar and temperature range â40Â°C to +138Â°C. EPDM offers good resistance to many aqueous chemicals, dilute acids/bases and glycol-based fluids but is not compatible with many aggressive solvents (ketones, aromatics, chlorinated hydrocarbons) or concentrated strong oxidizers. Polysulfone is chemically resistant to many fluids but can be attacked by some solvents. Conclusion: It can be used with many aggressive chemical solutions common in photographic, battery fill and nonâfreezing liquids, but not with strong solvents or specific aggressive chemicals that degrade EPDM or polysulfone. Verify compatibility for your exact chemical (consult chemical compatibility charts or supplier) before use.

Does the Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 resist high-temperature steam cleaning?

Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7. based on the provided description. is suitable for autoclaving and has an operating temperature range up to +138Â°C. Standard high-temperature steam cleaning (e.g., autoclave/sterilization cycles) typically reaches temperatures around 121Â°Câ134Â°C, so this couplingâs material limits and stated suitability for autoclaving indicate it will resist such steam cleaning when temperatures do not exceed +138Â°C and exposure conditions are consistent with autoclaving practice. Caveats: - Sealing: EPDM O-ring must be compatible with repeated high-temperature steam and any chemicals present; EPDM generally tolerates steam but degrades with certain chemicals. - Pressure: Working pressure up to 8.6 bar must not be exceeded during cleaning cycles, including any pressure spikes. - Chemical/steam concentration and cycle duration can affect long-term performance; repeated aggressive cycles may reduce lifetime. - If cleaning involves temperatures above +138Â°C, aggressive chemicals, or steam with corrosive additives, the coupling may be at risk. Conclusion: YesâQuick-connection socket with GW BSP, polysulfone, HFC series DN 12.7 resists high-temperature steam cleaning typical of autoclaving (up to +138Â°C), provided EPDM compatibility, pressure limits and specific cleaning conditions are respected.

Quick-connection socket with GW BSP, polysulfone, HFC series DN 12.7

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Additional information

Material	P – material (plastic)

Quick coupling socket with internal BSP thread, with valve and without shut-off valve, intended for water, chemical, pneumatic installations, etc. Compared to traditional massive couplings with balls and protective sleeves, it has a very low weight. The ergonomic shape and large disconnect button enhance manipulation comfort and ease of use. The highly efficient valve allows for high flow rates and minimal leakage. This coupling also allows for slight rotations of the connected hose, preventing twisting and accidental disconnection. Applications: chemical photographic processes, battery and accumulator filling installations, sprayers, pneumatic systems, and non-freezing liquids, etc. It features high mechanical strength and chemical resistance. Suitable for autoclaving. Length L [mm] – total length. Material: polysulfone. Sealing: EPDM o-ring. Working pressure: up to 8.6 bar. Operating temperature: from -40°C to +138°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
CC-HFV-05-PS	HFC socket DN12.7 with 3/4" BSP thread, with valve, polysulfone	-	8.6	In stock	0 zł		Enquiry

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Quick coupling socket with internal BSP thread, with valve and without shut-off valve, intended for water, chemical, pneumatic installations, etc. Compared to traditional massive couplings with balls and protective sleeves, it has a very low weight. The ergonomic shape and large disconnect button enhance manipulation comfort and ease of use. The highly efficient valve allows for high flow rates and minimal leakage. This coupling also allows for slight rotations of the connected hose, preventing twisting and accidental disconnection. Applications: chemical photographic processes, battery and accumulator filling installations, sprayers, pneumatic systems, and non-freezing liquids, etc. It features high mechanical strength and chemical resistance. Suitable for autoclaving. Length L [mm] – total length. Material: polysulfone. Sealing: EPDM o-ring. Working pressure: up to 8.6 bar. Operating temperature: from -40°C to +138°C.