Is the Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2 compatible with standard inkjet and medical tubing materials?

Yes — Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2 is compatible with standard inkjet and common medical tubing materials in most applications. Reasoning: - Intended applications listed include inkjet printing systems and medical blood handling, indicating design compatibility. - Polypropylene body offers broad chemical resistance and low interaction with typical ink formulations and medical fluids. - DN 1.2 mm nominal size and unobstructed, no‑valve flow path suit small‑bore inkjet and medical lines without creating dead volume. - Operating limits (0–82°C and up to 6.9 bar) cover typical temperature and pressure ranges for inkjet heads and medical tubing systems. - Twist‑to‑connect mechanism and secure seal (audible click) provide reliable, leak‑free connections with matched tubing and standard fittings. Notes/considerations: - Verify tubing inner diameter and connector mating (NPT male thread requires appropriate female fitting or adapter). - Confirm chemical compatibility with specific ink formulations, disinfectants or blood components if using aggressive solvents or sterilization agents. - For medical applications involving regulatory requirements, ensure component materials and assembly meet applicable certifications.

Can the Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2 be sterilized for medical use without degrading its mechanical or sealing properties?

Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2 Based on the provided description, this polypropylene quick connector is used in medical blood handling and laboratory applications, has a DN 1.2 mm bore, works from 0°C to +82°C, and withstands up to 6.9 bar. Polypropylene is chemically resistant and commonly compatible with many sterilization agents, but its mechanical and sealing properties are limited by the stated temperature and pressure ratings. Sterilization considerations: - Autoclaving (steam at ≥121°C): exceeds the stated maximum temperature (+82°C). Autoclaving will likely deform or degrade polypropylene and seals; therefore not recommended. - Dry heat sterilization: also involves temperatures well above 82°C and is not recommended. - Chemical sterilants (ethylene oxide, glutaraldehyde, peracetic acid): may be compatible with polypropylene at room or moderate temperatures, but effects on the connector’s elastomeric seals (if present) and long-term mechanical integrity depend on seal material and exposure conditions. The description does not specify seal material. - Hydrogen peroxide plasma vapor sterilization: typically operates at low temperatures and may be acceptable for polypropylene, but compatibility should be confirmed with the specific process parameters and with the manufacturer. - Radiation sterilization (gamma, e-beam): polypropylene can be affected by radiation (chain scission or crosslinking) altering mechanical properties; low doses may be acceptable but must be validated. Conclusion: Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2 cannot be assumed sterilizable by high-temperature methods (autoclave/dry heat) because they exceed the +82°C rating. Low-temperature chemical or plasma sterilization or validated radiation doses may be feasible, but compatibility depends on the connector’s seal material and specific sterilization parameters. Confirm with the manufacturer and perform validation testing (mechanical, sealing, and chemical residue) for the intended sterilization method before medical use.

Quick connector socket, NPT male thread, no valve, polypropylene, SMC series DN 1.2

All products, Industrial plastic quick couplings/

Additional information

Material	P – material (plastic)

The quick coupling socket with external NPT thread is a reliable solution designed for demanding applications such as inkjet printing systems, medical blood handling, cooling circuits, and gas chromatography. Engineered without a valve, it ensures an unobstructed flow path, while the innovative twist-to-connect mechanism allows effortless one-handed operation. A distinct click confirms a secure and leak-free connection, providing users with confidence in every use. With a nominal size of DN 1.2 mm and a compact overall length, this coupling is crafted from durable polypropylene, offering excellent resistance to chemicals and wear. It operates safely under pressures up to 6.9 bar and within a temperature range from 0°C to +82°C, making it a versatile choice for both laboratory and industrial environments. Combining ease of use, robust performance, and dependable sealing, this coupling socket is the ideal component for professionals seeking efficiency and reliability in fluid and gas transfer systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
CC-SMX-01-PP	SMC socket DN1.2 with GZ 1/8" NPT, without valve, polypropylene	-	6.9	In stock	0 €		Enquiry

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The quick coupling socket with external NPT thread is a reliable solution designed for demanding applications such as inkjet printing systems, medical blood handling, cooling circuits, and gas chromatography. Engineered without a valve, it ensures an unobstructed flow path, while the innovative twist-to-connect mechanism allows effortless one-handed operation. A distinct click confirms a secure and leak-free connection, providing users with confidence in every use. With a nominal size of DN 1.2 mm and a compact overall length, this coupling is crafted from durable polypropylene, offering excellent resistance to chemicals and wear. It operates safely under pressures up to 6.9 bar and within a temperature range from 0°C to +82°C, making it a versatile choice for both laboratory and industrial environments. Combining ease of use, robust performance, and dependable sealing, this coupling socket is the ideal component for professionals seeking efficiency and reliability in fluid and gas transfer systems.