Is the DRY-MATE dry-cutting connector plug with GW, stainless steel safe for use with food-grade liquids in pharmaceutical processes?

Yes . the DRY-MATE dry-cutting connector plug with GW, stainless steel appears suitable for food-grade liquids in pharmaceutical processes, with caveats. Reasons supporting suitability: - Materials: body and CAMLOCK latches are AISI 316 stainless steel, and the valve sealing is PTFE . all commonly accepted for food and pharmaceutical contact due to corrosion resistance and chemical compatibility. - Performance: rated working pressure up to 7 bar and operating temperature up to 150Â°C, appropriate for many pharmaceutical transfer and cleaning operations. - Hygienic flow: ball-valveâbased design provides unobstructed flow, reducing crevices where product/residue can accumulate. - Leakage: low maximum leakage (1â2 ml depending on size) supports controlled transfer and minimizes product loss. Caveats / required verifications before use: - Certification: confirm specific regulatory certifications (e.g., FDA 21 CFR, EU food contact Regulation 1935/2004, USP Class VI, or equivalent) for materials and finished assembly . the description does not state these. - Surface finish and cleanliness: verify surface roughness (Ra) and polish level, and confirm passivation and hygienic finish appropriate for pharmaceutical use. - Seals compatibility: confirm PTFE sealing configuration and any ancillary elastomers (if present) are compliant with the intended fluid and sterilization (cleaning agents, SIP/CIP, temperature). - Installation and maintenance: ensure proper installation on the pressure (tank) side per manufacturer instructions and establish cleaning/validation procedures to meet pharmaceutical GMP. Conclusion: Functionally and materially appropriate, but confirm required regulatory certifications, surface finish, and seal/cleaning compatibility before use with food-grade liquids in pharmaceutical processes.

Can the DRY-MATE dry-cutting connector plug with GW, stainless steel be sterilized for use in aseptic pharmaceutical processes?

DRY-MATE dry-cutting connector plug with GW, stainless steel can be cleaned and withstand elevated temperatures (operating up to 150Â°C) and is made of AISI 316 with PTFE valve sealing, which are compatible with many pharmaceutical cleaning and sterilization methods. However, the product description does not explicitly state it is certified or validated for aseptic pharmaceutical sterilization (e.g., autoclaving validation, USP biocompatibility, endotoxin/pyrogen limits, or cleanroom/sterility certifications). PTFE and AISI 316 resist chemical sterilants and steam, but maximum temperature, leakage specs and polypropylene caps may limit certain processes. Conclusion: technically capable of many sterilization methods, but you should obtain manufacturer confirmation or certification and validate sterilization/aseptic use for your specific process before use in aseptic pharmaceutical applications.

Can the DRY-MATE dry-cutting connector plug with GW, stainless steel be used with aggressive chemical solvents?

Yes. with limitations. The DRY-MATE dry-cutting connector plug with GW, stainless steel is constructed for use in chemical and pharmaceutical environments: body and CAMLOCK latches are AISI 316 stainless steel and the valve sealing is PTFE (Teflon). These materials offer very good chemical resistance to a wide range of aggressive solvents, high temperatures (up to 150Â°C) and pressures (up to 7 bar), making the connector suitable for many aggressive chemical fluids. However, suitability depends on the specific solvent and process conditions: - PTFE seals resist most organic solvents, strong acids and bases, and many aggressive chemicals, but can swell or be attacked by certain fluorinated solvents, molten alkali metals, and some rare aggressive halogenated compounds. - AISI 316 stainless steel is highly corrosion-resistant but can be attacked by chlorides (pitting/crevice corrosion) and certain strong oxidizers under some conditions (high concentration, high temperature, stagnant conditions). - The product is not intended for gaseous media and is designed for installation on the pressure (tank) side; flow and leakage specs (max leakage 1â2 ml) should be evaluated against your process tolerance. Recommendation: confirm compatibility by checking the chemical compatibility of AISI 316 and PTFE with your specific solvent at your operating temperature and concentration. If in doubt, consult the manufacturer or perform compatibility tests before use.

DRY-MATE dry-cutting connector plug with GW, stainless steel

All products, Loading and unloading couplings/

Additional information

Material	SS – stainless steel

Dry-mate disconnect connector plug with internal thread made of AISI 316 stainless steel. Used in the chemical and pharmaceutical industries, agriculture, and loading systems. Not intended for gas media. Installed on the pressure side (tank side). The plug design is based on a ball valve, which ensures completely unobstructed flow. The plug is supplied with polypropylene caps. Connector material: body – AISI 316 steel, CAMLOCK latches – AISI 316 steel. Sealing: valve – PTFE. Working pressure: up to 7 bar. Operating temperature: up to 150°C. Maximum leakage: 1 ml (1″) and 2 ml (1.1/2″ and 2″).

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
AC-DMA100-SS-BSP	DRY MATE DN25 plug with 1" BSP thread, AISI 316	-	7
AC-DMA100-SS-NPT	DRY MATE connector DN25 with 1" NPT thread, AISI 316	-	7
AC-DMA150-SS-BSP	DRY MATE DN38 plug with 1.1/2" BSP thread, AISI 316	-	7
AC-DMA150-SS-NPT	DRY MATE DN38 plug with 1.1/2" NPT male thread, AISI 316	-	7
AC-DMA200-SS-BSP	DRY MATE DN38 plug with 2" BSP male thread, AISI 316	-	7
AC-DMA200-SS-NPT	DRY MATE connector DN38 with 2" NPT thread, AISI 316	-	7

Dry-mate disconnect connector plug with internal thread made of AISI 316 stainless steel. Used in the chemical and pharmaceutical industries, agriculture, and loading systems. Not intended for gas media. Installed on the pressure side (tank side). The plug design is based on a ball valve, which ensures completely unobstructed flow. The plug is supplied with polypropylene caps. Connector material: body – AISI 316 steel, CAMLOCK latches – AISI 316 steel. Sealing: valve – PTFE. Working pressure: up to 7 bar. Operating temperature: up to 150°C. Maximum leakage: 1 ml (1″) and 2 ml (1.1/2″ and 2″).