What is the maximum working pressure of the CAMLOCK D Connector Socket with Female Thread, Polypropylene for different sizes?

CAMLOCK D Connector Socket with Female Thread, Polypropylene — maximum working pressure by size: - 1/2" — up to 7 bar - 3/4" — up to 7 bar - 1" — up to 7 bar - 1 1/4" — typically up to 7 bar (may be lower depending on application) - 1 1/2" — typically up to 7 bar (may be lower depending on application) - 2" — typically up to 7 bar (may be lower depending on application) Working pressure can vary with temperature, media, installation and specific size tolerances; confirm exact ratings for larger sizes with manufacturer specifications.

Can the CAMLOCK D Connector Socket with Female Thread, Polypropylene be used with aggressive chemicals, and what chemical compatibility guidelines should be followed?

CAMLOCK D Connector Socket with Female Thread, Polypropylene can be used with a wide range of chemicals, but compatibility depends on the specific substance, concentration and temperature. Key guidelines: - Base materials and typical resistances: - Body: polypropylene reinforced with fiberglass — excellent resistance to many acids, alkalis and solvents at moderate temperatures; not suitable for strong oxidizers (e.g., concentrated nitric acid, chlorine bleach) or aromatic hydrocarbons at elevated temperatures without checking datasheets. - Levers: AISI 304 stainless steel — good general corrosion resistance but can corrode with chlorides, strong acids or in highly saline/halide environments; consider 316 for greater resistance. - Seal: EPDM — excellent for hot water, steam, many dilute acids, alkalis and alcohols; poor compatibility with most oils, fuels, aromatic and chlorinated hydrocarbons. - Operational limits: working pressure up to 7 bar (size-dependent). Chemical attack risk increases with higher temperatures, pressures and prolonged exposure. - Recommended actions before use: - Consult chemical compatibility charts for polypropylene and EPDM against the exact chemical, concentration and operating temperature. - If handling strong oxidizers, aggressive hydrocarbons, concentrated acids or halides, seek alternative materials or upgraded stainless steel (e.g., 316) and seals (e.g., FKM, PTFE) as required. - Perform compatibility testing for critical or unknown mixtures and consider manufacturer guidance or technical support for specific applications. - Follow proper installation, inspection and maintenance to detect swelling, cracking, corrosion or seal failure early. In summary: suitable for many industrial chemicals but verify compatibility of polypropylene and EPDM with the exact chemical conditions and consider material upgrades for harsh or aggressive media.

CAMLOCK D Connector Socket with Female Thread, Polypropylene

Additional information

Material	P – material (plastic)

The CAMLOCK D connector socket with internal BSP thread is manufactured in compliance with the American military standard MIL-C-27487 (A-A-59326), ensuring reliability and compatibility in demanding industrial environments. Designed as a versatile transfer connection, it is widely applied in the petrochemical sector and other industries requiring secure and efficient fluid handling. With a working pressure of up to 7 bar, depending on the connector size, it provides dependable performance under varying operating conditions. The body is made of durable polypropylene reinforced with fiberglass, offering excellent resistance to mechanical stress and chemical exposure, while the robust AISI 304 stainless steel levers guarantee long-lasting strength and stability during operation. Equipped with high-quality EPDM sealing, the connector ensures tightness, leak protection, and resistance to a wide range of substances. This combination of advanced materials and precise engineering makes the CAMLOCK D connector a practical, safe, and cost-effective solution for companies seeking efficiency, durability, and ease of use in their transfer systems.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
AC-D-050-P	CAMLOCK connector D 3/4", G 1/2" polypropylene	-	7
AC-D-075-P	CAMLOCK connector D 3/4" polypropylene	-	7
AC-D-075-PX	CAMLOCK connector D 3/4" polypropylene	-	7
AC-D-100-P	CAMLOCK connector D 1" polypropylene	-	7
AC-D-100-PX	CAMLOCK connector D 1" polypropylene	-	7
AC-D-125-P	CAMLOCK connector D 1", G 1.1/4" polypropylene	-	7
AC-D-150-P	CAMLOCK connector D 1.1/2" polypropylene	-	7
AC-D-150-PX	CAMLOCK connector D 1.1/2" polypropylene	-	7
AC-D-200-P	CAMLOCK connector D 2" polypropylene	-	7
AC-D-200-PX	CAMLOCK connector D 2" polypropylene	-	7
AC-D-300-P	CAMLOCK connector D 3" polypropylene	-	4
AC-D-300-PX	CAMLOCK connector D 3" polypropylene	-	4
AC-D-400-P	CAMLOCK connector D 4" polypropylene	-	4
AC-D-400-PX	CAMLOCK connector D 4", polypropylene	-	4

The CAMLOCK D connector socket with internal BSP thread is manufactured in compliance with the American military standard MIL-C-27487 (A-A-59326), ensuring reliability and compatibility in demanding industrial environments. Designed as a versatile transfer connection, it is widely applied in the petrochemical sector and other industries requiring secure and efficient fluid handling. With a working pressure of up to 7 bar, depending on the connector size, it provides dependable performance under varying operating conditions. The body is made of durable polypropylene reinforced with fiberglass, offering excellent resistance to mechanical stress and chemical exposure, while the robust AISI 304 stainless steel levers guarantee long-lasting strength and stability during operation. Equipped with high-quality EPDM sealing, the connector ensures tightness, leak protection, and resistance to a wide range of substances. This combination of advanced materials and precise engineering makes the CAMLOCK D connector a practical, safe, and cost-effective solution for companies seeking efficiency, durability, and ease of use in their transfer systems.