Is the IBC coupling with GZ hose end, polypropylene, for pallet container connection compatible with all IBC brands using external trapezoidal threads?

Yes — the IBC coupling with GZ hose end, polypropylene, for pallet container connection is compatible with IBCs that use external trapezoidal threads manufactured to the DIN EN 12713 standard. The connector’s external trapezoidal thread is designed for a universal and secure fit across a wide range of IBC brands that adhere to this standard. Made of polypropylene with an LDPE seal, it provides chemical and mechanical resistance, a leak-free connection, and reliable performance up to 7 bar and between –10°C and +70°C (short peaks to +80°C). Compatibility depends on the IBC having the matching external trapezoidal thread per DIN EN 12713; if the container follows that standard, the coupling will fit and function correctly.

Can the IBC coupling with GZ hose end, polypropylene, for pallet container connection be used with IBCs having non-standard or damaged external trapezoidal threads?

The IBC coupling with GZ hose end, polypropylene, for pallet container connection is engineered for use with IBCs that have external trapezoidal threads manufactured to DIN EN 12713. If the container’s trapezoidal threads are standard and intact, the coupling will provide a secure, leak-free connection thanks to its precision thread profile and LDPE seal. However, if an IBC has non-standard, worn, damaged or deformed external trapezoidal threads, proper engagement and sealing cannot be guaranteed. In such cases the coupling may not fit correctly, may leak, or could be stressed mechanically, reducing safety and service life. For damaged or non-standard threads you should repair or replace the IBC outlet or use an alternative adapter specifically designed for the non-standard thread form. Always inspect threads for conformity to DIN EN 12713 and integrity before installation; perform a pressure/leak test after fitting and follow applicable safety procedures.

IBC coupling with GZ hose end, polypropylene, for pallet container connection

Additional information

Material	P – material (plastic)

The IBC connector with external trapezoidal thread, manufactured in accordance with DIN EN 12713, ensures a reliable and universal fit for a wide range of IBC containers from different producers. Designed with precision, the trapezoidal thread guarantees a secure and leak-free connection, while the hose end provides easy integration with various fluid transfer systems. Made of durable polypropylene and equipped with a low-density polyethylene (LDPE) seal, the connector offers excellent resistance to chemicals and mechanical stress, ensuring long-lasting performance even in demanding industrial environments. With a working pressure of up to 7 bar and an operating temperature range from -10°C to +70°C (withstanding short-term peaks up to +80°C), it delivers both safety and efficiency in liquid handling applications. This robust solution combines reliability, versatility, and ease of use, making it an essential component for professionals seeking efficiency and durability in fluid management systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
AC-IBM060-H200X	IBC connector with GZ S60x6 / end for hose 2"	50	7	In stock	0 €		Enquiry

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The IBC connector with external trapezoidal thread, manufactured in accordance with DIN EN 12713, ensures a reliable and universal fit for a wide range of IBC containers from different producers. Designed with precision, the trapezoidal thread guarantees a secure and leak-free connection, while the hose end provides easy integration with various fluid transfer systems. Made of durable polypropylene and equipped with a low-density polyethylene (LDPE) seal, the connector offers excellent resistance to chemicals and mechanical stress, ensuring long-lasting performance even in demanding industrial environments. With a working pressure of up to 7 bar and an operating temperature range from -10°C to +70°C (withstanding short-term peaks up to +80°C), it delivers both safety and efficiency in liquid handling applications. This robust solution combines reliability, versatility, and ease of use, making it an essential component for professionals seeking efficiency and durability in fluid management systems.