Is the IBC Tee Connector with BSP Male & 2x Female Threads, Polypropylene compatible with food-grade liquids and potable water systems?

IBC Tee Connector with BSP Male & 2x Female Threads, Polypropylene is made from polypropylene and uses an LDPE gasket. These materials are chemically resistant and commonly used in fluid handling, but the description does not explicitly state food-grade certification (e.g., FDA, EU 10/2011, or WRAS) or approval for potable water. Therefore, based on the provided information alone you cannot confirm it is certified for food-grade liquids or drinking-water systems. If you need it for food or potable water use, request from the supplier explicit food-contact and potable-water certifications (material declarations, FDA/EU compliance, WRAS or equivalent) and any migration or traceability documentation.

Can the IBC Tee Connector with BSP Male & 2x Female Threads, Polypropylene be used with aggressive chemicals such as strong acids or solvents without degrading?

The IBC Tee Connector with BSP Male & 2x Female Threads, Polypropylene offers good chemical resistance to many common substances thanks to its polypropylene body and LDPE gasket. However, its suitability for aggressive chemicals (strong acids, concentrated bases, or aggressive organic solvents) depends on the specific chemical, concentration, temperature and exposure time. Polypropylene generally resists many acids and alkalis at moderate concentrations and temperatures, but can be attacked by strong oxidizers, concentrated acids (e.g. fuming nitric acid), some chlorinated solvents, and certain organic solvents (aromatic hydrocarbons, ketones) especially at elevated temperatures. The LDPE gasket is less chemically resistant than PP to some solvents and strong chemicals. Therefore, do not assume universal compatibility. For aggressive chemicals, consult a chemical compatibility chart for polypropylene and LDPE, check the chemical’s concentration and operating temperature (note the connector’s -10°C to +70°C range, short-term +80°C), and, if in doubt, contact the manufacturer or perform compatibility testing. If the chemical is known to be incompatible, choose a connector made from a more resistant material (e.g. PTFE-lined or specific engineering polymers).

IBC Tee Connector with BSP Male & 2x Female Threads, Polypropylene

Additional information

Material	P – material (plastic)

The IBC tee with external BSP thread is a reliable and versatile connector designed for demanding industrial and commercial applications. Manufactured from durable polypropylene, it ensures long-lasting performance and resistance to a wide range of chemicals. The component is equipped with a high-quality LDPE gasket, providing a secure and leak-proof seal even under intensive use. Featuring one external BSP thread and two internal BSP threads, it allows for flexible installation and easy integration with various systems. With a working pressure of up to 7 bar, it guarantees safe operation in diverse environments. The operating temperature range from -10°C to +70°C, with short-term resistance up to +80°C, makes it suitable for both cold and hot media. This robust and practical solution is ideal for professionals seeking efficiency, reliability, and adaptability in fluid handling systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
AC-IBM200-2F200	IBC tee with 2" BSP male thread / 2 x 2" BSP female thread	-	7	In stock	0 €		Enquiry

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The IBC tee with external BSP thread is a reliable and versatile connector designed for demanding industrial and commercial applications. Manufactured from durable polypropylene, it ensures long-lasting performance and resistance to a wide range of chemicals. The component is equipped with a high-quality LDPE gasket, providing a secure and leak-proof seal even under intensive use. Featuring one external BSP thread and two internal BSP threads, it allows for flexible installation and easy integration with various systems. With a working pressure of up to 7 bar, it guarantees safe operation in diverse environments. The operating temperature range from -10°C to +70°C, with short-term resistance up to +80°C, makes it suitable for both cold and hot media. This robust and practical solution is ideal for professionals seeking efficiency, reliability, and adaptability in fluid handling systems.