IBP Banninger MaxiPro Y joint 1/2 with insulation MPBF5 0040404F1
Y joint IBP Banninger MaxiPro 1/2" with insulation, ideal for refrigeration and air conditioning systems. Max pressure 48 bar and secure, long-lasting joint.
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Press-fit Y joint >B< MaxiPro 1/2
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Complete with insulating shell
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Operating pressure up to 48 bar
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Optimised and balanced flow between branches
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Compatible with male terminals >B< MaxiPro
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Permanent, reliable, and weld-free joint
Y joint IBP Banninger MaxiPro: Professional joint for refrigeration and air conditioning
The Y joint IBP Banninger MaxiPro 1/2" (code MPBF5 0040404F1) represents the latest evolution in press-fit fitting technology for refrigeration and air conditioning systems. Specifically designed for the >B< MaxiPro system, it allows for a permanent, reliable connection without the use of flames, making installations safer, quicker, and compliant with current regulations.
Maximum efficiency and turbulence reduction
The joint is part of the >B< Flow range, developed to improve fluid dynamics within systems. The internal design is engineered to reduce turbulence, minimise noise, and ensure even distribution of refrigerant in both branches, thus increasing the efficiency of the entire system. Ideal for critical applications where a balanced and constant flow is required.
High pressure and certified safety
The fitting is designed to withstand an operating pressure of up to 48 bar, with a safety factor of 3, ensuring maximum reliability even in industrial or commercial refrigeration systems. The male connections are perfectly compatible with other >B< MaxiPro terminals, ensuring a hermetic and long-lasting seal over time.
Insulating shell included
The joint is supplied complete with an insulating shell, a fundamental element to prevent condensation formation and improve the energy efficiency of the system. The insulation also helps reduce thermal dispersion and protects the fitting from environmental stresses.
Quick installation without welding
Thanks to press-fit technology, the installation of the joint is up to 60% faster than traditional brazing methods. No welding equipment is required, making the work safer, even in sensitive environments or with the presence of flammable materials.
Data sheet
- Type: Connections
: 11

