Manifold BASE Inox K2-10 G1" - G3/4" number of circuits 10 6085230

Manifolds for heating installations – reliability and durability

The BASE Inox K2-10 G1"-G3/4" manifold is a key element in heating systems, designed for efficient distribution of the heating medium. Made of high-quality AISI S201 stainless steel, it guarantees exceptional strength and corrosion resistance, confirmed by salt spray tests. This is an investment in trouble-free operation of the installation for years to come.

This manifold, with a profile of 40x40mm and a wall thickness of 1.6mm, is characterized by low flow resistance, which translates into energy savings and user comfort. It is an ideal solution for both professional installers and demanding end customers.

Design and application

The BASE Inox K2-10 manifold has 10 circuits with G1" connections on the supply and G3/4" on the return. This allows connection to ten independent heating circuits, e.g. in underfloor heating or radiator systems. This ensures precise temperature control in each room.

The set includes all the necessary elements for correct assembly: steel beam, steel brackets, plugs and G1/2 x G3/4" reducing fittings. The maximum working pressure of the manifold is 1.0 MPa, and the maximum temperature of the heating medium is 95°C – these parameters ensure safe and efficient operation under standard operating conditions.

Advantages and benefits

• Strength and corrosion resistance: AISI S201 stainless steel ensures long-term operation even in difficult conditions.
• Low flow resistance: minimizes pressure losses and increases the energy efficiency of the system.
• Versatility: possibility of connection to various types of heating installations (underfloor, radiator).
• Completeness: the set includes all necessary mounting elements.
• Precise regulation: possibility of individual temperature control in each circuit.
• Solid construction: 40x40mm profile and 1.6mm wall thickness guarantee stability and reliability.
• Safety: operating parameters (PN 10, 95°C) ensure safe operation of the installation.