Threaded Fitting Stainless Steel Reducer 1" M x 1/2" F

The reducer made of malleable cast iron offers a tensile strength of under 350 N/mm². It is designed for the aforementioned diverse applications.

Yes, stainless steel 316 (V4A) is very suitable for use in a salty environment due to its high corrosion resistance.

Yes, the reducer is specifically designed for refrigeration and air conditioning systems and is DVGW-approved. The material cast iron with galvanization ensures the necessary robustness for these applications.

Yes, the threaded connections are not self-sealing. For sealing, a suitable thread sealant such as PTFE tape or hemp should be used.

Yes, the fitting is suitable for such conditions. It is designed for temperatures up to 300°C at a maximum allowable operating pressure of 20 bar. Ensure proper sealing of the threads.

Yes, the threads comply with the common standards ISO 7-1/EN 10226-1 for pipe connections. Hemp for sealing is suitable for sealing.

Yes, the fitting withstands up to 25 bar at temperatures up to 120°C. It is therefore well suited for sprinkler systems.

Yes, the reducer can be used to repair a leak, as it creates a new threaded connection. It is important to additionally seal the threads with suitable materials such as PTFE tape or hemp, as the fitting is not self-sealing.

The reducer is designed for operating temperatures from -20°C to 120°C at 25 bar. Therefore, use at -10°C is easily possible.

Yes, the areas of application are diverse and explicitly include industrial plant construction and mechanical engineering.

The fitting is suitable for temperatures up to 300°C, with the maximum allowable operating pressure being 20 bar. Up to 120°C, 25 bar is allowed.

The reducer fitting is manufactured according to the common standards DIN EN 10242 and ISO 7-1/EN 10226-1. These standards are widely used and cover most common pipe threads, including older installations.

Yes, the reducer is specifically designed for this purpose. It has a 2" external thread (AG) and a 1 1/2" internal thread (IG).

The DVGW certification confirms the reducer's suitability for gas installations. It can be used for the transmission of gases.

The reducer is galvanized, providing good corrosion protection. It is made of cast iron and complies with DIN EN 10242.

Yes, the reducer piece made of stainless steel 316 can, unlike welded or press fittings, be disassembled and reused.

Yes, the reducer is suitable for both cold and hot water. It withstands temperatures from -20 °C to +200 °C.

Yes, the reducer was designed exactly for this purpose. It has a 1 1/4" external thread and a 3/4" internal thread, ideal for adapting different connection sizes.

The BONI-42276-184 is made of stainless and corrosion-resistant steel 316. It is suitable for outdoor use at temperatures from -20 °C to +200 °C.

Yes, the reducer uses the common Whitworth pipe threads, which are in inches. This allows for a seamless transition to other materials with inch threads.

With conical external threads, it's important to wrap the sealing material like hemp or Teflon tape carefully and evenly in the direction of the thread. This ensures a reliable seal.

Yes, the reducer is designed for working pressures up to 10 bar. It can therefore be used without problems in systems with 8 bar.

Yes, the fitting has a Whitworth pipe thread (ISO 7-1/EN 10226-1) and allows a direct transition to other materials without an additional adapter.

The reducer has connection dimensions of 1 1/4" external thread to 3/4" internal thread. 3/4" is a very common size for garden hose connections and often fits directly.

No, special tools are not needed for installing the threaded fitting. You only need suitable thread sealing material like hemp or PTFE thread sealing tape for sealing the threads.

Yes, that is a major advantage of this stainless steel fitting. Unlike welded or press fittings, it can be loosened at any time without being damaged.

The reducer is made of stainless steel 316 (V4A), which is rust and corrosion resistant. It is suitable for use with cold and hot water at temperatures from -20 °C to +200 °C and pressures up to 10 bar.

The reducer is approved for temperatures from -20 °C to +200 °C. It can therefore also be used for applications with temperatures around freezing point.