Reducing Cross
Reducing cross, a refractory component designed to interconnect distribution lines and to distribute and direct molten materials, industrial fluids, or high-temperature process flows. It serves as a protected distribution point, offering resistance to thermal shock, corrosion, abrasion, and mechanical stress in industrial environments.
Reducing Elbow
Reducing Elbow, a refractory piece indicated for connecting piping sections, changing the flow direction, and performing dimensional transitions between passages of different diameters or cross-sections. Its key feature is its geometric reduction, which allows for connection adaptation and the transport of molten materials and industrial fluids. It is engineered to withstand thermal shock, corrosion, abrasion, and mechanical stress.
Reducing T-Distributor
Reducing T-distributor, a refractory component designed to receive, convey, and distribute molten materials, industrial fluids, or process flows within high-temperature systems. Its key feature is a reduction in dimensions across one or more passages, enabling transitions between channels, connections, or sections of varying sizes. It facilitates the protected distribution of the flow, adapting material passage between system components without necessarily being linked to the injection point.
Reduction
Reducer, is a refractory component designed to connect conduit sections of different diameters, facilitating the safe transition of the flow of molten materials, industrial fluids, or high-temperature process streams. It serves as a protected passage component within channels, pipes, molds, or refractory assemblies, aiding in system directionality and adaptation.
Round filter holder
Filter support, a refractory component designed to house and support ceramic filters in systems for pouring and conveying high-temperature molten materials. It works by promoting protected flow and distribution, helping to retain impurities and inclusions during the industrial process. It is designed to withstand thermal shock, abrasion, corrosion, and mechanical stress in harsh environments.
Segmented Bend
Segmented bend, a refractory component designed to connect piping sections and alter the flow direction of molten materials, industrial fluids, or high-temperature process streams using angled segments. It serves as a protected passage component in pouring systems, channels, or refractory assemblies, helping to safely direct the material.
Short Reducing Tee Distributor
Short reducing T-distributor for piping, a refractory component designed to interconnect pipes or conduits, enabling the distribution and branching of the flow of molten materials, industrial fluids, or high-temperature process streams. It serves as a protected passage component in refractory assemblies, helping to safely direct material between system branches.
Single flat-sided funnel
Flat-Faced Funnel, a refractory component designed to receive, concentrate, and direct molten materials, industrial fluids, or high-temperature process flows into channels, molds, or refractory assemblies. Its flat face prevents vortex formation, thereby avoiding gas entrapment in the system and facilitating the protected flow of the material during pouring.
Special Parts
Special Parts, are custom-made components that fall outside conventional standards, developed to withstand severe heat conditions. These components are essential in areas subject to critical wear—where standard refractory bricks fail to perform adequately—serving sectors such as steelmaking, foundries, cement, and glass.
Square Drainage Channel
Square Casting Channel, refractory part indicated for guiding and directing liquid metal in casting systems, running channels, molds or refractory sets. Its square external body favors positioning and fitting into the assembly, while the internal passage assists in protected piping from high-temperature flow.
T-distributor
T-distributor, a refractory component designed to convey and distribute molten materials, industrial fluids, or high-temperature process streams, facilitating flow diversion between different branches of the system. It serves as a transfer and distribution component in refractory assemblies, assisting in the feeding of channels, molds, or transfer lines with operational safety.