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Attack Distributor
Attack Distributor, a refractory part designed to receive, distribute, and direct molten materials, industrial fluids, or high-temperature process flows to inlet, feed, or system continuity areas. The term “attack” relates to the component’s function in directing the flow toward the entry point, rather than implying a mandatory dimensional reduction. It acts as a protected pass-through and distribution component.
Technical Information
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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.
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.
T-Distributor for Tubing
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. It is designed to withstand thermal shock, abrasion, corrosion, and mechanical stress in harsh industrial environments.
Y-distributor
Y-distributor, a refractory component designed to receive, convey, and distribute molten materials, industrial fluids, or high-temperature process flows among system branches. Its geometry facilitates Y-shaped flow diversion, aiding in the protected directing of flow toward channels, molds, or refractory assemblies.