Atmospheric gas and system for metal heat treatment

basic information

–DX gas; RX gas to N2 + H2 + CxHy → carburizing gas –NX gas; DX gas to N2 + H2 + CO → carburizing gas –N2 + RX gas to N2 + methanol → non-oxidizing gas –AX gas to N2 + H2 → non-oxidizing, reducing gas ↓ Non-decoking annealing of carbon steel Hardening and tempering of steel Sintering of carbon steel Brazing of iron-copper alloys Carburizing of carbon steel by methanol addition

Price range

Delivery Time

Applications/Examples of results

Brazing process (heat exchangers, torque converter blades, etc.) → N2 + H2 Sintering process (bearings, motors, pulleys, etc.) → N2 + H2 Purification (wire, pipe, flexible hose, etc.) → N2, H2, CO Carburizing, quenching (gears, bearings, razors, etc.) → N2 + methanol Furnace atmosphere retention → N2

Detailed information

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  All-case furnace At the Application Development Center, we own heat treatment and inspection equipment, allowing us to consistently conduct heat treatment tests on sample products and their quality inspections. All-case furnace specifications Setting temperature: up to 950°C Processing capacity: gross 400kg Atmospheric gas flow: 10Nm3/H

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  Mesh Belt Furnace At the Application Development Center, we own heat treatment and inspection equipment, allowing us to conduct a consistent process from heat treatment testing of sample products to quality inspection. Mesh Belt Furnace Equipment Specifications Set Temperature: RBO 650℃ Preheating: 850℃ Heating: 1,150℃ Belt Size: 12 inches Atmospheric Gas Volume: 14 Nm3/H

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  Composition Photo At the Application Development Center, we own heat treatment equipment and inspection facilities, allowing us to conduct a consistent process from heat treatment testing of sample products to quality inspection. Organizational Photo (Inverted Microscope) Hardness Distribution Measurement (Micro Vickers Hardness Tester) Surface Hardness Tester (Rockwell Hardness Tester)

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  ALNAT ZONE is a system designed to create an atmosphere profile for continuous furnaces. From the perspective of gas manufacturers, it controls the flow of gas within the furnace body and supplies the necessary amount of reducing gas to the required areas, significantly contributing to cost improvement and quality stabilization.

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  ALNAT C creates the necessary atmosphere by decomposing methanol within the furnace without using conventional reforming gas and diluting it with N2. These processes allow for: - Reduction in the maintenance and management of the reforming furnace. - The ability to create various atmospheres equivalent to DX gas and RX gas by changing the mixing ratio.

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