ISO 12989 Carbon Anode Air Reactivity Tester Anode Carbon Reaction Performance Analyzer Aluminum Prebake Anode Testing Machine

ISO 12989 Carbon Anode Air Reactivity Tester Anode Carbon Reaction Performance Analyzer Aluminum Prebake Anode Testing Machine

Reference standard
1. ISO 12989-1:2000, Carbonaceous materials used in the production of aluminium - Baked anodes and sidewall blocks - Determination of reactivity to air - Part 1: Mass loss method, MOD
2. YS/T 63.11-2006; Test Methods for Carbon Materials Used in Aluminum—Part 11: Determination of Reactivity with Air by Mass Loss Method
3. YS/T 964-2014; Air Reactivity of Carbon Blocks for Aluminum
4. YS/T 62.2-2005; Sampling method for carbon materials used in aluminum—Part 2: Side carbon blocks
5. YS/T 62.3-2005; Sampling method for carbon materials used in aluminum—Part 3: Prebaked anodes

Product Introduction
Carbon Anode Air Reactivity Tester – The product housing is manufactured using sheet metal fabrication, giving it a sleek and elegant appearance. The exterior surface features an environmentally friendly, non-polluting electrostatic powder coating process, ensuring fine craftsmanship, excellent wear resistance, and corrosion resistance. All instruments and control components used in this device undergo rigorous testing to guarantee stable, accurate, and reliable data. Controlled by a programmable logic controller (PLC), the entire experimental process and data handling are fully automated and intelligent. Remote monitoring and data analysis are enabled via software. With its user-friendly interface, high precision, and intelligent measurement technology, this instrument significantly enhances product testing efficiency for enterprises.

Product Application
This device is primarily used for determining the air reactivity of prebaked anodes and side carbon blocks.

Product Advantages
1. The resistance wire and high-temperature-resistant ceramic fiber are vacuum-molded together in one step, providing excellent thermal insulation, uniform furnace temperature, and stable temperature zones.
2. A high-precision, multifunctional PID temperature control system ensures a temperature stability accuracy of ±1℃ once the furnace temperature stabilizes.
3. The air filter pressure regulator ensures the composition and pressure of the incoming gas.
4. High-precision flow meter ensures stable gas flow into the furnace.
5. The device features two control programs: a touchscreen interface and a computer-based program, enabling enhanced monitoring and processing of the testing process, equipment operation status, and test data.

ISO 12989 Carbon Anode Air Reactivity Tester Anode Carbon Reaction Performance Analyzer Aluminum Prebake Anode Testing Machine

Technical Specification