ZYLAB High Temperature Hydrogen Tube Furnace Product Description: The ZYLAB 1700℃ High Temperature Hydrogen Tube Furnace is specially designed for universities, research institutes, and industrial enterprises for sintering, melting, and analyzing metallic, non-metallic, and other compound materials under controlled atmospheres and vacuum conditions. It is ideal for hydrogen reduction sintering, high-temperature material research, battery material studies, and powder metallurgy applications. Main Components: The hydrogen tube furnace consists of the following key systems: Sintering System – High-temperature tube with excellent insulation and uniform heating. Electrical Control System – Advanced PID fuzzy self-learning control for precise temperature management. Gas Inlet and Outlet System – Supports multiple gases including hydrogen, nitrogen, and air. Vacuum System – Ensures high vacuum performance for controlled sintering. Ignition System – Safe and complete hydrogen ignition to prevent air contamination and improve safety. Key Features: Five Pre-Set Sintering Modes – Plus customizable sintering programs for experimental needs. Reliable & Stable Operation – User-friendly interface with multiple safety protection measures. Unique Ignition Device – Ensures complete hydrogen combustion and prevents external air ingress. Advanced PID Fuzzy Control – Maintains temperature precision within ±1°C (tube ±2°C in constant temperature). IoT Functionality – Remote monitoring and operation via smartphone or computer. Data Storage – Key sintering parameters can be stored for up to 30 days (based on 8 hours/day operation). Recipe Management – Store over 100 sintering recipes. Multiple Safety Protections – Over-temperature alarm, overcurrent protection, thermocouple failure warning. Network Connectivity – RJ45 interface with TCP/IP protocol, compatible with host software. Applications of Hydrogen Tube Furnace: Hydrogen Reduction Sintering – For metals, ceramics, and composite powders. High-Temperature Material Research – Ideal for metallic and non-metallic compound studies. Battery Materials – Sintering and heat treatment for electrodes in lithium and solid-state batteries. Powder Metallurgy – Sintering and alloying of metal powders. Analytical Experiments – Vacuum or atmosphere-controlled material analysis. Technical Parameters: Model T17-100 Power Supply AC380V 50Hz Rated Power 8KW Furnace Tube Alumina tube Φ100×1200mm Heating Zone Length 460mm, single-zone dual-control Recommended Heating Rate 10℃/min (≤20℃/min) Working Temperature ≤1650℃ Heating Element High-purity silicon carbide rods Furnace Lining High-purity polycrystalline fiber composite insulation Furnace Chamber Mode Fully enclosed heating system Sealing Stainless steel vacuum flange Temperature Sensor S-type thermocouple Sintering Data Storage Automatic recording, exportable reports Sintering Modes Normal air sintering, vacuum or gas-assisted sintering Protection System Over-temperature alarm, overcurrent protection, thermocouple fault alarm Gas Supply System Three Gas Flow Meters: Nitrogen: 10 L/min Hydrogen: 300 ml/min Air: 5 ml/min Vacuum-Grade Stainless Steel Flange with temperature probe port Vacuum System Vacuum Pump: Direct-drive two-stage rotary vane Pumping Speed: 10 m³/h System Vacuum: ≥ -95 KPa Vacuum Valve: Electromagnetic Hydrogen Safety Ignition System Ignition Mode: Dynamic detection ignition with flame-out alarm Sintering Modes: Multiple safe hydrogen sintering programs available Saturated Vapor System Heating Power: Preheating 200W, Main heating 800W Temperature Range: Room temperature – 3500°C Peristaltic Pump Control: 0.01 – 10 ml/min Vapor Output: 0.012 – 17 L/min Control System Embedded OS with Chinese/English interface, 7-inch true color touchscreen. Pressure protection control. Dynamic sintering curve setup, multiple pre-stored curves. Scheduled sintering for unattended operation. Real-time display of power, voltage, and sintering data; exportable for paperless record keeping. Remote monitoring and control. Temperature calibration for non-linear corrections. Optional 485 interface supports MODBUS for remote computer data acquisition. Temperature Accuracy ±1°C Weight Approx. 370 kg Optional Corrosive Gas Pre-Heater Made of 316L stainless steel; preheats various gases including weakly corrosive gases; maximum temperature 600°C Warranty & Support 18 months(not including consumable parts, such as heating elements, thermocouple), lifetime support. Click to See More Content All About Hydrogen Reduction Furnace: An Essential Tool for Advanced Material Processing For More Options on Hydrogen Reduction Furnace Click here [Hydrogen Reduction Furnace] For More Options on High Temperature Furnaces Click here [High Temperature Furnaces Collection] Get In TouchFill out the form below — free quote and professional suggestion will be sent for reference very soon! Name Email* Message Send
