1200.C Chamber Furnace with Lift-Up Door/Opens from Bottom Up
Introduction
The 1200.C Chamber Furnace with Lift-Up Door is a laboratory device specifically designed for high-temperature heat treatment. It is widely used in material science, metallurgy, chemical engineering, ceramics, and other fields. The furnace features a hydraulic system for controlling the door, ensuring safe and convenient operation while maintaining excellent sealing performance under high temperatures. With a maximum temperature of 1200°C, it is suitable for sintering, ashing, pyrolysis, and other processes involving various samples.
Key Features
- Hydraulic Drive System
- Safe and Reliable: Advanced hydraulic technology enables smooth and rapid opening and closing of the furnace door, reducing mechanical wear and extending equipment lifespan.
- Precise Temperature Control System
- High-Precision PID Regulation: Incorporates advanced PID control algorithms and supports multi-step temperature programming, ensuring precise and stable temperature control with excellent repeatability.
- Real-Time Monitoring: The touchscreen interface provides real-time temperature curve monitoring and data recording for convenient analysis and report generation.
- Excellent Sealing Performance
- High-Temperature Seal: Special high-temperature-resistant seals around the door ensure reliable sealing, even at elevated temperatures, preventing external air intrusion that could affect experimental results.
- User-Friendly Design
- Spacious Chamber: A large heating chamber accommodates larger samples or multiple samples simultaneously.
- Easy to Clean: The simple internal structure facilitates cleaning and maintenance, reducing residue impact on subsequent experiments.
- Easy to Operate: The intelligent 7″ color touch screen controller provides simple operation and a clear heating process.
Technical Parameters
Model | M1200-20 |
Maximum Temperature | 1200°C |
Rated Temperature | 1150°C |
Touchscreen Size | 7.0″ |
Heating Rate | 1°C/H – 20°C/Min |
Sensor Type | K-Type Thermocouple |
Rated Power | 4 KW |
Chamber Dimensions | 200×200×300(D) mm |
External Dimensions | 530×700×580 mm |
Control System | Intelligent Touchscreen Controller
1. Embedded operating system with a bilingual graphical interface (Chinese/English), 7-inch true-color touchscreen input, smart human-machine interaction mode, and non-linear sample temperature correction. 2. Stores up to 15 curves, each configurable with 30 “time-temperature” programs, saving time on repetitive curve modifications. 3. Features over-temperature alarms, thermocouple disconnection prompts, and leakage protection. |
Temperature Accuracy | ±1°C |
Heating Element | Top Quality Resistance wire |
Net Weight | 64 KG |
Service and Support | One-year limited warranty with lifetime support |
Which kinds of industry can use this 1200.C Chamber Furnace?
College & Universities, New Material Research, New Energy, Powder Metallurgy, Electronics, Ceramic, Chemistry, Medicine,etc.
Applications of 1200.C Chamber Furnace with Lift-Up Door
- Material Synthesis and Sintering
- High-temperature synthesis and sintering of metallic powders, ceramics, and advanced composite materials.
- Processing of new materials for industrial and research applications.
- Thermal Treatment
- Annealing, tempering of metals and alloys.
- Decomposition and calcination processes for chemicals and materials.
- Chemical Analysis
- Ashing of organic and inorganic samples for compositional analysis.
- Thermal decomposition experiments for studying material properties.
- Environmental Testing
- Analysis of soil, sludge, and waste materials for contaminants or valuable compounds.
- Preparation of samples for environmental monitoring and research.
- Laboratory Research and Development
- Conducting heat treatment experiments in universities, research institutes, and industrial R&D labs.
- Development and testing of novel materials and coatings.
- Ceramic and Glass Production
- Firing and sintering of ceramic components, glazes, and glass materials.
- Small-scale production and quality testing of ceramic goods.
- Energy and Electronics
- Processing of materials for battery research, such as cathodes and anodes.
- Fabrication and testing of semiconductor and electronic components.
The lift-up door design improves safety and ergonomics, making the furnace particularly suitable for high-frequency use in laboratories and production environments.
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