# Sliding Tube Furnace The Sliding Tube Furnace, an innovative device tailored for high-temperature heat treatment and rapid cooling, stands out with its unique features. It boasts a high-purity alumina polycrystalline fiber furnace chamber, domestically produced high-quality resistance wire (with an option for Swedish Kanthal A1 imported resistance wire), and a maximum temperature of 1200°C. This furnace supports low vacuum, positive pressure, and inert atmospheres (N₂, CO₂, Ar), making it a versatile solution for various industries and research experiments. This furnace model adopts a double-layer shell structure and a 30-segment programmable intelligent control system, combined with phase-shift triggering and thyristor control, achieving temperature control accuracy of ±1°C, uniform temperature distribution, fast heating/cooling rates, and energy efficiency. Suitable for laboratory research and small-scale production in universities, research institutes, and industrial enterprises, particularly for high-temperature atmosphere sintering, atmosphere reduction, chemical vapour deposition (CVD), and vacuum annealing processes. ## CVSIC Sliding Tube Furnace Specifications | Model | CV1200-1200-I | CV1200-1200-II | CV1200-1200-III | | --- | --- | --- | --- | | Power (kW) | 3.6 | | | | Furnace Tube Size (Outer Diameter × Length, mm) | 60 × 1500 | 80 × 1500 | 100 × 1500 | | Overall Dimensions (Width × Height × Depth, mm) | 1800 × 600 × 850 | | | | Power Voltage | 220V Single-phase | | | | Maximum Temperature (°C) | 1200 | | | | Operating Temperature (°C) | 1100 | | | | Heating Element | High-quality domestic resistance wire (optional Sweden Kanthal A1 imported resistance wire) | | | | Thermocouple Type | K-type | | | | Furnace Chamber Material | Alumina polycrystalline fiber | | | | Temperature Control Accuracy | ±1°C | | | | Heating Rate | ≤20°C/min | | | | Vacuum Degree | Positive pressure ≤0.02MPa, low vacuum | | | | Available Atmospheres | Inert atmosphere (N2, CO2, Ar, etc.) | | | | Gas Flow | ≤200SCCM | | | **Note: **Furnace tube dimensions, power, vacuum level, and atmosphere system can be customised according to customer requirements. Please get in touch with us for detailed technical specifications. ## CVSIC Sliding Tube Furnace Application The Sliding Tube Furnace is widely used in the following industries and processes: - **Lithium-ion battery materials:** sintering and rapid cooling of cathode and anode materials. - **Ceramic industry:** sintering and heat treatment of special ceramics and functional ceramics. - **Research and laboratories:** heat treatment experiments on new materials (such as nanomaterials and composite materials) in universities and research institutions. - **Atmosphere reduction:** reduction of metal oxides and chemical reaction experiments. - **Brazing and CVD:** high-precision brazing and chemical vapour deposition (**[CVD](https://cvsicelement.com/product/cvsic-cvd-tube-furnaces/)**) processes. - **Vacuum annealing:** Annealing treatment of metal and alloy materials. This furnace type provides an ideal solution for customers requiring rapid cooling, precise atmosphere control, and high-efficiency thermal processing, particularly suitable for laboratory research and small-scale production. ## CVSIC Sliding Tube Furnace Advantages The Sliding Tube Furnace, featuring advanced technology and user-centric design, offers the following core advantages: - **Rapid cooling:** Sliding furnace tube design facilitates rapid cooling of samples, enhancing experimental efficiency. - **Precise Temperature Control:** 30-segment programmable PID control combined with phase-shift triggering and thyristor control, achieving temperature accuracy of ±1°C and uniform temperature distribution. - **High-Durability Furnace Chamber:** Alumina polycrystalline fibre furnace chamber with low thermal conductivity, high-temperature resistance, and corrosion resistance, ensuring long-term stability. - **Flexible Atmosphere Control:** Supports low vacuum, positive pressure (≤0.02 MPa), and inert atmospheres (N₂, CO₂, Ar), with gas flow ≤200 SCCM, protecting the furnace tube. - **Safety Protection:** Equipped with over-temperature, leakage protection, and pressure monitoring. Automatically vents when pressure exceeds 0.02 MPa to prevent furnace tube rupture or flange failure. - **Energy-saving design:** A double-layer shell structure with low surface temperature and rapid heating and cooling functionality reduces energy consumption. - **High-quality heating elements:** Domestic high-quality resistance wire (optional Swedish Kanthal A1 imported resistance wire), ensuring uniform heating and extended lifespan. - **Standard accessories:** These include tube plugs, thermocouples, furnace tubes, vacuum pumps, vacuum flanges, and vacuum pressure gauges, simplifying operational procedures. ## Customisation Services CVSIC offers comprehensive customisation services to ensure seamless integration with your production and R&D requirements: - **Furnace tube dimensions and materials:** Customise furnace tube outer diameter (60–100 mm) and length (default 1500 mm), with options for high-purity quartz or other high-temperature-resistant materials. - **Heating elements:** Choose between domestically produced high-quality resistance wire or imported Swedish Kanthal A1 resistance wire to optimise heating efficiency. - **Vacuum and Atmosphere Systems:** Customise low vacuum, positive pressure (≤0.02 MPa), or inert gas systems, supporting float/mass flow meters and multi-channel gas control. - **Control Systems:** Provide high-definition touchscreens, computer-connected software, and data-logging control programs to enhance automation levels. - **Power and Voltage:** Adjust power (default 3.6 kW) and voltage configurations according to process requirements. - **Global support:** Offer installation guidance, operational training, and maintenance services to ensure the stable, long-term operation of the equipment. Contact CVSIC for a customised sliding rapid cooling tube furnace solution tailored to your industry, supporting global wholesale and custom orders.