Titanium Diboride Vacuum Hot Pressing Furnace
1. The Titanium Diboride Vacuum Hot Pressing Furnace comes with installation and usage instructions.
2. The Titanium Diboride Vacuum Hot Pressing Furnace can help you improve the accuracy of experimental data.
3. The Titanium Diboride Vacuum Hot Pressing Furnace treats materials and can reduce material waste and pollutants.
- Information
Product introduction of Titanium Diboride Vacuum Hot Pressing Furnace:
The vacuum hot pressure furnace is a complete set of equipment for hot pressing materials under vacuum (or other atmosphere) conditions. It mainly adopts resistance heating and pressurizes the press head driven by the oil cylinder. The equipment combines vacuum/atmosphere, hot pressing, and high temperature sintering. The equipment is suitable for high-temperature hot forming of titanium diboride and other materials. Titanium diboride is resistant to wear, acid and alkali, has strong conductivity and thermal conductivity, small thermal expansion coefficient, has good chemical stability and thermal resistance, and can be used as the cathode material for aluminum electrolytic cells. Because of the good wettability of TiBz and aluminum liquid, the power consumption of electrolytic aluminum is reduced, extending the life of electrolytic cells.
The "double chamber" vacuum hot press furnace adopts two presses respectively to pressure two parallel furnace bodies, and uses a set of vacuum systems, hydraulic systems, and control systems to improve efficiency and reduce costs.
The Product Benefits of a Titanium Diboride Vacuum Hot Pressing Furnace:
1. The Titanium Diboride Hot Press Furnace uses two presses to simultaneously pressurize two parallel furnace bodies, which improves efficiency and reducing costs.
2. The Titanium Diboride Vacuum Furnace can be used for high-temperature thermoforming materials such as titanium diboride. Titanium diboride has a high melting point and thermal stability and can maintain stable performance at high temperatures.
3. The Titanium Diboride Sintering Furnace can hot-press materials in a vacuum environment, effectively reducing contact between materials and oxygen and improving product quality and purity.
4. The Titanium Diboride Hot Press Furnace can achieve uniform heating of materials, avoid deformation and stress concentration caused by local temperature differences, and improve processing accuracy and consistency of products.
Product Specifications of Titanium Diboride Vacuum Hot Pressing Furnace:
| Installation form | vertical horizontal |
| Heater distribution method | Circular (squirrel cage)/six-sided distribution |
| Heater material | Graphite/tungsten/molybdenum/tantalum/silicon-molybdenum rod/silicon carbon rod/nickel-chromium alloy, etc. |
| Insulation Materials | Hard carbon felt/tungsten, molybdenum reflective screen/mullite felt, etc. |
| maximum temperature | 2300℃(vacuum/inert atmosphere)/1650℃(oxygen) |
| Temperature control accuracy | ±1℃ |
| temperature uniformity | ±5℃ |
| Ultimate vacuum degree | 5×10 -4Pa |
| pressure rise rate | 0.5 Pa/hour |
| greatest pressure | 1T to 1000T optional |
| Pressure head displacement accuracy | 0.1 mm |
| pressure fluctuations | ±0.1MPa |
| Average temperature zone size | Φ1000mm×1000mm |
| control method | automatic / manual |
Produced in our company's factory：
As a company that produces various types of vacuum application equipment, the factory has always played a vital role in our company's machinery production. Factory production has always been the core business of our company, involving a series of connections such as manufacturing, assembly, and design. First of all, our production starts from the design stage. Our team will design vacuum equipment that meets the requirements according to market changes and customer needs. During the design process, we will take into account the various functions, performance, and safety of the equipment. Other aspects to ensure the reliability of the product.
