T: +86-518-85528012
E: nick@luverrequartz.com
E: nick@luverrequartz.com
1st floor Runlian industrial center No. 116 QuFeng Rd., Haizhou Economic and technological development zone Lianyungang City, Jiangsu Province, China 222062
 |
Laboratory high-temperature quartz furnace plug
The laboratory high-temperature quartz furnace plug is a key component designed for high-temperature experimental environments, typically used to seal the openings of quartz tubes, reaction vessels, or other high-temperature equipment.
LUVERRE quartz
99.99%
Inner with Vacuum PVC bag and then wrapped with air bubble film, outer with wooden box.
as per customer's requirement
Laboratory high-temperature quartz furnace plug
The laboratory high-temperature quartz furnace plug is a key component designed for high-temperature experimental environments, typically used to seal the openings of quartz tubes, reaction vessels, or other high-temperature equipment. It is made of high-purity silica (SiO₂) and has excellent high-temperature resistance, chemical inertness, and mechanical strength, ensuring that it can maintain its sealing performance and structural integrity even under extreme conditions. This furnace plug is widely used in high-temperature experiments in fields such as chemistry, materials science, metallurgy, and energy.
Material properties
2.1 High-purity quartz.
The use of ultra-high purity quartz raw materials ensures the purity and uniformity of the product, reducing the impact of impurities on the experimental results. Its excellent light transmittance and low thermal expansion coefficient enable the quartz furnace plug to maintain a stable size and shape even at high temperatures.
2.2 High temperature resistance
It can withstand continuous working temperatures of up to 1200°C or more, and even higher temperatures for a short time. This excellent heat resistance makes it an ideal choice for high-temperature experimental devices, such as furnaces, heating furnaces, high-temperature reactors, etc.
2.3 Chemical stability
It has good corrosion resistance to most acid-base solutions, organic solvents, and strong oxidants, and can maintain its stability even in harsh chemical environments, ensuring the safety and reliability of the experimental process.
2.4 Mechanical Strength
Despite its hard texture, it has enough toughness to resist external impact after fine processing. At the same time, its surface is smooth and easy to clean and maintain, and it is not easy to retain substances.
Structural features
3.1 Precision manufacturing process
It is manufactured using advanced molding technology and precision machining methods, ensuring that each furnace plug can achieve very high dimensional accuracy and surface finish. This not only helps to improve the sealing effect, but also extends the service life.
3.2 Optimization of sealing design
According to actual application requirements, quartz furnace plugs may be equipped with rubber rings, metal gaskets, or other forms of auxiliary seals to enhance their sealing performance. These seals, combined with quartz material, can provide reliable sealing assurance at different pressure levels.
3.3 Customized size and shape.
We offer a variety of standard sizes for selection, including but not limited to diameter, height, and top shape. In addition, we also support customized products with specific specifications to meet the requirements of personalized applications.
3.4 Surface treatment options
Some models can also choose special surface treatment processes, such as polishing, coating, etc., to further improve their optical performance, wear resistance, and anti-fouling ability.
Application field
4.1 High-temperature experimental sealing
In the process of high-temperature experiments, quartz furnace plugs are mainly used to seal various types Including high-temperature containers or pipelines, to prevent gas leakage or the entry of external substances. This is crucial for ensuring the accuracy of experimental data.
4.2 Material Synthesis and Processing
For processes such as material synthesis, sintering, and annealing that need to be carried out in a controlled atmosphere, quartz furnace plugs provide the necessary sealing conditions to ensure that the internal environment is not disturbed by external factors.
4.3 Chemical Reaction Control
In chemical experiments, especially in operations involving dangerous chemicals or toxic gases, a quartz furnace plug can effectively isolate the reactants and avoid the hazards caused by accidental leakage.
4.4 Simulation of Special Environments
Quartz furnace plugs can withstand these harsh conditions and maintain a good seal for experiments simulating special environments, such as vacuum, high pressure, or extreme temperature changes.
The laboratory high-temperature quartz furnace plug, with its unique material properties and structural design, has become a valuable assistant in the hands of many researchers. Whether in basic scientific research or in the development of high-end technologies, it can provide stable and reliable support and services. If you are looking for a high-temperature sealing solution that is both beautiful and practical, you might want to consider this high-quality quartz furnace plug.
Laboratory high-temperature quartz furnace plug
The laboratory high-temperature quartz furnace plug is a key component designed for high-temperature experimental environments, typically used to seal the openings of quartz tubes, reaction vessels, or other high-temperature equipment. It is made of high-purity silica (SiO₂) and has excellent high-temperature resistance, chemical inertness, and mechanical strength, ensuring that it can maintain its sealing performance and structural integrity even under extreme conditions. This furnace plug is widely used in high-temperature experiments in fields such as chemistry, materials science, metallurgy, and energy.
Material properties
2.1 High-purity quartz.
The use of ultra-high purity quartz raw materials ensures the purity and uniformity of the product, reducing the impact of impurities on the experimental results. Its excellent light transmittance and low thermal expansion coefficient enable the quartz furnace plug to maintain a stable size and shape even at high temperatures.
2.2 High temperature resistance
It can withstand continuous working temperatures of up to 1200°C or more, and even higher temperatures for a short time. This excellent heat resistance makes it an ideal choice for high-temperature experimental devices, such as furnaces, heating furnaces, high-temperature reactors, etc.
2.3 Chemical stability
It has good corrosion resistance to most acid-base solutions, organic solvents, and strong oxidants, and can maintain its stability even in harsh chemical environments, ensuring the safety and reliability of the experimental process.
2.4 Mechanical Strength
Despite its hard texture, it has enough toughness to resist external impact after fine processing. At the same time, its surface is smooth and easy to clean and maintain, and it is not easy to retain substances.
Structural features
3.1 Precision manufacturing process
It is manufactured using advanced molding technology and precision machining methods, ensuring that each furnace plug can achieve very high dimensional accuracy and surface finish. This not only helps to improve the sealing effect, but also extends the service life.
3.2 Optimization of sealing design
According to actual application requirements, quartz furnace plugs may be equipped with rubber rings, metal gaskets, or other forms of auxiliary seals to enhance their sealing performance. These seals, combined with quartz material, can provide reliable sealing assurance at different pressure levels.
3.3 Customized size and shape.
We offer a variety of standard sizes for selection, including but not limited to diameter, height, and top shape. In addition, we also support customized products with specific specifications to meet the requirements of personalized applications.
3.4 Surface treatment options
Some models can also choose special surface treatment processes, such as polishing, coating, etc., to further improve their optical performance, wear resistance, and anti-fouling ability.
Application field
4.1 High-temperature experimental sealing
In the process of high-temperature experiments, quartz furnace plugs are mainly used to seal various types Including high-temperature containers or pipelines, to prevent gas leakage or the entry of external substances. This is crucial for ensuring the accuracy of experimental data.
4.2 Material Synthesis and Processing
For processes such as material synthesis, sintering, and annealing that need to be carried out in a controlled atmosphere, quartz furnace plugs provide the necessary sealing conditions to ensure that the internal environment is not disturbed by external factors.
4.3 Chemical Reaction Control
In chemical experiments, especially in operations involving dangerous chemicals or toxic gases, a quartz furnace plug can effectively isolate the reactants and avoid the hazards caused by accidental leakage.
4.4 Simulation of Special Environments
Quartz furnace plugs can withstand these harsh conditions and maintain a good seal for experiments simulating special environments, such as vacuum, high pressure, or extreme temperature changes.
The laboratory high-temperature quartz furnace plug, with its unique material properties and structural design, has become a valuable assistant in the hands of many researchers. Whether in basic scientific research or in the development of high-end technologies, it can provide stable and reliable support and services. If you are looking for a high-temperature sealing solution that is both beautiful and practical, you might want to consider this high-quality quartz furnace plug.
