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
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Quartz furnace Y-tube reactor
The quartz furnace Y-tube reactor is a tubular reaction device specially designed for gas-solid phase reactions, material synthesis, heat treatment and catalytic research in high-temperature environments.
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
Quartz furnace Y-tube reactor
The quartz furnace Y-tube reactor is a tubular reaction device specially designed for gas-solid phase reactions, material synthesis, heat treatment and catalytic research in high-temperature environments. Its core components are made of high-purity quartz glass, which, with its outstanding thermal stability, chemical inertness and light transmittance, provides a reliable, flexible and efficient experimental platform for scientific research and industrial development.
Core product advantage: Why choose quartz furnace Y-tube reactor?
1. Outstanding material properties
High temperature resistance: It can withstand a long-term working temperature of up to 1200℃ (short-term up to 1300℃), meeting the requirements of the vast majority of high-temperature reactions.
Excellent chemical inertness: It has extremely strong resistance to most acids, bases and corrosive gases except hydrofluoric acid and hot phosphoric acid, ensuring the purity of the reaction process and preventing container contamination of the sample.
Excellent thermal stability and thermal shock resistance: It can withstand drastic temperature changes without cracking, ensuring the safety and stability of the experimental process.
High purity and light transmittance: The high-purity material ensures that no impurities such as metal ions are introduced. Light transmittance facilitates direct observation of the reactant state and supports experiments based on photochemical or optical monitoring.
2. Precise system design
Unique Y-shaped structure: Dual intake/reaction channel design allows two reactants (such as gases, precursors) to precisely converge and mix within the main pipeline, or achieve atmosphere switching during the reaction process, providing more precise process control.
Standardized interfaces: Usually equipped with ISO/KF flange or threaded interfaces, facilitating quick connection with vacuum systems, gas pipelines, condensing devices, etc. The system has high air tightness and strong expandability.
Flexible configuration options: It can be equipped with multiple gas mass flow meters, vacuum pumps, pressure sensors, temperature controllers and exhaust gas treatment systems to achieve precise and automated control of the entire reaction process.
3. Reliable safety and durability
The design complies with laboratory safety standards, has a sturdy structure, a long service life under correct operating procedures, and low maintenance costs.
Typical application scenarios
Quartz furnace Y-tube reactors are ideal tools for research in the following fields:
Materials Science
Nanomaterial synthesis: such as carbon nanotubes, graphene, nanowires, and chemical vapor deposition of metal oxides.
Powder Metallurgy and Ceramics: Research on the Reduction, nitriding, Carbonization and Sintering Processes of Metal Powders.
Chemical and Catalytic Research
Catalyst preparation and evaluation: Activation, regeneration of catalysts and activity testing in specific reactions.
High-temperature gas-phase reactions: such as methane reforming, water-gas shift, selective oxidation, etc.
Energy technology
Lithium-ion battery materials: High-temperature solid-phase synthesis and modification of cathode/anode materials.
Fuel cells: Preparation of related catalytic materials and electrolyte materials.
Physics and Electronics
Semiconductor device process: Pre-treatment of wafers such as annealing, oxidation and diffusion.
Environmental Science
Research on pollutant treatment: High-temperature pyrolysis and gasification of solid waste or catalysts.
The key problems we can solve
This reactor is designed to address common pain points in scientific research and process development:
1. Solving the problem of reaction contamination: The chemical purity of quartz ensures the intrinsic purity of the reaction system, avoids the unknown interference caused by the material of the reactor, and guarantees the authenticity and repeatability of the experimental data.
2. Addressing the issue of equipment tolerance in high-temperature and corrosive environments: It provides a reliable container solution for high-temperature reactions in highly corrosive atmospheres, replacing metal reactors that are prone to corrosion.
3. Solving the problems of precise mixing of reactants and atmosphere control: The Y-shaped design enables the controllable introduction and instantaneous mixing of reactants, or achieves interference-free atmosphere switching, enhancing the uniformity and controllability of the reaction.
4. Address the issue of insufficient flexibility and scalability in the experimental process: The modular design enables it to be easily integrated into complex experimental systems, adapting to the needs of different stages from basic research to pilot-scale amplification.
Customized service
We deeply understand that standard products may not meet all unique research needs. Therefore, we offer comprehensive customized services
Size customization: Different pipe diameters (such as Φ60mm, Φ80mm, Φ100mm, etc.), wall thicknesses and total lengths can be customized according to customer requirements.
Structural modification: Provide personalized structural designs such as multiple pipes, special flange layouts, observation Windows, sample boats, and gas distribution systems.
Material upgrade: Higher-purity quartz (such as JGS1, JGS2) can be provided as required, or corundum, stainless steel and other materials can be used for composite design in specific parts.
System Integration: Provide complete solution design and integration from reactors to supporting temperature control, gas path, vacuum and data acquisition systems.
The quartz furnace Y-tube reactor integrates high-performance materials with humanized engineering design and is a cornerstone device for conducting cutting-edge high-temperature chemistry and materials research. Its reliability, flexibility and purity make it a key tool for promoting the transition from laboratory innovation to industrial application.
Luverre Quartz manufactures and sells a wide range of high quality fused quartz glass, including fused quartz tubes, fused quartz plates, fused quartz rods, fused quartz windows, fused quartz crucibles, fused quartz boats, fused quartz flanges, fused quartz beakers, fused quartz glass instruments, and more. We can meet all kinds of customized requirements for fused quartz glass products.
For more information, please feel free to contact us.
Why choose us?
1.We are more experienced.
We have over 18 years production experience of fused quartz items.
2.We are more efficient.
We reply customers’ requests within 24 hours and we have high efficient production, engineers and sales team.
3.Our quality is more guaranteed.
We control the quality from fused quartz lumps to fused quartz sand and then fused quartz products, we have better and stricter quality control than other manufactures.
4.We are able to produce more difficult fused quartz products.
We have large grinding platforms and precision etching machines which enable us to produce large sizes of fused quartz plates, tubes and high size precision fused quartz items.
Quartz furnace Y-tube reactor
The quartz furnace Y-tube reactor is a tubular reaction device specially designed for gas-solid phase reactions, material synthesis, heat treatment and catalytic research in high-temperature environments. Its core components are made of high-purity quartz glass, which, with its outstanding thermal stability, chemical inertness and light transmittance, provides a reliable, flexible and efficient experimental platform for scientific research and industrial development.
Core product advantage: Why choose quartz furnace Y-tube reactor?
1. Outstanding material properties
High temperature resistance: It can withstand a long-term working temperature of up to 1200℃ (short-term up to 1300℃), meeting the requirements of the vast majority of high-temperature reactions.
Excellent chemical inertness: It has extremely strong resistance to most acids, bases and corrosive gases except hydrofluoric acid and hot phosphoric acid, ensuring the purity of the reaction process and preventing container contamination of the sample.
Excellent thermal stability and thermal shock resistance: It can withstand drastic temperature changes without cracking, ensuring the safety and stability of the experimental process.
High purity and light transmittance: The high-purity material ensures that no impurities such as metal ions are introduced. Light transmittance facilitates direct observation of the reactant state and supports experiments based on photochemical or optical monitoring.
2. Precise system design
Unique Y-shaped structure: Dual intake/reaction channel design allows two reactants (such as gases, precursors) to precisely converge and mix within the main pipeline, or achieve atmosphere switching during the reaction process, providing more precise process control.
Standardized interfaces: Usually equipped with ISO/KF flange or threaded interfaces, facilitating quick connection with vacuum systems, gas pipelines, condensing devices, etc. The system has high air tightness and strong expandability.
Flexible configuration options: It can be equipped with multiple gas mass flow meters, vacuum pumps, pressure sensors, temperature controllers and exhaust gas treatment systems to achieve precise and automated control of the entire reaction process.
3. Reliable safety and durability
The design complies with laboratory safety standards, has a sturdy structure, a long service life under correct operating procedures, and low maintenance costs.
Typical application scenarios
Quartz furnace Y-tube reactors are ideal tools for research in the following fields:
Materials Science
Nanomaterial synthesis: such as carbon nanotubes, graphene, nanowires, and chemical vapor deposition of metal oxides.
Powder Metallurgy and Ceramics: Research on the Reduction, nitriding, Carbonization and Sintering Processes of Metal Powders.
Chemical and Catalytic Research
Catalyst preparation and evaluation: Activation, regeneration of catalysts and activity testing in specific reactions.
High-temperature gas-phase reactions: such as methane reforming, water-gas shift, selective oxidation, etc.
Energy technology
Lithium-ion battery materials: High-temperature solid-phase synthesis and modification of cathode/anode materials.
Fuel cells: Preparation of related catalytic materials and electrolyte materials.
Physics and Electronics
Semiconductor device process: Pre-treatment of wafers such as annealing, oxidation and diffusion.
Environmental Science
Research on pollutant treatment: High-temperature pyrolysis and gasification of solid waste or catalysts.
The key problems we can solve
This reactor is designed to address common pain points in scientific research and process development:
1. Solving the problem of reaction contamination: The chemical purity of quartz ensures the intrinsic purity of the reaction system, avoids the unknown interference caused by the material of the reactor, and guarantees the authenticity and repeatability of the experimental data.
2. Addressing the issue of equipment tolerance in high-temperature and corrosive environments: It provides a reliable container solution for high-temperature reactions in highly corrosive atmospheres, replacing metal reactors that are prone to corrosion.
3. Solving the problems of precise mixing of reactants and atmosphere control: The Y-shaped design enables the controllable introduction and instantaneous mixing of reactants, or achieves interference-free atmosphere switching, enhancing the uniformity and controllability of the reaction.
4. Address the issue of insufficient flexibility and scalability in the experimental process: The modular design enables it to be easily integrated into complex experimental systems, adapting to the needs of different stages from basic research to pilot-scale amplification.
Customized service
We deeply understand that standard products may not meet all unique research needs. Therefore, we offer comprehensive customized services
Size customization: Different pipe diameters (such as Φ60mm, Φ80mm, Φ100mm, etc.), wall thicknesses and total lengths can be customized according to customer requirements.
Structural modification: Provide personalized structural designs such as multiple pipes, special flange layouts, observation Windows, sample boats, and gas distribution systems.
Material upgrade: Higher-purity quartz (such as JGS1, JGS2) can be provided as required, or corundum, stainless steel and other materials can be used for composite design in specific parts.
System Integration: Provide complete solution design and integration from reactors to supporting temperature control, gas path, vacuum and data acquisition systems.
The quartz furnace Y-tube reactor integrates high-performance materials with humanized engineering design and is a cornerstone device for conducting cutting-edge high-temperature chemistry and materials research. Its reliability, flexibility and purity make it a key tool for promoting the transition from laboratory innovation to industrial application.
Luverre Quartz manufactures and sells a wide range of high quality fused quartz glass, including fused quartz tubes, fused quartz plates, fused quartz rods, fused quartz windows, fused quartz crucibles, fused quartz boats, fused quartz flanges, fused quartz beakers, fused quartz glass instruments, and more. We can meet all kinds of customized requirements for fused quartz glass products.
For more information, please feel free to contact us.
Why choose us?
1.We are more experienced.
We have over 18 years production experience of fused quartz items.
2.We are more efficient.
We reply customers’ requests within 24 hours and we have high efficient production, engineers and sales team.
3.Our quality is more guaranteed.
We control the quality from fused quartz lumps to fused quartz sand and then fused quartz products, we have better and stricter quality control than other manufactures.
4.We are able to produce more difficult fused quartz products.
We have large grinding platforms and precision etching machines which enable us to produce large sizes of fused quartz plates, tubes and high size precision fused quartz items.
