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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Custom slotted capillary quartz tube
Custom Grooved Capillary Quartz Tubes are specially designed capillary experimental devices that feature a number of fine grooves on the surface of the quartz tubing for specific experimental needs.
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
Custom Grooved Capillary Quartz Tubes are specially designed capillary experimental devices that feature a number of fine grooves on the surface of the quartz tubing for specific experimental needs. This capillary can provide more sophisticated fluid paths and is suitable for research domains that require precise control of fluid behavior.
Product Type: Custom Grooved Capillary Quartz Tube
Structural features: a fine groove is formed on the surface of the quartz tube to form a specific fluid path
Main uses: for precise control of fluid behavior, microfluidic experiments, special chemical reactions, etc
Features: high accuracy, high temperature resistance, chemical corrosion resistance, customizable groove depth and width
Slotted design: The fine grooves on the surface of the slotted capillary quartz tube can be customized according to the experimental needs, and the depth, width and spacing of the grooves can be precisely controlled, so as to implement specific fluid distribution, mixing or separation effects.
High accuracy control: The design of the slot allows the user to have highly precise control of the fluid, which is especially important for experiments that require precise volume or flow rate, such as microfluidic analysis, cell culture, etc.
High temperature resistance: quartz materials can withstand high temperatures, are not easily deformed or damaged, and are suitable for experimental operations in high-temperature environments, such as PCR reactions, thermal cycling, etc.
Chemical resistance: Quartz glass has good resistance to most chemical reagents and is suitable for the transmission of corrosive fluids such as strong acids and alkalis.
High transparency: The transparency of the quartz tube allows the experimenter to directly observe the flow of fluid in the fine groove, making it easy to monitor and adjust the experiment.
Customized service: The number, shape, size, and length and inner diameter of the capillary can be customized according to the specific needs of the experiment to adapt to different experimental designs.
Convenient operation: Slotted capillary quartz tubes can be used with microfluidic chips, pumps, valves and other equipment to facilitate the construction of sophisticated microfluidic systems.
Application fields: Widely used in biomedical, chemical analysis, environmental science, materials science and other domains, especially in cutting-edge scientific research such as microfluidic technology, cell engineering, drug screening, etc.
Custom slotted capillary quartz tubing offers a new solution for experimental fluid control through its unique slotted design. Its precise control capabilities, high temperature resistance and corrosion resistance make it ideal for a wide range of complex experiments. In addition, the custom service ensures that the capillary tubing can meet the individual needs of a specific experiment, thus greatly improving the flexibility and efficiency of the experiment.
Custom Grooved Capillary Quartz Tubes are specially designed capillary experimental devices that feature a number of fine grooves on the surface of the quartz tubing for specific experimental needs. This capillary can provide more sophisticated fluid paths and is suitable for research domains that require precise control of fluid behavior.
Product Type: Custom Grooved Capillary Quartz Tube
Structural features: a fine groove is formed on the surface of the quartz tube to form a specific fluid path
Main uses: for precise control of fluid behavior, microfluidic experiments, special chemical reactions, etc
Features: high accuracy, high temperature resistance, chemical corrosion resistance, customizable groove depth and width
Slotted design: The fine grooves on the surface of the slotted capillary quartz tube can be customized according to the experimental needs, and the depth, width and spacing of the grooves can be precisely controlled, so as to implement specific fluid distribution, mixing or separation effects.
High accuracy control: The design of the slot allows the user to have highly precise control of the fluid, which is especially important for experiments that require precise volume or flow rate, such as microfluidic analysis, cell culture, etc.
High temperature resistance: quartz materials can withstand high temperatures, are not easily deformed or damaged, and are suitable for experimental operations in high-temperature environments, such as PCR reactions, thermal cycling, etc.
Chemical resistance: Quartz glass has good resistance to most chemical reagents and is suitable for the transmission of corrosive fluids such as strong acids and alkalis.
High transparency: The transparency of the quartz tube allows the experimenter to directly observe the flow of fluid in the fine groove, making it easy to monitor and adjust the experiment.
Customized service: The number, shape, size, and length and inner diameter of the capillary can be customized according to the specific needs of the experiment to adapt to different experimental designs.
Convenient operation: Slotted capillary quartz tubes can be used with microfluidic chips, pumps, valves and other equipment to facilitate the construction of sophisticated microfluidic systems.
Application fields: Widely used in biomedical, chemical analysis, environmental science, materials science and other domains, especially in cutting-edge scientific research such as microfluidic technology, cell engineering, drug screening, etc.
Custom slotted capillary quartz tubing offers a new solution for experimental fluid control through its unique slotted design. Its precise control capabilities, high temperature resistance and corrosion resistance make it ideal for a wide range of complex experiments. In addition, the custom service ensures that the capillary tubing can meet the individual needs of a specific experiment, thus greatly improving the flexibility and efficiency of the experiment.
