Dynamisk blandingsrør Rs9-16 for høj viskositet og stor strømningshastighed

$35.00

grænseflade: Rund mund
Materiale: Pp/pom
Ansøgning: Mix high viscosity and big flow rate adhesives

Beskrivelse

The Dynamic Mixing Tube RS9-16 is designed specifically to handle high viscosity fluids while accommodating a substantial flow rate.

Parameter:
Udvendig diameter: 13mm
Indre diameter: 9mm
Længde: 102mm
afsnit nummer: 16
Lim kaliber: 3mm
Outer Diameter of the Interface: 17mm
Inner Diameter of the Interface: 19.5mm

Nøglefunktioner:
Material Compatibility: Built from durable materials suitable for handling high viscosity fluids such as adhesives, fugemasser, greases, and other viscous substances.
Flow Rate: Capable of managing a significant flow rate, making it suitable for industrial applications where large volumes of mixed material are required quickly and efficiently.
Mixing Efficiency: Ensures thorough mixing of materials due to its dynamic mixing action, which promotes homogeneity even with highly viscous fluids.
Design and Dimensions: Designed with considerations for robustness and ease of integration into existing production setups. Specific dimensions and configurations cater to different application needs.
Compatibility with Dispensing Systems: Compatible with various dispensing systems and equipment, facilitating seamless integration into automated production lines or manual dispensing setups.
Alsidighed: Suitable for a range of industries including automotive, aerospace, konstruktion, and manufacturing, where precise and reliable mixing of high viscosity materials is crucial.
Maintenance: Designed for easy maintenance and cleaning, minimizing downtime and ensuring consistent performance over time.

Conclusion:
The Dynamic Mixing Tube RS9-16 is a reliable solution for industries requiring efficient mixing of high viscosity fluids at significant flow rates. Its robust design, compatibility with various materials, and ease of integration make it a valuable component in modern manufacturing and production processes.