| No. | Part No. | Elements | I.D(mm) | L(mm) | O.D(mm) | A(mm) | Inner color |
| D13 | SEC13-25 | 23 | 13 | 178 | 18 | 4.5 | Red |
The SEC13-25 series offers 23 mixing elements, 13mm inner diameter, and 178mm length. This design supports low viscosity two-component materials.
| No. | Part No. | Elements | I.D(mm) | L(mm) | O.D(mm) | A(mm) | Inner color |
| D13 | SEC13-25 | 23 | 13 | 178 | 18 | 4.5 | Red |
Standard SEC13-25 dynamic mixing nozzles may not cover every dispensing system or material requirement. Customization allows the nozzle geometry and interface to be adjusted to fit your specific equipment and process conditions.
Produce nozzles to your approved drawing, with specified outer diameter, inner diameter, and inlet interface dimensions.
Develop customized nozzle configurations based on your dispensing system requirements, including blade count and tube length.
Customize solutions including outer and inner diameter sizing, and inlet interface format to match your chemical environment.
Apply branded labeling and configure packaging format to support your own product line or distribution requirements.
From junction boxes to frame corners, the SEC13-25 provides uniform mixing, reducing cure defects and enabling durable PV module performance under UV and temperature extremes.
In junction box assembly, two-component silicone or polyurethane is dispensed around cable entry points and internal terminals to achieve sealing and electrical insulation. These materials are typically medium to high viscosity and sensitive to mixing quality. The 23-element structure provides sufficient mixing before the material reaches confined geometries inside the junction box, reducing the risk of incomplete curing around conductive parts.
During module framing, adhesives often have high viscosity and short working times, requiring consistent mixing and continuous application. The SEC13-25 supports steady extrusion for corner filling and short linear beads, providing uniform adhesive distribution across bonding interfaces. The bore minimizes flow resistance, allowing automated systems to maintain a consistent bead.
In some module designs, additional bonding is applied between the backsheet and cable anchoring areas. This involves localized dispensing of reactive adhesives onto flexible substrates. The SEC13-25 enables controlled dispensing, with reliable component mixing that reduces soft or under-cured regions. This is important for maintaining adhesion performance under long-term outdoor exposure, including UV and temperature variation.
Our blog is designed to help you deepen your knowledge of fluid dispensing processes, optimize your production line, and select the best components for your specific challenges. Explore articles that connect industry insights with practical solutions.
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