Static mixing nozzles feature fixed internal elements that create turbulence as materials pass through the nozzle, promoting uniform mixing of two-component adhesives in a dual-cartridge dispensing system.
As a professional manufacturer of dispensing equipment, Btektech offers static mixing nozzles with different connection styles and internal geometries to match different dispensing setups. Bayonet and bell-mouth inlets fit different cartridge families, while helical, square, and cross-grid mixing paths support different needs in flow continuity, retained volume, pressure drop, and material handling.
For 50 mL Dual Cartridges (1:1 and 2:1 Ratios) Btektech’s bayonet mixer nozzle delivers consistent, on-ratio blending for two-component adhesives in 50ml cartridges. Its secure twist-lock interface and multiple tip styles support precise, controlled dispensing in demanding production environments.
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For 200–1500 mL Dual Cartridges (1:1, 2:1, 4:1 and 10:1 Ratios) Btektech’s bell static mixer nozzle is designed for large dual-cartridge adhesive systems. Its bell-mouth inlet supports smooth material entry, while optional helical or square mixing elements ensure consistent ratio control and uniform blending.
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For 200–1500 mL Dual Cartridges (1:1, 2:1, 4:1and 10:1 Ratios) Btektech’s Cross-Grid Mixing Nozzle delivers superior mixing and excellent throughput for demanding two-part adhesives. Its structure generates intensive shear and micro-turbulence, rapidly blending challenging formulations while enabling a shorter overall length and significantly lower pressure drop.
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For 50–1500 mL Dual Cartridges (1:1, 2:1, 4:1 and 10:1 Ratios) Btektech’s square static mixing nozzle delivers thorough, homogeneous mixing in a compact design while minimizing adhesive residue inside the nozzle. Widely used in automotive, electronics, and optical communication industries.
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Cartridge Fit: Start with cartridge family, mix ratio, and shot size. Bayonet styles are common for 50 mL systems, while larger cartridges often use bell-mouth or other large-format inlets.
Material Behavior: Viscosity, filler loading, and flow rate affect pressure drop, so element geometry, mixer length, and internal diameter need to be matched together.
Outlet Control: Outlet style should follow the dispense pattern. Fine beads, narrow paths, or controlled placement usually need a more specific tip design.
Retained Volume: For repeated dispensing or frequent changeovers, balance mixing intensity against retained volume, dead volume, and replacement frequency.
Standard static mixing tubes may fail to meet your demands. Customization makes them integrate with your dispensing tools, materials, and branding requirements.
Produce the mixer to your approved drawing, dimensions, and connection format without changing the application logic.
Adjust element geometry, mixing length, or internal diameter when the standard path does not fit material behavior.
Adjust inlet style, outlet tip shape, mixer length, internal diameter, and color coding based on your application requirements.
Personalize your product with engraved logos, custom colors, and tailored packaging to strengthen market presence.
Static mixing nozzles are particularly suitable for precise dispensing of two-component materials in cartridge-based assembly, repair, or sealing processes. They are frequently used in automotive bonding and sealing, electronic potting and encapsulation, and composite material repair.
They are used for windshield bonding, joint sealing, structural adhesive application, and battery module assembly. When cartridge systems are responsible for proportioning control, static mixing nozzles help maintain consistent output at the nozzle exit, resulting in more reliable adhesive application in safety-related components.
In electronic assembly, static mixing nozzles are used in conjunction with two-component potting compounds, encapsulating compounds, and specific thermal interface compounds supplied in cartridge form. They help mix filler materials before dispensing, which is very useful for controlling bead placement, limiting dispensing volume, and reducing cleanup around modules, housings, and sensitive components.
They are applied to dispense two-component resins and adhesives in controlled quantities during panel assembly, laminate repair, and field maintenance. Different geometries and lengths can be selected based on factors such as material flow rate, operating time, and bead control, so that operation can be carried out when portability and one-time replacement are required.
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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