MM1199 Dual-Orifice Nozzle
MM1199 Dual-Orifice Nozzle
Nozzle 2/O .028 x 17Deg
Out of stock
The MM1199 dual-orifice straight-through nozzle (.028) is engineered for precise hot melt adhesive application in automated production environments. Designed with two precision openings, this hot melt adhesive nozzle delivers balanced adhesive flow, accurate placement, and consistent coverage, making it ideal for applications where control, efficiency, and repeatability are essential.
The dual-orifice configuration produces a wider adhesive pattern while maintaining a clean, uniform bead, helping improve bonding strength and sealing performance. Its straight-through design ensures direct adhesive delivery, supporting smooth flow, sharp cutoff, and minimal stringing for a cleaner, more efficient application process.
This .028 dual-orifice nozzle is well suited for packaging, product assembly, and industrial bonding and sealing applications that require dependable, high-quality results. Its consistent output helps reduce adhesive waste, improve process efficiency, and maintain tight quality standards across production runs.
Built for durability and long-term performance, this precision adhesive dispensing nozzle is designed to withstand continuous use in demanding manufacturing environments. Its robust construction helps minimize maintenance and downtime while supporting reliable operation in high-speed production settings.
For applications that require uniform adhesive distribution, precise placement, and consistent performance, the MM1199 dual-orifice straight-through nozzle (.028) provides a practical and efficient solution for achieving high-quality hot melt adhesive results.
Product Details
- Nozzle Orifice Size0.028
- CompatibilityMicroBead™ Nozzles
- Number of Orifices2
- Nozzle If Multi-Orifice Degrees of Angle17°
- Nozzle BrandITW
- Manual or AutomaticAutomatic
- Nozzle GunMicroBead™
- Nozzle StyleDual orifice straight through nozzle
- Nozzle Recommended Filter Mesh50
- Nozzle MaterialBrass
- Right AngleNo















