MM2504 Single-Orifice Straight-Through Nozzle
MM2504 Single-Orifice Straight-Through Nozzle
Nozzle .012 ORF .050 BRL SS
13 in stock
The MM2504 single-orifice straight-through nozzle (.012) is engineered for precise hot melt adhesive application in automated production environments. Designed with a single, precision-machined opening, this hot melt adhesive nozzle delivers accurate placement, controlled flow, and consistent output, making it ideal for applications where precision and repeatability are critical.
The single-orifice design produces a clean, uniform bead of adhesive, supporting reliable bonding and sealing performance across a variety of industrial applications. Its straight-through configuration ensures direct adhesive delivery, enabling smooth flow, sharp cutoff, and minimal stringing for a cleaner and more efficient application process.
This .012 precision adhesive nozzle is well suited for packaging, product assembly, and other industrial adhesive applications that require consistent, high-quality results. Its steady output helps reduce adhesive waste, improve process efficiency, and maintain tight quality standards across production runs.
Built for durability and long-term performance, this hot melt dispensing nozzle is designed to withstand continuous use in demanding manufacturing environments while minimizing maintenance and downtime. Its reliable construction supports consistent performance in high-speed production settings.
For operations that require precise adhesive placement, consistent flow, and dependable performance, the MM2504 single-orifice straight-through nozzle (.012) provides a practical, high-performance solution for achieving clean, repeatable, and high-quality hot melt adhesive results.
Product Details
- Nozzle Orifice Size0.012
- CompatibilityMicroBead™ Nozzles
- Number of Orifices1
- Nozzle BrandITW
- Manual or AutomaticAutomatic
- Nozzle GunMicroBead™
- Nozzle StyleSingle orifice straight through nozzle
- Nozzle Recommended Filter Mesh100
- Nozzle MaterialBrass
- Right AngleNo
















