322214 CG Single-Orifice Straight-Through Nozzle
322214 CG Single-Orifice Straight-Through Nozzle
Nozzle Single Orifice Pencil Nozzle .014Dia x .100L
Out of stock
The 322214 CG is a .014″ single-orifice straight-through nozzle that is engineered for versatility, handling a broader range of hot melt adhesive viscosities and bonding demands than smaller-gauge nozzles. Its self-cleaning, straight-through design keeps output consistent across varied production conditions, making it a flexible choice for facilities running mixed product lines or adhesive formulations.
Key Specifications
- Orifice size: .020″ (single orifice)
- Design type: Straight-through, self-cleaning
- Adhesive type: Hot melt
- Output pattern: Single, focused bead accommodating a wider viscosity range
Ideal Use Cases
- Facilities running multiple adhesive formulations or substrate types
- Applications where bead width needs to flex with changing production demands
- Bonding and sealing tasks across varied packaging or product lines
- Operations seeking one nozzle spec to cover multiple job requirements
Why Manufacturers Choose This Nozzle
- Adaptable performance handles a wider range of adhesive viscosities without sacrificing bead consistency
- Simplified inventory – one nozzle spec covers more applications, reducing the need to stock multiple sizes
- Dependable self-cleaning design minimizes clogging even when switching between adhesive types
- Consistent results delivers steady, repeatable output across varied production runs
Common Applications
Mixed-line packaging operations, multi-substrate bonding, and facilities that need one dependable nozzle to handle varying adhesive and production requirements.
Product Details
- Nozzle Orifice Size0.014
- CompatibilityNordson-Compatible
- Number of Orifices1
- Nozzle BrandZentz
- Manual or AutomaticAutomatic
- Nozzle GunH200/Solid Blue/Miniblue/GS35/GM100
- Nozzle StyleSingle Orifice Pencil
- Nozzle Engagement0.100
- Nozzle Recommended Filter Mesh100
- Nozzle MaterialBrass, Steel
- Right AngleNo
















