Materials
- 316L stainless steel
- Titanium Grade 2
- Silicon carbide
- PTFE
VHC
Ring-form spray distribution
Hollow cone swirl nozzles
Axial and tangential swirl architectures for mass-transfer, cooling and gas-contact applications.
Document stateEngineering reviewSource CLIENT-002
Pre-release technical dataDo not use these values for procurement, installation or safety decisions until an approved Veylcore datasheet is issued.
Spray behavior
Selection basis
Ring-shaped spray pattern intended to maximize exposed liquid surface area, with axial and tangential swirl configurations.
Client-supplied master / revision 0
Series range
| Model | Orifice | K factor metric / US | Pressure range | Flow at 2 bar | Angles |
|---|---|---|---|---|---|
| VHC-AXL | 1.5-5 mm | 1.45 / 9.9 | 0.7-15 bar / 10-220 psi | 2.1-12.6 L/min | 60 / 80 / 90 deg |
| VHC-TNG | 2-8 mm | 4.80 / 32.8 | 0.3-10 bar / 4-150 psi | 6.8-34 L/min | 90 / 120 deg |
Temperature
Client draft: up to 850 C for silicon-carbide and titanium variants. Complete assembly limits and media effects are pending.
Connections
Client draft: 1/4 in to 1-1/2 in NPT male and Class 150 flanged configurations.
Release control
Open engineering checks
- Flow tables, droplet data and spray distribution evidence are required at model and configuration level.
- Flange standard, facing, bore and material must be defined beyond the pressure class.