Shipping

DHL/FedEx/UPS/TNT/Sea Freight (Global Delivery)

Delivery Time

In-stock: 2-5 days | Custom: 7-15 days

Certifications

ISO9001, CE, RoHS, FDA (Food Grade)

Spiral Nozzles | Spiral Spray Nozzles
Spray Patterns Full Cone, Hollow Cone
Spray Angles 60°, 90°, 120°, 150°, 170°
Flow Rate 5.5–4,140 L/min (0.7–25 bar)
Materials Stainless Steel, Silicon Carbide, Brass, Plastic
Connections NPT, BSPT (external/internal thread)
Thread Sizes 1/4" to 4"
Working Pressure 0.7–25 bar
Key Feature - Large Flow Passages Reduces clogging and maintenance downtime

Spiral Spray Nozzles | Industrial Spray Solutions

Spiral spray nozzles deliver reliable, uniform atomization for demanding industrial applications. Available in hollow cone and full cone patterns with spray angles from 60° to 170°, these nozzles minimize clogging risk and excel in gas cooling, scrubbing, and high-temperature environments.

Overview

Spiral nozzles combine advanced vane design with expedited flow channels to reduce liquid blockage while maintaining consistent capacity across various pipe systems. Engineered for easy installation and retrofit compatibility, they serve critical roles in pollution control, thermal management, and industrial processing.

Spray Patterns & Specifications

Feature Specification
Spray Patterns Full Cone, Hollow Cone
Spray Angles 60°, 90°, 120°, 150°, 170°
Flow Rate 5.5–4,140 L/min (0.7–25 bar)
Materials Stainless Steel, Silicon Carbide, Brass, Plastic
Connections NPT, BSPT (external/internal thread)
Thread Sizes 1/4″ to 4″
Working Pressure 0.7–25 bar

Key Features

  • Dual spray patterns for flexible application requirements
  • Large flow passages reduce clogging and maintenance downtime
  • Precise vane design ensures uniform particle distribution
  • Removable caps and vanes enable quick inspection and cleaning
  • Expedited flow channel design maximizes capacity without increasing nozzle size
  • Adjustable connection accessories allow directional spray control

Performance Data

Spiral nozzles deliver consistent flow rates across pressure ranges:

  • 0.7 bar: 2.4–20 L/min (1/4″ inlet)
  • 3 bar: 7.6–980 L/min (1/4″ to 3″ inlet)
  • 7 bar: 16–5,830 L/min (1/4″ to 3″ inlet)

Larger inlet sizes (2″–4″) support ultra-high flow applications up to 11,960 L/min at 7 bar.

Material Options

  • Stainless Steel (316SS): Superior corrosion resistance for chemical and marine environments
  • Silicon Carbide: Exceptional wear resistance for abrasive slurries and high-temperature applications
  • Brass: Cost-effective for standard industrial use
  • Plastic: Lightweight alternative for low-pressure applications

Applications

  • Exhaust gas scrubbing (ship, flue gas desulfurization)
  • Gas cooling and thermal management
  • Dust removal and pollution control
  • Washing and rinsing operations
  • Fire suppression and fireproofing
  • Chemical reaction processing
  • Metal treating and quenching

Flanged Silicon Carbide Spiral Nozzles

High-flow flanged designs (2″, 3″, 4″ connections) feature hollow cone patterns with flow rates from 535–20,000 L/min. Cuspidal carborundum construction minimizes blockage in demanding cooling and desulfurization applications.

Adjustable Connection Accessories

Nozzle inlet connections range from 1/4″ to 4″ with adjustable lengths (47.6–302 mm) supporting spray angles of 60°, 90°, 120°, 150°, and 170° for precise directional control.

Quality & Certifications

CYCO manufactures to ISO 9001 standards with comprehensive incoming material testing, in-process inspection, and final validation. Advanced 5-axis machining centers and automated production lines ensure dimensional accuracy and consistent performance.

Ordering Information

Specify nozzle type, inlet size, material code, and capacity size:

Example: SPJT–SS–120–7

  • Inlet Size: 1/4″
  • Nozzle Type: Spiral
  • Material: Stainless Steel
  • Spray Angle: 120°
  • Capacity: 7 L/min

Request a quote for custom configurations, OEM/ODM solutions, or bulk orders. Contact our technical team to optimize your spray system for specific operating conditions and performance requirements.