Spray nozzle-type distributors are used in packing towers due to the compact structure of the distributors. Spray nozzle distributors evenly distribute liquid over the tower packing area through nozzles. They are mainly used for the process of heat exchange and scouring. Spray nozzle type distributor has full cone spray nozzles with 90 to 120-degree cone angles to distribute the liquid evenly over the tower packing area. This comes with fouling resistance.
Global Export of Spray Nozzle Type Distributors
Ambani Metals is a leading manufacturer and global exporter of spray nozzle type distributors, engineered for effective liquid dispersion over packed beds in distillation, absorption, stripping, and extraction columns. These distributors are ideal for applications where fine droplet formation, uniform coverage, and low liquid load are critical to maximizing mass transfer efficiency.
Our spray distributors are available in a variety of designs including pressure-fed nozzles, gravity spray nozzles, and multi-point spray headers, ensuring optimized liquid distribution for different flow rates and process conditions. Fabricated from SS 304, SS 316L, Duplex Steel, Hastelloy, Inconel, and other high-performance alloys, these distributors are built to withstand corrosive environments, fouling fluids, and extreme temperatures.
With expertise in international fabrication standards and logistics, Ambani Metals exports spray nozzle type distributors to over 40 countries, supporting EPC contractors, process licensors, and plant operators with export-compliant equipment and documentation.
- Middle East: Bahrain, Egypt, Israel, Jordan, Kuwait, Lebanon, Oman, Qatar, Saudi Arabia, and the United Arab Emirates
- Africa: Morocco, Tunisia, Ghana, Nigeria, Senegal, Kenya, Mauritius, Rwanda, Tanzania, Uganda, Zambia, Botswana, Eswatini, Lesotho, Namibia, and South Africa
- Europe: Germany, United Kingdom, France, Italy, Netherlands, Spain, Belgium, Poland, Czech Republic, Sweden, Denmark, Finland, Portugal, Hungary, Slovakia, Slovenia, Romania, and Austria
- Asia: Japan, South Korea, Singapore, Malaysia, Vietnam, Indonesia, Thailand, Philippines, Bangladesh, Sri Lanka, and Nepal
- Pan-Pacific Countries: United States, Canada, Mexico, Brazil, Chile, Colombia, Peru, Panama, Australia, and New Zealand
Why Choose Ambani Metals?
- Optimized hydraulic design tailored to your packing and flow needs
- Wide selection of nozzles for different spray patterns and droplet sizes
- Long-lasting performance in aggressive operating environments
- Global packaging, shipping, and export documentation support
- Quick turnaround, custom fabrication, and technical guidance
Whether you're designing a new tower or revamping a packed column, Ambani Metals' spray nozzle type distributors ensure consistent and effective liquid dispersion, shipped globally, backed by precision engineering.
FAQs
A spray nozzle type distributor is a device used in various industrial processes to evenly distribute a liquid over a surface or into a gas stream. It consists of one or multiple spray nozzles designed to create a specific spray pattern, flow rate, and droplet size to achieve optimal distribution and process efficiency.
Spray nozzle type distributors are used in numerous industries including Chemical processing, Oil and gas, Water treatment, Food and beverage production, Pharmaceutical manufacturing, Power generation, Pulp and paper manufacturing etc.
The main types of spray patterns include:
- Full cone: Produces a circular pattern with uniform distribution of liquid.
- Hollow cone: Creates a ring-shaped spray pattern with a hollow center.
- Flat fan: Generates a thin, flat sheet of liquid, ideal for surface coverage.
- Solid stream: Delivers a concentrated jet of liquid for high impact applications.
Yes, spray nozzles can often be customized to meet specific requirements of an application. Customization options may include unique spray patterns, specific flow rates, materials, and connection types.
Spray nozzle type distributors enhance process efficiency by:
- Ensuring uniform distribution of liquids, which improves product quality.
- Reducing liquid consumption and waste..
- Lowering energy costs through efficient liquid application.
- Minimizing downtime and maintenance with reliable performance.