Spray Nozzles

PRODUCTS

  • Make the most of your research lab space with this compact and cost-effective incubator shaker.

    With all the capabilities of the Multitron shaker in a space-saving design, the Minitron handles a variety of applications from standard microorganisms to complex cell cultivations while fitting into the smallest laboratories.

  • Extra-large, high-energy pulsed beams up to 195 mm Ø can now be measured with the new QE195LP-S-MB pyroelectric detector.

  • IV drip chambers are available in a variety of styles including hand pumps, in-line, non-vented and vented. Top diameters range from 0.55 inch (14 mm) to 1.18 inch (30mm).

  • Arcoplast Perfect flush glaze window housings are manufactured to accommodate single or double glazing. Perfect flush glaze window assemblies are designed to seamlessly integrate into Arcoplast Primary Barriers used in high containment facilities up to PC4 / BSL-4.

  • Color Temperature Adjustment Filters are versatile tools utilized in diverse lighting contexts to modify the spectral composition of light for purposes such as aesthetic enhancement or technical illumination.

WHITE PAPERS AND CASE STUDIES

NEWS

ABOUT

Spray Nozzles
Spray nozzles are a conceptually simple device with a very important purpose in the petrochemical industry. While designs are rarely the same, they operate under the same concepts. A spray nozzle disperses contents that are under pressure in a more even manner than otherwise possible. Sometimes they are used for the purpose if increasing the surface area of a desired liquid substance.
The head of the spray nozzle consists of several flow or drip points that will determine how fine the mist that emerges will be. The more flow points there are, the finer the mist will be. However, flow points are not the only factor. The pressure put on the spray nozzle will greatly affect the stream of mist. Depending on the usage, the function may require a low flow rate or a high flow rate.
Uses in the petrochemical industry usually include injecting additives to the product, creating a fire protection and prevention system for the plant, and cooling systems.  They can also be used for gas scrubbing, which is the process of removing any contaminants that the oil may have accumulated during the refinement process.
Materials used to make petrochemical spray nozzles are often alloyed with other metals to ensure that they provide the correct weight, performance, and durability required by the refinery. Common metal alloys used are brass and stainless steel.
Petrochemical spray nozzles are crucial to the refining process.