KG stainless steel solid cone nozzles are clog-resistant, offer uniform impact, and are easy to clean. KG nozzles are ideal for steel industry use, as well as for exhaust and dust cleaning, gas tank cooling, dust suppression, wetting, and firefighting.
Catalogue
Liquid passes through multi-porous or X-shaped baffles, creating rotating streams. As it exits, centrifugal force forms a circular spray pattern. The solid cone nozzle works well at low pressure, providing wide coverage and uniform droplets, ideal for semiconductor processes, chemical distribution, and coating.
Single-fluid nozzles produce a conical spray shape, known as solid cone nozzles, resulting in a circular pattern.
The Full Cone Spray Nozzle has maximum spray volume in the center, decreasing towards the edges, forming a mound-shaped distribution. Ideal for concentrated impact applications like surface cleaning. For uniform spraying, install nozzles closer together to overlap coverage areas and improve uniformity.distribution.
The flow tolerance is within a range of plus or minus 5% of the standard flow rate.
Angle tolerance is within a range of plus or minus 5% of the standard angle.
We take high quality smithing metal to produce solid and durable nozzles by detail turning.
We promise never to use recycled materials.
All material is purchased from world top providers.
Flow meters monitor cooling water and gas flow, ensuring accuracy and optimal efficiency; nozzles precisely control chemical liquid spraying, making even coating and stable quality
With over 30 years of nozzle development and manufacturing experience, along with extensive customer site knowledge, allow us to assist in creating the ideal product for your needs!
LORRIC can customize "flow rate," "angle," and "flow distribution" to suit your specific usage scenarios. We also offer support for unique situations like special impact force or ultra-fine spray needs. Feel free to reach out to LORRIC's team for more information and assistance.
Under fixed pressure, the volume of liquid or gas sprayed by nozzles within a certain period of time.
It is the angle by orifice and the loop of gas or liquid sprayed out.
The distribution of particle on surface by sprayed up liquid.
Testing in extreme environments demands data to aid nozzle development.