Our comprehensive range of accessories significantly contributes to optimizing the adaptability of Lechler nozzles to special requirements and prerequisites.
No matter whether you want to change nozzles easily, to provide sealing or just to have an alternative fixing facility, you’ll profit in every respect from Lechler’s technical know-how and practical experience with accessories. As a result, your work is made easier, your capacity is better utilized and you’ll be saving cost to an extent you wouldn’t have thought possible.
The solution: Lechler multichannel air nozzles, featuring a significantly reduced sound level, high blowing power, and low air consumption.
The performance of multichannel air nozzles is based on partitioning the air inflow into single air jets. 16 air channels, arranged to ensure optimum flow conditions, provide for a particularly uniform, straight and powerful overall air jet.
In many industries and workshops, compressed air has become an indispensable tool. Compressed air is needed for cleaning, blowing off, drying, conveying, and for numerous other applications. Where uncontrolled compressed air is applied, very often annoying, high-frequency hiss noises arise, which may cause serious harm to hearing.
These »noises« are produced by turbulence generated at the air outlet. Their intensity depends on the shape of the nozzle orifice and on the air pressure. This means: the better and stronger the air jet is supposed to be, the higher the health-injuring noise level and the higher the air consumption and its cost.
There is a comprehensive range of solid stream nozzles in stainless steel with special hardening or with TC inserts for high-pressure use. Lechler high-pressure solid stream nozzles excel in closed, stable, and powerful solid jets, not even breaking at very high pressures.
The smooth solid stream is also known as the so-called “primary jet”. Low-pressure solid stream nozzles belong to this kind of nozzle.
Actually, the solid stream nozzle is not supposed to produce an atomized spray pattern, because it has been designed for maximum jet power. Here, the skill of Lechler design engineers was challenged to prevent concentrated, straight jets from disintegrating into drops at large distances.
Series 676/677 MEMOSPRAY
Ball joint, omnidirectional swiveling range of 20°. Simple quick assembling. Easy adjusting and cleaning.
Series 676 “Easy-Clip”
Ball joint, omnidirectional swiveling range of 30°. Simple quick assembling. Easy adjusting and cleaning.
The product range of high-pressure nozzles includes the series 602, 608, 652, and 6FH.
The product range of the low-pressure nozzles includes the series 610, 612, 616/617, 632/633, 652, 652.xxx.8H.03, 612.xx.5E.03, 656/657 and 660.
Lechler deflector-plate nozzles are non-clogging nozzles without swirl inserts. It is VDS approved and can be used for fire fighting and broadcast spraying.
Lechler cluster head nozzles achieve a very large surface of the sprayed liquid by adding various finely atomizing single nozzles. Whenever a fine fog-like full cone atomization with relatively large flow rates is necessary, e.g. gas exchange processes, steam cooling or dust suppression, Lechler cluster head nozzles have decisive advantages: overlapping hollow cones form a fine full cone atomization with an increased droplet surface area. These very fine droplets cannot be achieved by a single-orifice spray nozzle of the same flow rate size.
The increased droplet surface area of the atomized liquid provides great efficiency in gas treatment and cooling applications.
Our comprehensive range of accessories significantly contributes to optimizing the adaptability of Lechler nozzles to special requirements and prerequisites.
Pneumatic flat fan atomizing nozzles produce a flat spray pattern with extremely fine droplets and spray angles up to 80°. These nozzles are particularly suited for applications requiring fine droplets and a
wide linear impact.
Pneumatic full cone atomizing nozzles are preferably used for applications demanding uniform circular impact patterns or larger spray distances. Generally, a narrow full cone with approx. 20°-30° is formed. Wider spray angles can be achieved by using special multi-orifice designs.
