Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)
Corner Hollow Conical Nozzle (LS)

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Corner Hollow Conical Nozzle (LS)


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L‑type nozzles are characterized by producing a hollow conical spray pattern, with spray angles of up to 140°. The spray zone of an L‑type hollow‑cone nozzle is annular, enabling uniform distribution across a wide range of flow rates and pressures. It generates droplets ranging from small to medium in size, and even under low‑pressure conditions, the nozzle ensures excellent atomization, delivering outstanding performance in applications requiring heat exchange or effective impact of suspended droplets—effects that are particularly pronounced in such scenarios. L‑type hollow‑cone nozzles feature a unique flow‑channel design; their large, unobstructed passages help minimize or eliminate clogging. With low operating resistance and reduced energy consumption, they are highly efficient, energy‑saving nozzle products. L‑type fan‑shaped nozzles deliver high‑impact fan‑shaped sprays, making them especially suitable for applications that require thorough cleaning of component surfaces. L‑type nozzles are manufactured from a variety of materials, including engineering plastics such as polycarbonate (PC) and ABS, as well as copper‑nickel alloys and stainless steel. They exhibit high hardness combined with toughness and excellent resistance to chemical corrosion. Their operating temperature range spans −30°C to 120°C, and they can withstand maximum working pressures of up to 4 bar. L‑type nozzles are widely used in central air‑conditioning, textile, chemical, metallurgical, construction, and other industrial sectors.
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  • Product Description
  • Product Specifications
  • Design features:
    1. The L-type nozzle is characterized by its ability to produce a hollow conical spray pattern, with a spray angle of up to 140°.
    II. The spray pattern of the L‑shaped hollow conical nozzle is annular, enabling uniformly distributed atomization across a wide range of flow rates and pressures, with droplet sizes ranging from small to medium. Even under low‑pressure conditions, FL nozzles deliver excellent atomization performance, yielding outstanding results in applications requiring heat exchange or effective impact of suspended droplets—effects that are particularly pronounced in such scenarios.
    3. The L‑shaped hollow conical nozzle features a unique flow‑chamber design; its large, unobstructed flow passage helps reduce or eliminate clogging. With low operating resistance and reduced energy consumption, it is a highly efficient, energy‑saving nozzle product.
    4. L‑shaped fan nozzles deliver a high‑impact fan‑shaped spray, making them particularly well suited for applications that require cleaning of part surfaces.
    5. It exhibits high hardness combined with toughness and excellent resistance to chemical corrosion. Its operating temperature range is –30°C to 120°C, and it can withstand a maximum working pressure of 4 bar.
    6. L-shaped nozzles are widely used in industries such as central air conditioning, textiles, chemicals, metallurgy, and construction.

     

    Material: Engineering plastics such as polycarbonate (PC), ABS, as well as copper-nickel alloys and stainless steel, among other materials.
     

    General applications:

    ●Spray cooling ●Gas scrubbing ●Dust suppression control ●Surface treatment ●Heat exchange applications ●Defoaming

     

  •      Model: LS-0, Body Material: PC, Thread Specification: Internal Thread G1/2, Overall Length: 81 mm

    Model: LS-1, Body Material: PC & ABS, Thread Specification: Internal Thread G3/4, Overall Length: 41 mm

    Model: LS-2, Body Material: PC & Brass, Thread Specification: Internal Thread G1/2, Overall Length: 71 mm

    Model: LS-3, Body Material: PC, Attachment Method: Stainless Steel Clamp with Snap-On Mounting, Overall Length: 86 mm

    Model: LS-4, Body Material: ABS, Thread Specification: Internal Thread G1/2, Overall Length: 48 mm

    Model: LS-5, Body Material: ABS, Thread Specification: Internal Thread G1/4, Overall Length: 33 mm

    Model: LS-6, Body Material: ABS, Thread Specification: Internal Thread G3/4, Overall Length: 86 mm

    Model: LS-7, Body Material: ABS, Thread Specification: Internal Thread G1-1/4, Overall Length: 48 mm

    Model: LS-9, Body Material: ABS, Thread Specification: Internal Thread G1/2, Overall Length: 46.5 mm

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