K4-19250 Compact Tank Cleaning Nozzle | 360° Self-Rotating

K4-19250 Compact Self-Rotating Tank Cleaning Nozzle

Product Overview:

CYCO K4-19250 tank cleaning nozzle is a compact rotary cleaning nozzle designed for efficient internal cleaning of tanks, vessels, bottles, and process containers.

Two precisely angled flat fan spray tips generate a self-driven rotational force through the 25 mm inlet, delivering powerful side jets that reach every interior surface. A dedicated top aperture extends spray coverage to a complete 360° spherical pattern, ensuring no dead zones.

Built from corrosion-resistant 316 stainless steel throughout, with hardened stainless steel bearings and bearing rings for maximum wear life. Rated for operating pressures up to 13 bar and temperatures up to 180°C, the 19250 nozzle integrates seamlessly into CIP systems across chemical, food & beverage, pharmaceutical, and industrial processing applications.

How It Works:

K4-19250 tank cleaning nozzle operates using the cleaning fluid reaction force.

Pressurized cleaning liquid enters the nozzle body and exits through two precision flat-fan spray orifices.

The resulting reaction force drives automatic rotation of the cleaning head, creating continuous movement and uniform spray distribution.

A dedicated top spray opening ensures complete 360° internal coverage, reducing blind spots inside tanks and containers.

Key Features:

K4-19250 compact cleaning nozzle generates self-rotating movement through the reaction force created by two flat-fan spray jets.

The special nozzle arrangement produces powerful side spraying action, while the top opening enables complete spherical cleaning coverage.

Top aperture + dual side fan tips eliminate blind spots.

Features two flat fan spray tips with 25mm holes for side spraying, plus a top hatch to ensure complete, dead-angle-free coverage.

The nozzle body is manufactured from high-quality 316 stainless steel for superior corrosion resistance.

The shaft and bearing ring are made from hardened stainless steel to maximize wear resistance and extend operating life.

Select from STCN5 to STCN9 to match your system requirements.

Suitable for Clean-In-Place (CIP) systems, allowing automated internal cleaning without tank disassembly.

Technical Specifications:

K4-19250 Tank Cleaning Nozzle

Parameter

Specification

Model

K4-19250

Body Material

316 Stainless Steel

Bearing Material

Hardened Stainless Steel

Spray Pattern

360° Full Sphere (dual flat fan + top aperture)

Spray Coverage

360°

Drive Type

Self-rotating (fluid-driven, no motor)

Max Pressure

13 Bar

Max Temperature

180°C

Height (A)

89 mm

Diameter (B)

25.4 mm

Net Weight

0.23 kg

Inlet Size

25 mm

Recommended Use

CIP systems, tank washing, container cleaning

Performance Data:

Flow rates vary according to nozzle size and operating pressure.

Order Number1.5Bar3Bar4Bar5Bar6Bar8Bar10Bar12Bar
19250-STCN5-316SS1419.7232528323639
19250-STCN6-316SS15.922262932374145
19250-STCN7-316SS19.528323639455055
19250-STCN8-316SS2232364145525863
19250-STCN9-316SS2839465156647279

Applications:

CYCO K4-19250 rotary tank cleaning nozzle is widely used in:

Looking for the right nozzle or cleaning solution? CYCO provides a full range of tank cleaning nozzles and customized cleaning systems to meet your specific application needs.

Tell us your requirements, and our engineers will recommend the best solution for your project.

FAQs

The K4-19250 is designed for automated internal cleaning of tanks, bottles, vessels, and process equipment.

Yes. It is designed for Clean-In-Place applications and supports automated cleaning processes.

The nozzle body uses corrosion-resistant 316 stainless steel.

The maximum working temperature is 180°C.

No. The rotary movement is driven entirely by the cleaning fluid reaction force.

Get Expert Advice & Fast Quotation

Looking for the right nozzle or cleaning solution? CYCO provides a full range of industrial spray nozzles, tank cleaning nozzles, and customized cleaning systems to meet your specific application needs.

Tell us your requirements, our engineers will recommend the best solution for your project.