The Semi-Lock Quick Connector (ML) employs a semi-locking mechanism to enable secure connections and effortless disconnection. Designed specifically for efficient fluid transfer, it delivers reliable sealing and durability in demanding applications. It is ideally suited for cooling systems, industrial machinery, and precision fluid handling.

The Floating Blind-Mate Quick Coupler (CYFBI) features a floating structure that compensates for misalignment during the connection process, enabling smooth and precise coupling. It ensures safe, leak-free performance and is ideally suited for applications requiring frequent assembly and disassembly—such as liquid cooling systems in data centers and precision industrial equipment.

The Blind-Mate Quick Connector (CYSBI) is designed specifically for easy, tool-free connections in confined or hard-to-reach spaces. Its self-aligning feature enables seamless connection without the need for precise positioning, ensuring both efficiency and reliability. It is ideally suited for liquid cooling systems, data centers, and industrial automation applications.

The Dry Fog Humidifier is an industrial humidification nozzle primarily designed for use in large-scale industrial plants and workshops, serving to eliminate static electricity, lower temperatures, and suppress dust. It offers tailored humidification solutions to meet the specific needs of various industries. Utilizing a dual-fluid system to mix liquid and air, the Dry Fog Humidifier generates an ultra-fine mist through a two-stage atomization process, achieving an average droplet size of 5–7.5 μm. The humidified environment—including floors and equipment surfaces—remains dry, free from dampness or condensation.

Flow rates and spray angles cover a wide range. For a given pipe size, the spray angle range for hollow-cone and full-cone spiral nozzles is 50°–170°, and the liquid flow rate ranges from 2.6 to 6,330 liters per minute.

This flanged nozzle produces a hollow cone spray pattern and is mounted on a pointed-structure polyester flange featuring a silicon carbide insert; it may also be manufactured using other materials. The nozzle is available with flange connection sizes of 2″, 3″, and 4″. At a pressure of 0.7 bar, the flow rate ranges from 535 L/min to 2000 L/min. The spray angle is 60° to 180° for the 2″ size, and 60° to 120° for the 3″ and 4″ sizes.

The Model 100 Rotating Spray Ball operates smoothly and delivers high-impact force, providing effective rotary cleaning. Constructed from stainless steel, it is hygienic and designed to perform 360° self-rotating cleaning within chemical storage tanks. It is specifically engineered for industries such as dairy, food, pharmaceuticals, brewing, chemicals, and industrial fermentation, as well as for other applications requiring high-impact cleaning.

The spray ball is driven by the cleaning fluid, which causes the internal turbine to rotate. The turbine, in turn, drives an internal reduction mechanism; this gear assembly operates along a predetermined trajectory—executing both self-rotation and orbital motion—to achieve comprehensive, 360-degree cleaning with no dead spots.

When not in use, the retractable cleaning nozzle head sits flush with the inner walls of the equipment being cleaned (such as spray dryers, cyclone separators, fluidized beds, storage tanks, piping, etc.). During operation, this retracted position ensures no interference with the process and eliminates product holdup. During the cleaning cycle, water is pumped to the nozzle under pressure, forcing the nozzle head to extend into the correct position to clean the equipment. Once the water supply is cut off, the nozzle head automatically retracts to its original position.

The spray pattern of a spiral nozzle is formed by the shearing of the fluid as it rotates along the spiral, creating multiple concentric cones. These cones produce two to three relatively thick bands of droplets, surrounded by wider, finer bands of droplets.

The 36300R bottle washing ball is widely used for cleaning tanks/reactors/ton drums/closed containers in industries such as pharmaceuticals, food, beverages, coatings, building materials, chemicals, pigments, resins, scientific research, dairy, daily chemicals, cosmetics, bioengineering, agricultural engineering, processing tools, petroleum, and new energy.