What is a continuous spray bottle?

Unlike the usual spray bottle, which dispenses a Mist Sprayer Pump with one compression, the continuous spray bottle delivers a spray that lasts 3-5 seconds in length with each compression. Continuous spraying is possible by continuously pressing the trigger.

Why use a continuous spray bottle?

Ergonomic Design: Compared to regular spray bottles, continuous spray bottles save time, and energy and significantly reduce hand stress.
Usually comes with 360-degree use: it is able to spray upside down for a full 360-degree spray.
The mist is continuous so it distributes the liquid evenly.

Spray bottle: generally used for hair, plants, pet care, car grooming, coolers, art sprayers, etc. Mainly used in areas where a continuous mist flow is required.

How do continuous spray bottles work?

There are two types of sprayer devices based on the type of dispersion they do -

(i) a controlled spray or (ii) a continuous spray

We're dealing exclusively with a continuum here.

These devices are pressurized using technology, pre-compression valves, and aerosol-like liquids. The main body of the device consists of a pressure chamber, a pressure piston, and a pressure spring. The device has a piston and a piston chamber that draws liquid from the bottle and fills the pressure chamber when the consumer holds the trigger.

The piston chamber consists of an inlet valve and an outlet valve. Once the liquid is sufficiently pressurized, it can be dispensed by the consumer by opening an activation valve, such as by pressing an activation button, and ejection can be stopped by the user ceasing to press such a button.

Once the liquid is pressurized to sufficient pressure, continuous jetting continues until the chamber is emptied. By repeatedly pulling the trigger, continuous spraying is achieved.

By keeping the input volume larger than the pressure chamber volume, continuous spraying with smaller pumping strokes can be achieved.

In the "continuous injection" embodiment, once the liquid is sufficiently pressurized, continuous injection occurs until (i) the chamber is emptied or (ii) until the pressure of the liquid in the pressure chamber becomes less than that of such an upper outlet valve Turn on the pressure.