The thinking on waste in today's society is becoming increasingly critical. The tradition of repairing things instead of throwing them away has returned, and spray painting has played a crucial role in the revolution of item reuse. Searching for "spray paint" on the internet will give you countless ideas on how to renovate furniture, fixtures, even shoes and empty yogurt cups. The spray paint produced by paint manufacturers can achieve incredible results. For example, spraying glitter or chalk paint is a daunting research and development challenge, but our industry has proven through the design of intelligent aerosols that these challenges can be overcome.

The core of spray painting is to convey a sense of pride. When a consumer completes a project, they take a step back and look at the work and say, "Wow, this looks great!" Before this moment arrives, there are a series of obstacles, and any one of them can drag you down and derail your efforts.

Let's explore the user experience of spray painting.

When using a can of spray paint for the first time, you need one second to adapt to the force of the spray, the amount of pressure sprayed, and calculate the distance between the spray paint and the target surface. Find a way to make the spray paint softer, place your finger on the button, and build confidence in finding the direction of the spray pattern. This will make your spray paint product a powerful helper in the creative process.

An inexperienced consumer who wants to create a similar spray effect may want to be able to intuitively adapt to spray painting, prevent overspray, and apply it evenly and gently where needed.

In the development of aerosols, the spray mode is a complex balance feature, and it would be better if it was as simple as changing the nozzle. To some extent, changing the mechanical crushing unit (MBU) in the actuator can produce a good change of spray mode, but this mode is also affected by the surface tension of propellant, immersion tube, valve hole size, gas phase side hole and formula. Just like a spider web, pulling a thread can affect other parts of the web. Moreover, in the hands of consumers, the spraying distance also affects what mode is achieved. The spray mode deserves special attention in the finished product test to ensure that all functions can be combined to create the desired experience effect of consumers.

Some creative projects require crazy spray angles to complete all surfaces. It is vital that the user can achieve consistent spray in any direction without clogging. Thick formulas and the presence of particles can cause sedimentation or clumping, making it easy to block valves or actuators. A check ball valve at any angle is a location where blockage can occur. Spray testing, whether in the laboratory or in consumer use, is crucial to ensure that you understand the performance of your product in the use process and under what conditions your product will be used.

As the spraying project progresses, consumers are gradually approaching the end of a can of spray paint. They will try to estimate how much paint is left and start considering whether to go to the store to buy another can. If we can consider the scale of the project, the products are also very attractive. For example, the product scale required to complete a "bird house" or a "lounge chair" project can help people estimate how much paint is needed.

If it is a heavy workload project, the user's fingers may feel tired from holding down the button, and may even have to switch to non dominant hands to rest their fingers. It is easy to use a comfortable spray button on the package, but it will make a huge difference in the end user's experience.

Consumers are inspired by these interesting new paint products - chalk, chalkboard, metal, glitter, fluorescence, marble, stained glass, cracks, stone effects, etc. - and more importantly, they can be inspired by their own efforts. By applying thoughtful design practices, we can shorten their learning curve and enhance their confidence in planning to create the next great creative project.