The Different Techniques of Spray Paint Application

 Spraying is the most dominant paint and finishing technique among industrial manufacturers because of its versatility and economic options. Airless paint spray dealers in Ghaziabad have listed some of the types of spray methods currently in use include:

• Air-atomized
• Airless
• Electrostatic
• High-volume, low-pressure

There are many techniques available to manufacturers and finishers when applying paint or finish to a manufactured product. The logic behind any purchase and suiting to specific requirements is imperative to select the right method for your operation.

Let us look at the benefits and disadvantages of the most standard types of application methods.

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Air-atomized Spray 

This application is the traditional approach to spray paint as known to Spray paint machines dealer in Faridabad. Usually, the applicator consists of a conventional spray gun that blends compressed air with the liquid flow to form a pressurized mist that covers the object. Since the tools can be modified and customized to conform to the needs of the operator, air-atomized applications are highly flexible and can be used on almost any kind of substrate.

However, the main drawback of air-atomized technology is the loss of paint during spray painting. The equipment has inferior transfer efficiency corresponded to other application methods. It does not require much labour requirements and that helps to offset the material costs. Spray booths also ought to be adequately exhausted to guarantee workers are not exposed to hazardous levels of airborne chemicals.

Airless Spray

Rather than blending liquid paint with compressed air, airless application equipment simply pushes the liquid coating through a little opening to create pressure. This method propels paint particles at a lower velocity as compared to the conventional air-atomized equipment. This prevents loss of paint through overspray. Advantageous over conventional techniques, airless spraying also requires extra equipment maintenance as well as advanced skill on the part of the operator.

Electrostatic Techniques

Electrostatic applications are a somewhat modern innovation that offers superior transfer efficiency compared to other spray approaches. The equipment levies the paint particles with high voltage, causing them to be drawn to the surface of the part and will actually wrap around the part which boosts transfer efficiency. This technique allows for a smooth and solid coat with minimal effort, especially for objects with corners and contouring.

The best advantage of this method is that it helps to reduce wasted material significantly. It surely requires skill and precision for safe use. Electrostatic equipment is devised for specialized paints that have a distinctive conductivity, so the options are restricted to specific chemical compositions. This technique also presents a more considerable fire hazard in the workplace.

High-volume, Low-pressure (HVLP)

HVLP spray equipment uses spray gun atomization technology that drives large quantities of low-pressure air to the gun applicator. Since the paint is discharged at a lower velocity, this technique causes less overspray and blowback than traditional air-atomized equipment. On the face of it the benefit is apparent but it’s also worthwhile to note that HVLP applications need more skilled painters due to the higher transfer efficiency. The skilled painter is available with Airless paint spray dealers in Faridabad.

Other Paint Application Methods

Apart from spray application techniques, two of the commonly used paint application methods that don’t utilize the spraying technique  for manufacturers and finishers are:

Brushing -Brushing uses a paintbrush to spread paint or complete a component. The paint’s consistency is a critical factor in successful brushing applications. Thin paints may not shield and cover the surface sufficiently while thicker paints can pull and rope under the brush. Inadequate consistency will cause the brush marks to likely remain after the application is concluded. The chance of a lower-quality finish means that brushing is typically not used for adorning and decorative finishes.

Brushing is most commonly used to protect areas after repairs.  Brushing can also be good for hard-to-reach places.

Dipping

This technique is most commonly used for applying primers and involves completely immersing the parts in a tank. This is efficacious for coating components completely and thus makes it a great choice for applying protective coatings. Fully submerging the parts ensures that all areas will be adequately coated but this does not provide a high-quality finish. The reason is the paint drips – when the parts are hung to dry paint tends to drip.

Moreover, dipping is a flawed choice for finishing larger components as the size of the tank becomes cost-prohibitive. Dipping is mostly used in factories and at large repair stations.

The sufficient use of the dipping paint application methods is suited for:

Small components

Protective coatings

It is very important to analyse the need and requirements in detail before making a decision regarding a specific paint application method. Not all application methods are suitable for all companies, so it’s crucial for you to understand your operational requirements. This will help to select the right method for your operation. As a leading supplier of Spray paint machine dealers in Ghaziabad, Alpha Marketing will help ensure that you’re making the most knowledgeable decisions that best suit your operation and facilities.