ACT PLAST PAINTS PRIVATE LIMITED

Corporate

Manufacturing of individual components to fully-assembled functional devices require a holistic approach to building products. We need to combine technology with expertise and wisdom in delivering the desired outcome.
Therefore, We understand and are committed to be a one point supplier who offer mix ‘n‘ match solutions to save customers both time and money. That’s why we offer an incredibly diverse range of capabilities to meet maximum requirements and demands with good quality.

We at ACT have in-house screen printing advantage which is one of the most commonly used print options. It is a versatile type of printing for which the need is aplenty as many requirement demands that we use this technique.
Screen printing allows us to print on any thickness of plastic which is perfect for plastic molding parts and on applique. Colors are printed one at a time and can be matched with a pantone color code or to a customer supplied sample. Having this feature in-house reduce the effort of set-up times for screen printing elsewhere as the molded parts can be screen printed by ourselves and delivered together.

•Membrane Geeks on developing complex, integrated human-machine interfaces with unique functional, graphics with performance requirements.

•Extensive understanding about India US and Europe quality standard in membrane switch and related products.

Combining the decoration process with the molding process adds durability; decreases manufacturing costs by eliminating post-molding labelling, handling and storage. It also enables design flexibility. IMD allows for a wide range of colors, effects, textures, and graphic options and can replicate stainless steel, wood grain and carbon fiber. IMD is commonly used on washers and dryers because of its affordability and durability.
We also take up projects that may need in-mold decoration (IMD) to include an image or coating on a plastic surface. This process involves printing a high-quality image on a heat-resistant plastic film that will hold up to the stress of in-molding. The printed film is inserted into the open plastic injection mold and held in place via vacuum ports or electrostatic charge while the mold is closed. Once closed, plastic resin is injected into the mold, encapsulating the label to the finished part.

The technology where the preformed printed film is used during injection molding.

•This process achieves high-precision decoration of the three-dimensional surface.

•It is highly integrated, saving subsequent assembly processes with improved yield.

•The decorative pattern is built in, never worn out.

•Light transmission for easy and clear display functions.

•It is better, lighter, more solid, more choices, and more secure for end users.

In-Mold Electronics eliminate additional weight and post-processing operations by allowing parts to be directly included in the electronic circuitry during the molding cycle.
It combines In-Mold Decorating (IMD) technology with Printed Electronics.

•IME allows to add functional parts even onto the complex plastic parts which is not possible in conventional laminating process

•IME surface decoration is possible with IMD/IML process

Eliminates printed circuit boards, light guides and make product look sleek and compact

Modern engineered plastics are used in countless industries and applications throughout the world. These materials are popular for many reasons, including their versatility, easy machinability, and excellent surface finishes. However, because plastics are not electrically conductive, they are very difficult to plate with proper adhesion.
Electroplating is the process in which dissolved ions of one metal are deposited onto the surface of another substrate. Plastic plating is commonly used in many industries for purposes such as corrosion and wear protection, increasing surface hardness, promoting electrical conductivity, or for improving the appearance of a part or component. The process of plating metal onto plastic is now a widely accepted industrial practice that offers several crucial benefits for manufacturers everywhere.
Our electroplating projects have been described as having “excellent adhesion and RF performance” by our clients. This is important because many of the applications for plastic plating will be deployed in extreme environmental conditions, such as high temperature or high altitude/low-temperature ranges. At present we have a maximum of 1500mm X 1000mm plating area in a single dip in our plating line.