How Pigments Power Electronic Equipment : A Deep Dive by SP Colour & Chemicals
SP Colour & Chemicals is a manufacturer & exporter of premium pearl pigments in India. The modern world of innovation in electronics encompasses more than just CPUs and circuitry. Performance, protection, and aesthetics are also important considerations in the electronic components. Pigments are one often-overlooked yet essential component used behind the scenes. Indeed, our electronics’ appearance, feel, and functionality are greatly influenced by the same vibrant elements that are used in paints and coatings.
High-performance pigments including Iron oxide pigments, Pearl pigments, and other Inorganic pigments are our specialty at SP Colour & Chemicals, and we supply a range of sectors, including the ever changing electronics sector. This blog discusses the essential function of pigments in electrical devices, their types, their uses, and the reasons why manufacturers all over the world depend on them.
Why Are Pigments Used in Electronic Equipment?
Electronic pigments are much more than just color. They improve a device’s use, performance, and safety. The following are the main justifications for pigment use in electronic devices:
Visual Appeal: In this futuristic era, Customers adore stylish and fashionable devices to look attractive and more promising. Customers are attracted to the glittering, high-end finishes that pigments, especially pearl and metallic pigments, offer in the products.
Resistance to Heat and UV: In this modern world, devices that are exposed to heat or sunlight may deteriorate. SP Color & Chemicals pearl pigments enhance every type of product. The longevity of plastic parts and housings is extended by inorganic pigments such as titanium dioxide and iron oxides, which provide protection against UV rays and high temperatures. Our pearl pigments protect any types of products from sunlight also.
Thermal and Electrical Characteristics: Carbon black pigments are our main source that are used in ESD-safe housings, because of its conductivity.