Polar Electronics Pvt Ltd. recover as much as possible component of electronics waste such as integrated circuit (I.C), Central processing unit (CPU), memory Ic , Connectors and LCD,’s that reduce recycling need and make E-waste as new earning source.
We offer a best price of your electronics waste with a promise of zero landfill and least environment impact.
we accept Electronic waste such as computers, laptops, smartphones, tablets, TVs, Smart Watch, Bluetooth device etc..

Component recovery or component harvesting, is a process that involved the recovery and refurbhishemnet of valuable components such as CPU, IC, Display etc… from electronic devices ,
From past few years, recover and refurbished component and product requirement rapidly increase due to low cost and acceptable life span.
its also help in conserve natural resources.

Electronic devices, such as computers, TVs, smartphones, and other consumer electronics, contain a wide range of valuable components, including microchips, integrated circuits, capacitors, connectors, memory modules, and more. These components often retain their functionality even when the device as a whole is no longer usable or outdated. By recovering these components, we can extend their lifespan, reduce electronic waste, and minimize the need for new component production.

The component recovery process typically involves several steps. First, the electronic device dismantling  to access the internal components. Next, the extracted components are carefully tested to ensure their functionality and usability. Components that pass the testing phase are then sorted, categorized, and stored for future use or sale.

Component recovery offers several benefits. Firstly, it reduces electronic waste and the environmental impact associated with improper disposal. Electronic waste contains hazardous materials, including heavy metals and toxic chemicals, which can contaminate soil, water, and air if not handled properly. By recovering components, we reduce the amount of waste sent to landfills or incineration facilities and minimize the release of harmful substances into the environment.

Secondly, component recovery conserves resources and reduces the energy and raw material requirements for manufacturing new components. Many of the materials used in electronics production, such as precious metals (gold, silver, palladium), rare earth elements, and other valuable metals, are often in limited supply and come with significant environmental and social impacts. Recovering and reusing these materials from existing devices helps alleviate the demand for new mining and extraction activities.

Moreover, component recovery presents economic opportunities. Recovered components can be sold to electronic manufacturers, repair services, or individuals looking for cost-effective solutions for their electronic projects. This creates a market for reclaimed components, supporting local businesses and contributing to a circular economy where resources are kept in use for as long as possible.

However, component recovery also presents challenges. Electronic devices are often designed with integrated components, making their extraction difficult and time-consuming. Additionally, the rapid advancement of technology leads to frequent changes in component specifications and form factors, making it challenging to find compatible and usable components in older devices. Nonetheless, advancements in technology and improved dismantling techniques are helping to overcome these challenges.

In conclusion, component recovery plays a crucial role in electronics waste management and resource conservation. By extracting valuable components from discarded or obsolete devices, we can reduce waste, prevent environmental pollution, conserve resources, and create economic opportunities. As the awareness of the importance of sustainable practices grows, component recovery is becoming an integral part of the circular economy, promoting a more sustainable and responsible approach to electronic consumption and disposal.