How Are Contactor, Relay, and Switch Scraps Recycled?

Contactor, relay, and switch scrap are among the most valuable types of electronic waste generated from industrial facilities, factories, and electrical control panels. Thanks to the silver, copper, and other conductive metals they contain, these components hold high economic value in the recycling process. When properly processed, they contribute to environmental sustainability while also generating significant financial returns.

In this article, you will find detailed answers to questions such as how contactor, relay, and switch scrap is recycled, what stages it goes through, and what should be considered during the sales process.

What Is Contactor, Relay, and Switch Scrap?

Contactors, relays, and switches are industrial electrical components that control electrical current and perform switching and protection functions. When they reach the end of their service life or are replaced during system upgrades, these products are classified as electronic scrap.

These types of electronic scrap:

• From electrical control panels

• From factory automation systems

• They are removed from industrial machinery and are typically evaluated in bulk quantities.

Why Are Contactor, Relay, and Switch Scraps Valuable?

The main reason these electronic scraps are valuable is that the metals they contain have a high recycling potential.

Valuable Metals Contained

The most commonly found metals in contactor, relay, and switch scrap include:

• Silver

• Copper

• Brass

• Aluminum

Contactors and relays with a high silver content are valued at higher prices in the recycling process.

How Are Contactor, Relay, and Switch Scraps Separated?

The separation process is of great importance in electronic scrap recycling.

Pre-Sorting

İlk aşamada kontaktör, röle ve şalterler diğer elektronik hurdalardan ayrılır. Bu ürünlerin marka, model ve tipi belirlenir.

Shredding and Sorting

• Plastic and metal parts are separated

• Silver contacts are identified

• Copper-containing coils are separated

This stage directly affects the recycling value

Recycling Process of Contactor, Relay, and Switch Scraps

The recycling process of contactor, relay, and switch scraps consists of several basic stages.

Collection

Electronic scrap from industrial facilities and factories is collected on-site. Bulk purchases provide logistical advantages.

Evaluation

The type, quantity, and metal content of the scrap are determined. Preliminary evaluation via photos is often preferred for quick pricing.

Recovery

The separated metals are processed at recycling facilities and converted back into raw materials. This helps reduce the consumption of natural resources.

How Are Contactor, Relay, and Switch Scrap Prices Determined?

The prices of these types of electronic scrap are determined based on the following criteria:

• Silver and copper content

• Brand and model of the products

• Total quantity of the scrap (tonnage)

• Current metal market prices

Contactors with particularly high silver content are valued at higher prices depending on market conditions

Environmental Benefits of Industrial Electronic Scrap

Recycling contactor, relay, and switch scraps not only provides economic gains but also offers environmental benefits.

• Natural resources are preserved

• Energy is saved

• The amount of electronic waste is reduced

• Environmental pollution is prevented

Therefore, recycling industrial electronic scrap is of great importance for sustainability.

Conclusion

Contactor, relay, and switch scraps are valuable electronic wastes when properly separated and recycled. Professional recycling processes ensure both environmental protection and economic gain. By processing your industrial electronic scrap through reliable recycling companies, you can contribute to a sustainable future.