Melting Metals: Microchip Recycling & Recovery | Melting Metals

Microchip Recycling & Precious Metal Recovery

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Our Services

Expert Supplier of microchip recycling and precious metal recovery for a sustainable future.

A close-up view of a green circuit board featuring a prominent black microchip with metallic pins. The microchip has white alphanumeric markings on its surface, and the surrounding area displays various circuit patterns and solder points.

A close-up view of a green circuit board featuring a prominent black microchip with metallic pins. The microchip has white alphanumeric markings on its surface, and the surrounding area displays various circuit patterns and solder points.

A close-up view of a microchip on a circuit board being worked on with precision instruments. The scene is illuminated, highlighting the intricate electronic components and the fine details of the circuit.

A close-up view of a microchip on a circuit board being worked on with precision instruments. The scene is illuminated, highlighting the intricate electronic components and the fine details of the circuit.

Microchip Recycling

Efficiently dismantling and recycling microchips to recover valuable materials and reduce e-waste.

Precious Metal Recovery

Specializing in extracting gold, silver, and copper from electronic waste for sustainable reuse.

A close-up of a computer processor with numerous small metallic components and gold contact pins on a green substrate. The focus is on the central section with detailed circuitry, surrounded by a grid pattern of contacts.

A close-up of a computer processor with numerous small metallic components and gold contact pins on a green substrate. The focus is on the central section with detailed circuitry, surrounded by a grid pattern of contacts.

Gallery

Explore our microchip recycling and metal recovery process.

A close-up view of a black microchip or circuit board featuring intricate patterns and textures, with several gold connectors visible on one side.

A close-up view of a black microchip or circuit board featuring intricate patterns and textures, with several gold connectors visible on one side.

A close-up view of a semiconductor wafer being processed in a machine. The surface of the wafer displays intricate patterns of microchips with a reflective, multicolored appearance. The machine features various mechanical components, including cables and a label reading 'Writemode 4 mm'.

A close-up view of a semiconductor wafer being processed in a machine. The surface of the wafer displays intricate patterns of microchips with a reflective, multicolored appearance. The machine features various mechanical components, including cables and a label reading 'Writemode 4 mm'.

A printed circuit board with various electronic components and integrated circuits, prominently featuring a large black chip labeled 'PHOENIX ICU PRG 0770Z1-1'. Several capacitors are visible, along with numerous small resistors and connectors. There is a green LED light illuminated on the board, and the surface is covered with intricate traces and solder points.

A printed circuit board with various electronic components and integrated circuits, prominently featuring a large black chip labeled 'PHOENIX ICU PRG 0770Z1-1'. Several capacitors are visible, along with numerous small resistors and connectors. There is a green LED light illuminated on the board, and the surface is covered with intricate traces and solder points.

A large pile of disassembled electronic devices containing numerous circuit boards, plastic casings, and electronic components. The image features a chaotic arrangement of parts, predominantly in shades of white and black, creating a sense of clutter and randomness.

A large pile of disassembled electronic devices containing numerous circuit boards, plastic casings, and electronic components. The image features a chaotic arrangement of parts, predominantly in shades of white and black, creating a sense of clutter and randomness.

A close-up view of several integrated circuits or microchips arranged in rows. The surface details of the chips are visible, including markings such as part numbers and manufacturer logos. The chips are placed in a dark-colored tray designed for holding them securely.

A close-up view of several integrated circuits or microchips arranged in rows. The surface details of the chips are visible, including markings such as part numbers and manufacturer logos. The chips are placed in a dark-colored tray designed for holding them securely.

About Melting Metals

At Melting Metals, we specialize in microchip recycling and precious metal recovery, ensuring sustainable practices and innovative solutions for a cleaner future.

A yellow excavator is positioned in front of a large pile of metallic and electronic waste, including old appliances and scrap metal. Behind the scene, there are trees and a cloudy sky, and concrete barriers are placed in the foreground. The excavator appears to be in the process of sorting or collecting the waste.

A yellow excavator is positioned in front of a large pile of metallic and electronic waste, including old appliances and scrap metal. Behind the scene, there are trees and a cloudy sky, and concrete barriers are placed in the foreground. The excavator appears to be in the process of sorting or collecting the waste.

Two small integrated circuits are placed on a textured, dark surface. One of the chips has visible pins along its edges and a blank square in the center, while the other has markings and logos printed on it.

Two small integrated circuits are placed on a textured, dark surface. One of the chips has visible pins along its edges and a blank square in the center, while the other has markings and logos printed on it.

A close-up view of a grid of metallic pins protruding from a black surface, likely part of a computer processor. The pins are uniformly arranged and appear to be gold-plated, reflecting light in a bright contrast against the dark background.

A close-up view of a grid of metallic pins protruding from a black surface, likely part of a computer processor. The pins are uniformly arranged and appear to be gold-plated, reflecting light in a bright contrast against the dark background.

Our Mission

We are committed to transforming electronic waste into valuable resources, promoting environmental responsibility while recovering precious metals through advanced recycling techniques.

If you are looking for a reliable supplier, contact us !