metal chips briquetting machine price

Metal chip briquetting machines primarily process spiral and flaky scraps generated by the machining industry, including steel, aluminum, and copper. These scraps, produced during machining processes like lathes, milling machines, and drilling machines, are typically bulky (bulk density is only 10%-15% of the raw material), which not only takes up storage space but also poses safety risks during transportation. The automotive industry is the largest source of scrap, with a single medium-sized plant producing up to 2-5 tons per day, urgently requiring specialized processing solutions.

High-value-added applications after recycling

Brittling increases the density of metal chips by 3-5 times, allowing them to be used directly as smelting raw materials. Steel mills can use briquettes in electric arc furnaces, reducing smelting energy consumption by 15%-20%. Aluminum briquettes are remelted and used in automotive part casting, achieving a material utilization rate exceeding 92%. For high-end applications, such as aviation aluminum alloy briquettes, after special purification treatment, they can even be reused in aircraft component manufacturing, creating a truly closed-loop recycling process.

The Core Workflow of Briquetting Equipment
Modern briquetting machines utilize a three-stage process: pretreatment, compression, and molding. First, waste chips are purified through magnetic separation and centrifugal deoiling (oil content ≤ 0.3%). Then, they are cold-pressed under 200-400 tons of hydraulic pressure. Finally, uniformly sized blocks (typically 30×30×50 cm) are produced through a mold. Intelligent models are equipped with a PLC control system that automatically adjusts the pressure curve, achieving a production capacity of 1-3 tons/hour for different materials.

In-depth Analysis of Factors Influencing Price
Equipment prices range from 100,000 to 500,000 yuan, primarily influenced by three factors:

Processing Capacity: The price difference between a basic 500kg/hour model and a 3-ton industrial-grade model is as much as 300%.

Degree of Automation: Models with intelligent detection functions are 40%-60% more expensive than standard hydraulic systems.

Material Compatibility: Multifunctional equipment capable of processing steel, aluminum, and copper simultaneously commands a 25%-35% premium.

Additionally, obtaining EU CE certification or US UL certification increases costs by 15%, but significantly enhances export competitiveness. Current market trends show that high-end models with strong automation and remote control capabilities are becoming the new favorites for purchase.