
印刷电路板(PCB)通过支撑和连接电子元件,在现代电子设备中发挥着至关重要的作用。然而,随着技术的飞速发展和电子产品消费量的不断增长,废弃印刷电路板的数量急剧增加。这不仅浪费了宝贵的资源,还造成了严重的环境污染。.
多氯联苯含有有害物质,包括铅、汞和各种稀有金属。如不妥善处理,这些物质会渗入土壤和水中,对环境和人类健康造成重大风险。因此,加强多氯联苯的回收和再利用至关重要。它不仅可以减轻电子废物对环境的影响,还与全球促进环境保护和资源可持续利用的努力相一致。.
PCB 回收机可高效处理和回收废电路板,为电子废物回收提供专业解决方案。它旨在回收铜、金、银和稀有金属等贵重金属,同时还能对非金属材料进行再利用。这种回收工艺不仅能促进资源再利用,最大限度地减少环境污染,而且符合可持续发展的原则。.
Engineered to maximize the recovery of copper and precious metals from printed circuit boards. Through optimized crushing, gravity separation, and electrostatic sorting, the system achieves high metal purity and minimizes valuable material loss, improving overall recycling profitability.
The recycling line integrates shredding, fine milling, air classification, gravity separation, and electrostatic technology. This multi-stage process ensures effective liberation of metal from resin fiber, delivering clean copper granules and non-metallic fractions suitable for further reuse.
Precise crushing and screening modules maintain consistent particle size distribution, which is critical for efficient downstream separation. Controlled granularity enhances separation accuracy and reduces metal residue in non-metal outputs.
Equipped with pulse-jet dust collectors and negative-pressure systems to capture fine particles generated during crushing and grinding. The closed-loop design reduces airborne contamination and ensures compliance with environmental and workplace safety standards.
Suitable for processing computer motherboards, telecom boards, industrial control boards, and mixed electronic scrap. Modular configurations allow adjustment based on board thickness, component density, and production capacity requirements.
From small-scale pilot lines to high-capacity industrial plants, the modular structure supports flexible expansion. Independent functional units simplify maintenance, reduce downtime, and provide long-term operational reliability for growing recycling operations.
气流分离器是一种利用空气动力学原理分离固体颗粒的设备,广泛应用于回收、食品加工和制药行业。.
静电分离器是一种高效分离设备,专门用于分离导电率不同的混合材料。.
在加工电路板时,可将其粉碎到 20 目左右的细度。这一步骤通常需要使用专门的设备来完成,如研磨机或破碎机。这些设备可以有效地将电路板研磨成更小的颗粒,使随后的分离和提取过程更加顺利和高效。.
新型研磨盘设计,容量大,耐磨性好,使用寿命是普通研磨盘的两倍。圆振动筛:大尺寸回收,用于二次研磨。反馈系统使研磨更有效。负压进料系统防止粉尘跑出。空气冷却器和循环水系统用于控制温度和降低研磨系统的噪音。.
After de-soldering, the typical ratio in a pcb recycling machine is about 20% PCB boards and 80% electronic components, depending on the board type.
The annual maintenance cost of a waste pcb recycling machine is usually around 5%–10% of the total equipment cost, depending on capacity and operating conditions.
A pcb recycling machine does not produce liquid or hazardous emissions, but it may generate dust, which is controlled by a dust collection system.
The noise of a waste pcb recycling machine can reach around 100 dB, mainly from the hammer crusher. It is recommended to install a soundproof enclosure around the crushing area.