Non Ferrous Scrap

铝：全球与泰国包装的核心 从轻质金属到安全、可回收、并能降低运输成本的智能包装！ 你知道吗？你手中的铝罐拥有自19世纪以来的悠久历史，如今正逐渐成为全球食品和饮料行业的“未来象征”

再生铝：从废料到世界新标准 在全球产业加速迈向 净零排放 (Net Zero) 和 循环经济 (Circular Economy) 的时代，铝再熔锭（Aluminum Remelt Ingot）已不再只是“可选材料”，而是各国必须依赖的 核心主角，以实现可持续发展和经济竞争力。 其突出特性包括 轻量、高强度、耐腐蚀、优良的热与电导性，使再熔锭广泛应用于 汽车、建筑、电子、包装 等需要高品质且环保的产业。 更重要的是，铝的再生利用比原生生产节省高达 95% 的能源，不仅大幅降低成本，还能显著减少碳足迹。同时，全球市场需求持续增长，尤其是 ADC12 在中国、日本和泰国广受欢迎，而 A356 与 AC4B 则广泛用于汽车零部件和高强度结构。 2025–2026 年全球趋势： - 中国：扩大产能以满足电动车（EV）和建筑需求 - 美国：再熔铝使用率全球最高（81%），在严格关税政策下持续增长 - 日本：完全依赖进口与回收，采用先进的分拣技术，并推动绿色铝在高端汽车产业中的应用 - 泰国：崛起为东盟废铝枢纽，铝罐回收率高达 86%，并积极推动循环经济项目 从废料 → 走向未来的主角 铝再熔锭正逐步成为所有产业必须采用的新标准。对于金属和制造业的从业者而言，现在正是抓住全球市场机遇、加速转向再熔铝的最佳时机。

泰国正进入一个新时代，“铝罐”不再只是包装材料，而是可持续性、创新和循环增长的象征。 预计到2025年，金属包装产业的总收入将超过180亿泰铢，其中铝材占74.22%，铝罐更是以58.48%的份额位居首位。越来越多的企业正在从塑料转向铝，以实现ESG目标，并打造现代化、环保的品牌形象。 如果您正在寻找用于可持续包装或工业用途的铝卷材（Aluminium Coil）、铝锭（Ingot）、再熔铝（Remelt）， 请立即联系 SO OK TRADING。

铝废料与 UBC 废罐：循环经济中的“白金”商机 泰国的铝废料市场正迈入一个令人振奋的新阶段。曾被视为“旧货”的废铝，如今已转变为支撑全球科技与可持续发展的战略性资源。尤其是 UBC（使用过的饮料罐）废料，正成为循环经济体系中的核心材料。2026 年，泰国将进一步巩固其作为亚洲再生资源枢纽的地位，推动废料从“边角料”跃升为“白金资产”。

UBC废铝罐：未来的绿色黄金 UBC（饮料用过铝罐）正从“可回收垃圾”跃升为全球循环经济的战略资源。纯度高达99%以上，能耗比原铝低95%，成为低碳制造的关键原料。

「铜废料不只是旧物——它是通往清洁能源与循环经济的钥匙」 在全球追求减碳与提升资源效率的时代，循环利用的铜正在迅速转变为各国争相拥有的战略性资产。 能够理解其价值并智慧管理的人，才是真正掌握未来生产的人。

2026年2月铜价走势 全球正进入一个“关键转折点”——来自电动车（EV）、人工智能（AI）以及清洁能源的需求急剧上升，而供应仍然紧张。 SO OK TRADING 总结了市场全貌以及在价格回调阶段的原材料采购策略，帮助泰国企业清晰把握这一战略性资产的机遇。

全球铝市场依然维持高位。1月29日价格一度冲高至 3,325 美元/吨，创下近4年来新高；1月30日最新收盘价为 3,110 美元/吨，短短4周涨幅超过 8.78%。这反映了供应紧张与投资者信心的双重推动。

ADC12 – 日本标准铝合金，引领泰国与全球压铸市场 凭借卓越的强度、精度与铸造性能，ADC12 已成为汽车零部件、电器设备及工业机械的核心材料，并符合 CBAM 标准，支持全球出口。 SO OK TRADING – 您的优质 ADC12 合作伙伴

铅锭能源 – 驱动工业世界的上游动力 铅锭（Lead Bullion）是一种具有特殊性能的重要金属原料。它具有高密度，可有效屏蔽X射线和放射性辐射；质地柔软，易于加工成各种零部件；熔点低，有助于降低生产成本；并且可实现100%回收，支持循环经济与ESG标准。因此，它在电池产业、辐射防护、建筑工程以及合金制造等领域中发挥着核心作用。 2026年市场趋势显示，全球需求预计将继续增长，价格保持稳定或上升至2050–2200美元/吨（LME）。再生铅的比例不断提高，已成为全球ESG议题的重要组成部分。 SO OK TRADING 致力于提供高品质铅锭，稳定支持未来能源与工业的发展。

Thailand presents significant aluminum scrap opportunities due to its role as a major ASEAN processing hub, high import volumes (especially from the US), strong local manufacturing demand (automotive, electronics), and a growing focus on recycling for sustainability, with potential for suppliers in UBCs, wheels, and industrial scrap, though regulations are tightening. Key opportunities lie in supplying raw scrap to domestic smelters for ADC12 alloy production, catering to the automotive sector, and leveraging Thailand's strategic location for regional trade, but expect strict quality control and compliance. Key Opportunities Processing Hub: Thailand is a leading scrap processing center in ASEAN, transforming scrap into valuable alloys like ADC12 for industries. High Demand: Significant import volumes indicate massive local consumption, especially from the US, driven by manufacturing. Industry Focus: Strong demand from automotive, electronics, and construction sectors for recycled aluminum. Strategic Location: Ideal for refining and re-exporting, serving as a hub replacing China's role in US scrap trade. Recycling Growth: Government support and consumer interest in recycling create a robust supply chain for materials like aluminum cans (UBCs). Types of Scrap in Demand UBCs (Used Beverage Cans): High demand for clean, sorted UBC scrap. Auto Parts: Wheels, extrusions, and other aluminum components from the thriving auto industry. Industrial Scrap: Extrusion scrap, sheet scrap, and general factory offcuts.

Aluminum and copper scrap are vital for new products, with aluminum used in lightweight automotive/aerospace parts, packaging (cans), and construction (siding, windows) for its strength-to-weight ratio, while copper excels in electrical wiring, plumbing, and electronics due to its superior conductivity and corrosion resistance, with both metals significantly reducing energy and resources compared to virgin material. Aluminum Scrap Usage Transportation: Car parts, airplane components, trains (reducing weight for fuel efficiency). Packaging: Beverage cans, foil, food containers (lightweight, non-toxic). Construction: Window frames, roofing, siding, structural elements. Electronics: Casings, heat sinks. Copper Scrap Usage Electrical: Wiring (household, industrial), motors, generators, transformers (best conductor). Plumbing: Pipes, fittings (corrosion-resistant). Electronics & Renewables: Circuit boards, solar panels, wind turbines, EVs (high demand). Industrial: Machinery, heat exchangers, decorative items (as brass). Key Benefits of Recycling Both Energy Savings: Significantly less energy needed than mining new ore. Resource Conservation: Reduces mining impact and conserves natural resources like bauxite. Circular Economy: Creates a sustainable loop, especially crucial for growing green tech demand.

Aluminium is the most abundant metal in the earth’s crust. Approximately 75% of aluminium ever produced is still in use today as it can be recycled endlessly without compromising any of its unique properties or quality. Aluminium’s lifecycle provides significant benefits through recycling, saving 95% of the energy it would take to make new aluminium metal. More information on recycling may be found here. Recycling aluminium has five steps: Step 1: Collecting Scrap There are two categories of aluminium scrap: New Scrap New Scrap is surplus material that arises during the manufacture and fabrication of aluminium products, up to the point where they are sold to the final consumer. For example, off cuts of aluminium sheet or extrusions are considered new scrap. Sometimes, this new scrap can be safely recycled by aluminium smelters as its composition is known. Old Scrap Old Scrap is material that has been used by the consumer and subsequently discarded. For example, used beverage cans, window frames, electrical cabling and car cylinder heads are all considered old scrap. Aluminium smelters are unable to safely accept this old scrap as its composition is usually unknown and it can be contaminated. Scrap aluminium is also collected from the community – from households, scrap merchants, local and regional authorities, etc. Step 2: Sorting Scrap The scrap is then sorted – grouping all coated (painted or lacquered) aluminium together, and grouping all uncoated aluminium together. Paper, plastic and other non-aluminium recycling needs to be removed. Step 3: Crushing The sorted aluminium is then crushed into bales – by compacting the aluminium scrap, it reduces freight, storage and handling costs Step 4: Remelting Uncoated scrap is loaded directly into a large furnace called a remelter, where it is heated at high temperatures and turned into molten form. If the scrap aluminium is coated, it is processed through a gas fired rotary furnace to remove any coating and then transferred to the remelter. Step 5: Casting The molten aluminium is cast at a temperature of just over 700°C to form ingots