1 概述
1.1 什么是再生ABS
再生ABS（rABS，Recycled Acrylonitrile-Butadiene-Styrene Copolymer）是以ABS废塑料为原料，经分选、破碎、清洗、熔融过滤、造粒等工序重新加工得到的颗粒料，以物理回收为主。其国家标准为GB/T 40006.5-2021《塑料 再生塑料 第5部分：ABS材料》，2022年5月1日实施。按废料来源可分为两类：PIR（Post-Industrial Recycled，消费前回收料）以注塑水口料、挤出边角料、不合格品为主，品质高、杂质少；PCR（Post-Consumer Recycled，消费后回收料）来自家电拆解件、汽车拆解件、电子电器废料，品质波动较大。
主要废料来源包括：家电拆解（电视机、洗衣机、冰箱、空调外壳）、汽车拆解（仪表板、门板、保险杠）、电子电器（电脑、显示器、路由器、电源适配器外壳）以及工业水口料。典型工艺流程为：废料收集→拆解→破碎（8-12mm）→分选（密度/静电/NIR近红外/色选）→深度清洗→熔融挤出造粒（200-220℃）→改性造粒→包装。密度分选利用ABS密度1.03-1.06 g/cm³、PP/PE上浮分离的原理，深度分选后纯度可达98%-99%。
1.2 核心价值
一是减排：据清华大学环境学院LCA研究（《中国塑料循环经济白皮书2024》），相比原生ABS，每吨再生ABS约减排温室气体67%，化石能源消耗减少58%；行业报告普遍给出物理回收碳足迹降低60%-70%的区间。二是成本：2025-2026年消费后再生ABS（PA-757R改性级）出厂价约13,800元/吨，较原生ABS（奇美PA-757约18,200元/吨）低约24.2%；低端黑色再生颗粒仅5,500-7,000元/吨，成本优势显著。三是政策驱动：中国《汽车产品回收利用技术政策》（2025修订）要求2026年起新上市车型ABS关键部件再生料比例≥10%；欧盟ELV指令要求新车再生塑料6年内≥15%、10年内≥25%；日本资源有效利用促进法（2026年4月施行）已将汽车、家电纳入首批指定再生塑料品目。
2 应用领域与具体产品
2025年再生ABS下游应用结构约为：电子电器41.3%、汽车22.7%、包装与消费品25.1%、建筑医疗等约10.9%（豆丁网ABS树脂回收报告口径）。下表按四大板块归类，并标注每个领域的核心选材特征（该特征也是写文章时可展开的性能切入点）。
2.1 电子电器
电子电器是再生ABS主要的消纳领域，选材核心要求为阻燃（UL94 V-0/V-2）、绝缘、尺寸稳定、低VOC；黑色料为主，外观件需兼顾光泽与色差。
表1 再生ABS应用领域·电子电器
| 领域 | 具体产品 | 选材特征 |
|---|
| 机顶盒/电视盒子外壳 | 机顶盒、IPTV终端外壳 | UL94 V-0阻燃、黑色为主、低烟 |
| 电源适配器壳体 | 笔记本/手机充电器外壳 | 耐热75℃以上、绝缘、耐黄变 |
| 路由器/网络设备外壳 | 家用路由器、交换机外壳 | 尺寸稳定、黑色高光、EMI兼容 |
| 打印机/复印机外壳 | 办公设备外壳、出纸托盘 | 耐热、耐刮擦、低气味 |
| 键盘键帽 | 键盘键帽、掌托 | 耐磨、耐击打听感、配色稳定 |
| 移动电源外壳 | 充电宝外壳、电池盒 | 阻燃V-0、抗跌落、低VOC |
| 显示器后壳 | 桌面显示器、商用显示后壳 | 外观光泽、尺寸稳定、易装配 |
| 断路器/开关外壳 | 低压断路器、墙壁开关面板 | UL94 V-0、耐电弧、绝缘 |
2.2 汽车
汽车是再生ABS增长较快的领域，选材核心要求为低VOC、耐候、耐热、冲击保留率高，并满足IMDS可追溯；汽车级PCR-ABS要求Charpy冲击>18 kJ/m²，耐温-30℃至90℃无结构变形。
表2 再生ABS应用领域·汽车
| 领域 | 具体产品 | 选材特征 |
|---|
| 仪表板/仪表盘骨架 | 仪表板本体、骨架 | 低VOC、耐热≥95℃、IMDS可追溯 |
| 车门内饰板/门板骨架 | 门板本体、扶手基座 | 冲击保留率>80%、耐候、低气味≤3.0级 |
| 中控台/中央通道 | 中控本体、通道饰板 | 耐热、尺寸稳定、耐刮擦 |
| 立柱饰板 | A/B/C柱内饰板 | 阻燃、低VOC、配色一致 |
| 后视镜外壳 | 外后视镜壳、支架 | 耐候UV、抗冲击、可喷漆 |
| 保险杠（次要件） | 保险杠下护板、吸能块 | 高抗冲、耐低温-30℃ |
| 手套箱/储物盒 | 副驾手套箱、中央储物盒 | 低气味、耐疲劳、易脱模 |
| 方向盘/门锁/通风管 | 方向盘骨架、门锁壳、出风管 | 耐热、抗冲击、尺寸精度高 |
2.3 家用电器
家电是再生ABS传统大户，选材核心要求为外观光泽、耐热、低气味、配色一致性；白色/瓷白料需克服黄变，价格比黑色高1,000-3,000元/吨。
表3 再生ABS应用领域·家用电器
| 领域 | 具体产品 | 选材特征 |
|---|
| 电视机边框/后壳 | TV前框、后壳、底座 | 高光泽、低黄变、耐候 |
| 洗衣机控制面板 | 旋钮面板、显示窗 | 耐热、耐洗涤剂、尺寸稳定 |
| 空调外壳/面板 | 室内机面板、外壳 | 外观级、低VOC、耐刮擦 |
| 冰箱内饰件/抽屉 | 冰箱抽屉、果菜盒 | 耐低温、食品接触级需NOL认证 |
| 小家电外壳 | 电吹风、榨汁机、搅拌机外壳 | 耐热、抗跌落、配色 |
| 微波炉外壳 | 微波炉腔体、面板 | 耐热≥100℃、阻燃 |
| 吸尘器外壳 | 吸尘器主机壳、附件 | 抗冲击、低重量、耐磨 |
| 音响/音箱外壳 | 音箱箱体、回音壁外壳 | 声学阻尼、外观高光、低振动 |
2.4 建材、日用与其他
建材、日用及其他领域对成本敏感、性能要求中等，可接受杂色或灰色料，是C级料主要消纳方向。
表4 再生ABS应用领域·建材日用与其他
| 领域 | 具体产品 | 选材特征 |
|---|
| 周转箱/物流托盘 | 塑料周转箱、物流托盘 | 高抗冲、耐候、可接受杂色 |
| 垃圾桶/环卫设施 | 分类垃圾桶、果皮箱 | 耐候UV、成本敏感、杂色可用 |
| 管材/管件 | ABS管材、管件、排水件 | 挤出级、MFR低、耐水压 |
| 玩具/文具 | 积木、文具外壳、收纳 | EN71/ASTM F961、低VOC |
| 衣架/日用品 | 衣架、牙刷柄、梳子 | 成本低、可配色、批量稳定 |
| 建筑模板/角部增强件 | 建筑模板、窗框增强角码 | 尺寸稳定、耐候、回收料为主 |
| 办公椅腿/家具配件 | 办公椅脚、家具连接件 | 抗冲击、承重、黑色为主 |
| 3D打印耗材 | rABS 3D打印线材 | MFR稳定、低挥发、直径公差小 |
3 行业等级体系
再生ABS没有统一的“牌号”体系，行业通常按国标命名（GB/T 40006.5-2021）、行业A/B/C分级、废塑料分类代码（GB/T 37547-2019）、加工用途和特殊认证五个维度划分等级。下表为等级体系总览。
表5 再生ABS等级体系总览
| 分级维度 | 具体等级 | 说明 |
|---|
| 国标MFR命名（GB/T 40006.5） | MFR 5级：04/08/15/30/50 | 按熔体质量流动速率分5档，数值越高流动性越好 |
| 国标冲击命名（GB/T 40006.5） | 悬臂梁缺口冲击3级：07/09/11 | 数值越高抗冲击越好；命名示例 M,30-11 |
| 行业A/B/C分级·A级 | 灰分≤0.15%~0.5%，MFR 15-25 | 优质PIR水口料，黑点≤3个/10g；高端家电面板、改性母粒载体 |
| 行业A/B/C分级·B级 | 灰分0.15%~1.2%，MFR 10-20 | 电子电器外壳、汽车内饰；结构件、非外观件 |
| 行业A/B/C分级·C级 | 灰分>1.2%，MFR波动大 | 多次回收料、杂色料；托盘、管道配件、低端制品 |
| 废塑料分类代码（GB/T 37547） | 06020001 A类 / 06020002 B类 / 06020003 C类 | A类ABS≥99%密度≤1.06；B类98%-99%；C类95%-98% |
| 按加工用途·注塑级 | MFR 10-30 | 外壳、结构件、日用品，用量较大 |
| 按加工用途·挤出级 | MFR 1-8 | 板材、管材、型材，低流动性高强度 |
| 按加工用途·电镀级 | 丁二烯20-25%，粒径0.1-0.5μm | 汽车装饰件、卫浴；再生料应用极少 |
| 按加工用途·高光级 | 低黑点、高光泽 | 家电外观件、消费电子 |
| 特殊等级·阻燃级 | UL94 V-0/V-2 | 关注溴系阻燃剂残留，RoHS合规 |
| 特殊等级·耐热级 | 热变形温度≥95℃ | 汽车仪表板、微波炉件 |
| 特殊等级·汽车级 | IATF 16949 + IMDS + 低VOC | Charpy冲击>18 kJ/m²，-30℃至90℃ |
| 特殊等级·食品接触级 | FDA 21 CFR / LFGB | 需单独NOL认证，PCR-ABS案例极少 |
| 特殊等级·高抗冲级 | 缺口冲击≥15 kJ/m² | 保险杠、周转箱、玩具 |
4 性能指标
4.1 国标底线与各等级典型值
GB/T 40006.5-2021规定了再生ABS合格品的基本要求；行业实践中A级、B级、C级料的典型性能如下表。对比原生ABS（灰分≤0.1%、缺口冲击≥10.0 kJ/m²），再生料性能随回收次数和来源波动，需通过改性造粒恢复。
表6 再生ABS性能指标：国标底线 GB/T 40006.5-2021
| 指标 | 单位 | 合格品要求 |
|---|
| 颗粒外观 | g/kg | ≤40 |
| 灰分（600℃） | % | ≤5 |
| 密度 | g/cm³ | 标称值±0.005 |
| MFR（220℃/10kg） | g/10min | 报告实测值 |
| MFR变异系数 | % | ≤20 |
| 拉伸强度 | MPa | ≥30 |
| 悬臂梁缺口冲击 | kJ/m² | ≥6.0 |
| 气味等级 | 级 | ≤5（宜） |
表7 再生ABS各等级典型值（A/B/C级）
| 指标 | 单位 | A级 | B级 | C级 |
|---|
| MFR（220℃/10kg） | g/10min | 15-25 | 10-20 | 5-15 |
| 拉伸强度 | MPa | 38-42 | 30-38 | 25-30 |
| 断裂伸长率 | % | 20-40 | 10-25 | 5-15 |
| 弯曲弹性模量 | GPa | 1.8-2.2 | 1.5-1.8 | 1.2-1.5 |
| 简支梁缺口冲击 | kJ/m² | 15-25 | 8-15 | 6-10 |
| 灰分 | % | ≤0.5 | 0.5-2.0 | 2.0-5.0 |
| 密度 | g/cm³ | 1.04-1.06 | 1.05-1.07 | 1.05-1.08 |
| 热变形温度 | ℃ | ≥85 | 75-85 | 65-75 |
| 维卡软化点 | ℃ | 95-105 | 85-95 | 75-85 |
4.2 按用途划分的等级
熔体质量流动速率（MFR，220℃/10kg）是再生ABS选级的首要指标，直接决定可采用的成型工艺与产品范围。注塑级流动性高、适合薄壁/复杂结构件；挤出级流动性低、要求熔体强度高；电镀级对丁二烯相结构有特殊要求；高光级则对黑点和表面光泽有严格限制。
表8 再生ABS按用途划分的等级特点与应用
| 用途等级 | MFR区间/关键指标 | 特点与典型应用 |
|---|
| 注塑级 | MFR 10-30 g/10min | 流动性好、成型周期短；电子电器外壳、家电面板、日用品 |
| 挤出级 | MFR 1-8 g/10min | 熔体强度高、适合连续成型；板材、管材、型材、棒材 |
| 电镀级 | 丁二烯20-25%，粒径0.1-0.5μm | 表面蚀刻均匀、镀层结合力强；汽车装饰件、卫浴（再生料应用极少） |
| 高光级 | 低黑点、高光泽、b*值控制 | 外观级、需遮盖黄变；家电外观件、消费电子外壳 |
| 阻燃级 | UL94 V-0/V-2 | 关注溴系阻燃剂残留与RoHS合规；电源适配器、断路器 |
| 耐热级 | 热变形温度≥95℃ | 耐高温不变形；汽车仪表板、微波炉件 |
| 汽车级 | IATF 16949 + IMDS + 低VOC | Charpy>18 kJ/m²，-30℃至90℃；仪表板、门板、立柱 |
| 高抗冲级 | 缺口冲击≥15 kJ/m² | 耐低温、抗冲击；保险杠次要件、周转箱、玩具 |
5 颜色体系
再生ABS的颜色体系直接影响售价和应用方向：黑色料遮盖杂质/黄变能力强、成本较低；白色/瓷白料需克服黄变、价格高1,000-3,000元/吨；本色料品质较好但需单独分选；杂色料仅用于低端非外观件。
表9 再生ABS颜色体系
| 颜色 | 代码 | 主要应用 | 特点 |
|---|
| 黑色 | B1 | 电子电器外壳、汽车内饰、结构件 | 主流品种、占比较高；遮盖杂质/黄变，成本较低 |
| 白色/瓷白 | — | 家电外观件、消费电子 | 中高端；需克服黄变，白度要求高 |
| 灰色 | G1 | 结构件、非外观件 | 通用级；成本中等，应用广泛 |
| 本色 | N | 可配色料、高端改性载体 | 品质较好，价格较高；可自由配色 |
| 杂色 | X | 托盘、垃圾桶、低端制品 | 成本较低，性能波动大 |
| 蓝/红/黄等定制色 | B2/C/Y | 特定外观件 | 需配色，成本较高，批次色差需控制 |
6 市场与趋势速览
以下数据来自2024-2026年第三方行业报告，统计口径差异较大（实物颗粒消费量 vs 全口径产量、改性级 vs 低端黑色料），引用时务必注明口径。
产量规模（多口径，2025年）：ABS再生粒料实际消费量约76.3万吨（豆丁网ABS再生料行业报告），消费后再生ABS市场规模约98.87亿元；另有全口径统计再生ABS产量约140万吨，ABS树脂回收市场销售收入约198.65亿元。作为对照，2024年全国再生塑料总产量约1,640万吨（中国物资再生协会口径）。
价格（2025-2026年）：原生ABS（奇美PA-757）约18,200元/吨；消费后再生ABS（PA-757R改性级）约13,800元/吨，比原生低约24.2%；低端黑色ABS再生颗粒5,500-7,000元/吨；黑色高光阻燃ABS再生料6,500-11,200元/吨；瓷白ABS再生料约11,800元/吨。白色料比黑色料高约1,000-3,000元/吨（行业惯例值）。
应用结构（2025年，豆丁网ABS树脂回收报告口径）：电子电器41.3%、汽车22.7%、包装与消费品25.1%、建筑医疗等约10.9%。电子电器仍是主要消纳领域，汽车为较快增长点。
区域分布：华东占全国约41%，江苏、浙江、山东三省合计约62.3%；主要产业集群包括浙江台州/宁波、广东东莞/佛山/汕头、江苏、山东、河北文安。
主要企业：格林美（深圳，全国11省布局）年产能约5.2万吨、市占率约13.6%；英科再生（上海/山东/越南）越南基地满产；金发科技（广东）市占率约6.4%；宁波坚锋新材料具备GRS/ISCC PLUS/UL 2809/IATF 16949齐全认证；浙江海塑新材料越南基地万吨级PA/PP/ABS/PC-ABS产能。
政策法规：中国方面，《废弃电器电子产品回收处理管理条例》《汽车产品回收利用技术政策》（2025修订）要求2026年起新上市车型ABS关键部件再生料比例≥10%，GB/T 40006.5-2021、GB/T 37547-2019为基础标准。欧盟方面，ELV指令（REFIT修订版）要求新车再生塑料6年内≥15%、10年内≥25%，其中≥20%来自报废车闭环；WEEE指令、PPWR包装法规（2030年非PET敏感包装再生料≥10%，2040年≥25%）持续拉动外需；RoHS指令需关注溴系阻燃剂残留。日本方面，资源有效利用促进法（2025改正，2026年4月施行）首批指定再生塑料覆盖汽车、家电4品目及容器包装；另有汽车回收法、塑料资源循环法（2022年4月施行）。
减排数据：清华大学环境学院LCA（《中国塑料循环经济白皮书2024》）给出温室气体减排约67%、化石能源消耗减少58%；企业级数据中，Zan Polymer碳足迹从3.2吨CO₂e降至0.7153吨（减排77%），Mex Polímeros报告CO₂排放减少81%-89%，MP3 NEWCYCLE ABS片材碳足迹降低85%；行业报告普遍给出物理回收碳足迹降低60%-70%；国亨塑胶给出行业参考值——每回收1吨废旧ABS约减少2.5吨CO₂排放。对外引用建议优先采用清华LCA的67%口径。
6.1 东南亚进口渠道与料源背景
政策背景：中国自2021年起全面禁止进口固体废物，但合规再生塑料颗粒（非固废）仍可进口，需满足海关“三个统一”（统一型号、统一规格、统一包装）。2025年中国进口塑胶粒预计达1,200万吨，东南亚（泰国/马来西亚/越南）通过RCEP享受零关税待遇。其中越南2024年废塑料造粒产能约68万吨，较2020年增长近3倍，约65%由中资或中资控股企业运营，已成为中国再生ABS进口料重要的海外来源地。
各国特点：越南为中资出海主要目的地之一，PP/PE/ABS再生颗粒为主，劳动力成本低，海防/胡志明港为核心口岸；泰国为高端再生料出口国，PET瓶片与工程塑料再生粒为主，有国家塑料废弃物管理路线图；马来西亚为中转+加工中心，巴生港为核心；印尼为新兴产能国，泗水港；菲律宾以低端废料供应为主，LDPE/PP废料居多。
中国企业出海模式：普遍采用“港口+产业园”双核模式，在越南海防、泰国林查班、印尼泗水建设预处理中心，形成“海外回收→海外分选→海外造粒→海运回流中国/出口欧美”的产业链一体化。典型案例如浙江海塑新材料越南近8万㎡基地，将日本/欧美/中东回收料经越南/香港/日本仓储分分选后造粒，再海运至上海/宁波仓储供终端；英科再生越南清化基地一二期满产、三期建设中；广东东莞/佛山/汕头/深圳/揭阳大量企业集群布局越南/马来西亚/泰国/印尼。
进口再生ABS品质特点：越南/泰国中资企业产品品质相对稳定，普遍达B级以上；料源多为当地电子电器厂边角料（PIR）或进口废料分选造粒；颜色以黑色料为主，白色/本色较少；通常附带GRS/ISCC PLUS认证。行业定性品级分布为：A级约10%-15%、B级约50%-60%、C级约25%-35%。
7 文章写作切入建议
①《再生ABS是什么？从PIR/PCR到GB/T 40006.5一文讲透》——切入定义、两种料源、回收工艺、国标底线，面向新入行采购与销售；
②《再生ABS的应用版图：电子电器、汽车、家电、建材四大场景盘点》——切入表1-表4，按行业讲选材特征，突出电子电器41.3%、汽车22.7%的结构；
③《再生ABS等级怎么选？国标命名+A/B/C级+GB/T 37547代码一次讲清》——切入表5总览，讲清MFR 5级、冲击3级、A/B/C灰分门槛、废塑料分类代码；
④《再生ABS性能差多少？国标底线vs各等级典型值vs原生ABS对比》——切入表6/表7，用数据回答“再生料能不能替原生”，补充黄变机理、丁二烯相降解、冲击保留率；
⑤《再生ABS颜色经济学：黑色、瓷白、本色价差背后的料源与工艺》——切入表9颜色体系，讲白色料比黑色高1,000-3,000元/吨的原因、TiO2遮盖、配色难度；
⑥《13,800元/吨的再生ABS从哪来？东南亚进口渠道与越南68万吨产能拆解》——切入第6.1节，讲RCEP零关税、中资出海、进口品级分布，突出供应链视角。
8 资料来源
[1] GB/T 40006.5-2021《塑料 再生塑料 第5部分：ABS材料》标准文本（2022-05-01实施）
[2] GB/T 37547-2019《废塑料分类代码》（06020001/06020002/06020003）
[3] 豆丁网ABS树脂回收行业报告（2025年应用结构：电子电器41.3%/汽车22.7%/包装消费品25.1%）
[4] 2025年ABS再生料行业研究报告（消费量76.3万吨、市场规模98.87亿元）
[5] ABS再生料全口径产量数据（约140万吨、市场销售收入198.65亿元）
[6] 中国物资再生协会：2024年全国再生塑料总产量约1,640万吨
[7] 奇美PA-757原生ABS与PA-757R消费后再生ABS价格对比（2025-2026年，约18,200 vs 13,800元/吨）
[8] 清华大学环境学院LCA：《中国塑料循环经济白皮书2024》（减排约67%、化石能源减少58%）
[9] 中汽中心《汽车回收利用技术政策》（2025修订，2026年新车型ABS关键部件再生料≥10%）
[10] 欧盟ELV指令REFIT修订版（新车再生塑料6年内≥15%、10年内≥25%）
[11] 欧盟PPWR包装法规、WEEE指令、RoHS指令相关解读
[12] 日本资源有效利用促进法（2025改正，2026-04施行）、塑料资源循环法
[13] 越南废塑料造粒产能数据（2024年约68万吨，中资占比约65%）
[14] 浙江海塑新材料、英科再生、格林美、金发科技、宁波坚锋新材料企业公开资料
[15] 再生ABS行业A/B/C分级、颜色体系、东南亚进口品级分布（行业报告与企业资料综合）
1 Overview
1.1 What is Recycled ABS
Recycled ABS (rABS, Recycled Acrylonitrile-Butadiene-Styrene Copolymer) is granulated material obtained by reprocessing ABS waste plastics through sorting, crushing, washing, melt filtration, granulation, and other procedures, primarily based on physical recycling. Its national standard is GB/T 40006.5-2021 "Plastics—Recycled Plastics—Part 5: ABS Materials," which came into effect on May 1, 2022. According to the source of the waste, it can be divided into two types: PIR (Post-Industrial Recycled), mainly from injection molding sprues, extrusion scraps, and defective products, which has high quality and low impurities; and PCR (Post-Consumer Recycled), originating from disassembled home appliances, disassembled automobiles, and electronic waste, which has more variable quality.
The main sources of waste include: household appliance dismantling (TVs, washing machines, refrigerators, air conditioner casings), automobile dismantling (dashboards, door panels, bumpers), electronics (computers, monitors, routers, power adapter casings), and industrial sprue material. The typical process flow is: waste collection → dismantling → crushing (8-12mm) → sorting (density/static/NIR near-infrared/color sorting) → deep cleaning → melt extrusion pelletizing (200-220°C) → modified pelletizing → packaging. Density sorting uses the principle that ABS has a density of 1.03-1.06 g/cm³ and PP/PE floats for separation, achieving a purity of 98%-99% after deep sorting.
1.2 Core Values
First, emission reduction: According to the LCA research by the School of Environment, Tsinghua University ("China Plastic Circular Economy White Paper 2024"), compared with virgin ABS, each ton of recycled ABS reduces greenhouse gas emissions by about 67% and reduces fossil energy consumption by 58%; industry reports generally indicate that physical recycling lowers the carbon footprint by 60%-70%. Second, cost: The ex-factory price of post-consumer recycled ABS (PA-757R modification grade) is about 13,800 yuan/ton in 2025-2026, which is approximately 24.2% lower than virgin ABS (Chi Mei PA-757 about 18,200 yuan/ton); low-end black recycled pellets are only 5,500-7,000 yuan/ton, showing a significant cost advantage. Third, policy drivers: China's "Automobile Product Recycling Technology Policy" (2025 revision) requires that from 2026, new vehicle models must have at least 10% recycled material in key ABS components; the EU ELV Directive requires new cars to have recycled plastic content of ≥15% within 6 years and ≥25% within 10 years; Japan's Law on the Promotion of Effective Utilization of Resources (effective April 2026) has already included automobiles and home appliances in its first batch of designated recycled plastic items.
2 Application Areas and Specific Products
In 2025, the downstream application structure of recycled ABS is approximately: electronics and electrical appliances 41.3%, automotive 22.7%, packaging and consumer goods 25.1%, and construction and medical around 10.9% (according to the Dou Ding Net ABS resin recycling report). The table below categorizes them into four major sectors and highlights the core material selection features of each field (these features are also performance entry points that can be elaborated on when writing articles).
2.1 Electronics and Electrical Appliances
Electronics and electrical appliances are the main applications for recycled ABS. The core material selection requirements are flame retardancy (UL94 V-0/V-2), insulation, dimensional stability, and low VOC; black materials are predominant, and for exterior parts, both gloss and color difference need to be considered.
Table 1 Applications of Recycled ABS · Electronics and Electrical Appliances
| field | Specific product | Material Selection Characteristics |
|---|
| Set-top box/TV box casing | Set-top box, IPTV terminal casing | UL94 V-0 flame retardant, mainly black, low smoke |
| Power adapter casing | Laptop/phone charger casing | Heat resistant above 75℃, insulating, yellowing resistant |
| Router/Network Device Enclosure | Household router and switch casing | Dimensionally stable, black high gloss, EMI compatible |
| Printer/Copier casing | Office equipment casing, paper output tray | Heat-resistant, scratch-resistant, low odor |
| Keyboard keycaps | Keyboard keycaps, palm rest | Wear-resistant, impact-resistant sound, stable color matching |
| Power bank casing | Power bank case, battery box | Flame retardant V-0, drop-resistant, low VOC |
| Monitor back cover | Desktop monitor, commercial display rear cover | Appearance gloss, dimensional stability, easy assembly |
| Circuit Breaker/Switch Enclosure | Low-voltage circuit breaker, wall switch panel | UL94 V-0, arc-resistant, insulation |
2.2 Car
The automotive sector is a rapidly growing field for recycled ABS, with the core material requirements being low VOC, weather resistance, heat resistance, high impact retention, and compliance with IMDS traceability; automotive-grade PCR-ABS requires a Charpy impact greater than 18 kJ/m² and no structural deformation at temperatures ranging from -30°C to 90°C.
Table 2 Recycled ABS Application Areas · Automotive
| field | Specific product | Material Selection Characteristics |
|---|
| Dashboard/Dashboard Skeleton | Dashboard body, framework | Low VOC, heat resistant ≥95℃, IMDS traceable |
| Car door interior panel / door panel frame | Door panel body, armrest base | Impact retention rate >80%, weather resistance, low odor ≤3.0 level |
| Center Console / Central Tunnel | Central control body, channel trim panel | Heat-resistant, dimensionally stable, scratch-resistant |
| Column trim panel | A/B/C Pillar Interior Trim Panel | Flame-retardant, low VOC, consistent color matching |
| Rearview mirror housing | Exterior rearview mirror shell and bracket | Weather-resistant UV, impact-resistant, paintable |
| Bumper (secondary part) | Bumper lower guard plate, energy absorber block | High impact resistance, low temperature resistance -30℃ |
| Glove box / Storage box | Front passenger glove compartment, central storage box | Low odor, fatigue-resistant, easy demolding |
| Steering wheel / door lock / vent pipe | Steering wheel frame, door lock housing, air vent duct | Heat-resistant, impact-resistant, high dimensional accuracy |
2.3 Household Appliances
Home appliances are a traditional major application for recycled ABS. The core material selection requirements are surface gloss, heat resistance, low odor, and color consistency; white/porcelain white materials need to overcome yellowing, and their price is 1,000-3,000 yuan/ton higher than black materials.
Table 3 Applications of Recycled ABS · Household Appliances
| field | Specific product | Material Selection Characteristics |
|---|
| TV frame/back cover | TV front frame, back cover, base | High gloss, low yellowing, weather-resistant |
| Washing machine control panel | Knob panel, display window | Heat-resistant, detergent-resistant, dimensionally stable |
| Air conditioner casing/panel | Indoor unit panel, casing | Appearance-grade, low VOC, scratch-resistant |
| Refrigerator interior parts/drawer | Refrigerator drawers, fruit and vegetable boxes | Cold-resistant, food contact grade requires NOL certification |
| Small appliance casing | Hair dryer, juicer, blender casing | Heat-resistant, drop-resistant, color-matching |
| Microwave oven casing | Microwave oven cavity and panel | Heat-resistant ≥100℃, flame-retardant |
| Vacuum cleaner casing | Vacuum cleaner main unit casing, accessories | Impact-resistant, lightweight, wear-resistant |
| Speaker/Speaker Enclosure | Speaker cabinet, soundbar housing | Acoustic damping, high-gloss appearance, low vibration |
2.4 Building Materials, Daily Use, and Others
In the fields of building materials, daily use, and others, where costs are sensitive and performance requirements are moderate, mixed-color or gray materials are acceptable; this is the main consumption direction for Grade C materials.
Table 4 Application Areas of Recycled ABS: Building Materials, Daily Use, and Others
| field | Specific product | Material Selection Characteristics |
|---|
| Turnover Box / Logistics Pallet | Plastic turnover boxes, logistics pallets | High impact resistance, weather resistance, acceptable mottling |
| Trash can / sanitation facilities | Sorting trash can, fruit peel bin | Weather-resistant UV, cost-sensitive, available in mixed colors |
| Pipes / Pipe Fittings | ABS pipes, fittings, and drainage parts | Extrusion grade, low MFR, water pressure resistant |
| Toys/Stationery | Building blocks, stationery cases, storage | EN71/ASTM F961, low VOC |
| Clothes hanger / Daily necessities | Clothes hanger, toothbrush handle, comb | Low cost, color customizable, stable in mass production |
| Construction formwork / corner reinforcements | Construction formwork, window frame reinforcement corner brackets | Dimensionally stable, weather-resistant, mainly made from recycled materials |
| Office chair legs / furniture accessories | Office chair legs, furniture connectors | Impact-resistant, load-bearing, primarily black |
| 3D printing materials | rABS 3D Printing Filament | MFR is stable, low volatility, small diameter tolerance |
3 Industry Classification System
Recycled ABS does not have a unified 'grade' system. The industry usually classifies it according to five dimensions: national standard naming (GB/T 40006.5-2021), industry A/B/C grading, waste plastic classification codes (GB/T 37547-2019), processing applications, and special certifications. The table below provides an overview of the grading system.
Table 5 Overview of Recycled ABS Grade System
| Grading Dimension | Specific level | Explanation |
|---|
| National Standard MFR Naming (GB/T 40006.5) | MFR Level 5: 04/08/15/30/50 | Divided into 5 grades according to melt mass flow rate, the higher the value, the better the fluidity. |
| National Standard Impact Naming (GB/T 40006.5) | Cantilever beam notch impact level 3: 07/09/11 | The higher the value, the better the impact resistance; naming example M,30-11 |
| Industry A/B/C Classification · Grade A | Ash content ≤0.15%~0.5%, MFR 15-25 | High-quality PIR sprue material, black spots ≤3 per 10g; high-end home appliance panels, modified masterbatch carrier |
| Industry A/B/C Classification · Grade B | Ash content 0.15%~1.2%, MFR 10-20 | Electronic and electrical enclosures, automotive interiors; structural parts, non-aesthetic parts |
| Industry A/B/C Classification · Level C | Ash content >1.2%, MFR fluctuates greatly | Repeatedly recycled materials, mixed color materials; pallets, pipe fittings, low-end products |
| Waste Plastic Classification Code (GB/T 37547) | 06020001 Class A / 06020002 Class B / 06020003 Class C | Class A ABS ≥99% density ≤1.06; Class B 98%-99%; Class C 95%-98% |
| By processing purpose · Injection molding grade | MFR 10-30 | Casings, structural parts, daily necessities, large usage |
| By Processing Purpose · Extrusion Grade | MFR 1-8 | Plates, pipes, profiles, low fluidity and high strength |
| By processing purpose · Electroplating grade | Butadiene 20-25%, particle size 0.1-0.5 μm | Automotive trim, bathroom fixtures; recycled material is rarely used |
| By processing purpose · High gloss grade | Low black spots, high gloss | Home appliance exterior parts, consumer electronics |
| Special Grade · Flame Retardant Grade | UL94 V-0/V-2 | Pay attention to brominated flame retardant residues, RoHS compliance |
| Special Grade · Heat Resistant Grade | Heat deflection temperature ≥ 95℃ | Car dashboards, microwave parts |
| Special Grade · Automotive Grade | IATF 16949 IMDS Low VOC | Charpy impact >18 kJ/m², -30°C to 90°C |
| Special Grade · Food Contact Grade | FDA 21 CFR / LFGB | Requires separate NOL certification, PCR-ABS cases are very rare |
| Special Grade · High Impact Resistance Level | Notch impact ≥ 15 kJ/m² | Bumper, turnover box, toy |
4 Performance Indicators
4.1 National Standard Baseline and Typical Values for Each Level
GB/T 40006.5-2021 specifies the basic requirements for qualified recycled ABS; in industry practice, the typical properties of Grade A, B, and C materials are shown in the table below. Compared with virgin ABS (ash content ≤0.1%, notched impact strength ≥10.0 kJ/m²), the performance of recycled materials fluctuates with the number of recycling cycles and sources, and modification and pelletizing are required to restore it.
Table 6 Performance Indicators of Recycled ABS: National Standard Baseline GB/T 40006.5-2021
| Indicator | unit | Qualified Product Requirements |
|---|
| Granule appearance | g/kg | ≤40 |
| Ash content (600°C) | % | ≤5 |
| Density | g/cm³ | Nominal value ±0.005 |
| MFR (220°C/10kg) | g/10min | Report Measured Value |
| MFR Coefficient of Variation | % | ≤20 |
| Tensile strength | MPa | ≥30 |
| Cantilever beam notch impact | kJ/m² | ≥6.0 |
| Odor Level | level | ≤5 (Recommended) |
Table 7 Typical Values of Recycled ABS for Each Grade (A/B/C Grade)
| Indicator | unit | Grade A | Class B | Class C |
|---|
| MFR (220°C/10kg) | g/10min | 15-25 | 10-20 | 5-15 |
| Tensile strength | MPa | 38-42 | 30-38 | 25-30 |
| Elongation at break | % | 20-40 | 10-25 | 5-15 |
| Flexural modulus | GPa | 1.8-2.2 | 1.5-1.8 | 1.2-1.5 |
| Impact on simply supported beam with notch | kJ/m² | 15-25 | 8-15 | 6-10 |
| Ash content | % | ≤0.5 | 0.5-2.0 | 2.0-5.0 |
| Density | g/cm³ | 1.04-1.06 | 1.05-1.07 | 1.05-1.08 |
| Heat deflection temperature | °C | ≥85 | 75-85 | 65-75 |
| Vicat softening point | °C | 95-105 | 85-95 | 75-85 |
4.2 Classification by Purpose
Melt Mass Flow Rate (MFR, 220℃/10kg) is the primary criterion for grading recycled ABS, directly determining the applicable molding processes and product range. Injection molding grade has high fluidity, suitable for thin-walled/complex components; extrusion grade has low fluidity, requiring high melt strength; electroplating grade has special requirements for the butadiene phase structure; high-gloss grade has strict limits on black spots and surface gloss.
Table 8 Characteristics and Applications of Recycled ABS by Grade and Use
| Usage Level | MFR Interval / Key Indicators | Features and Typical Applications |
|---|
| injection molding grade | MFR 10-30 g/10min | Good liquidity, short molding cycle; electronic and electrical housings, home appliance panels, daily necessities |
| Extrusion grade | MFR 1-8 g/10min | High melt strength, suitable for continuous molding; sheets, pipes, profiles, rods |
| Electroplating grade | Butadiene 20-25%, particle size 0.1-0.5 μm | The surface etching is uniform, and the coating has strong adhesion; automotive decorative parts, bathroom products (recycled material use is very rare) |
| Highlight level | Low black spots, high gloss, b* value control | Appearance grade, needs to cover yellowing; home appliance exterior parts, consumer electronics casings |
| Flame retardant grade | UL94 V-0/V-2 | Pay attention to brominated flame retardant residues and RoHS compliance; power adapters, circuit breakers |
| Heat-resistant grade | Heat deflection temperature ≥ 95℃ | High-temperature resistant and non-deforming; automotive dashboards, microwave oven parts |
| Automotive grade | IATF 16949 IMDS Low VOC | Charpy >18 kJ/m², -30°C to 90°C; dashboard, door panels, pillars |
| High impact resistance grade | Notch impact ≥ 15 kJ/m² | Low-temperature resistant, impact-resistant; secondary parts of bumpers, turnover boxes, toys |
5 Color System
The color system of recycled ABS directly affects its selling price and application direction: black material can cover impurities/yellowing well and is relatively low in cost; white/porcelain white material needs to overcome yellowing, priced 1,000-3,000 yuan/ton higher; natural color material is of better quality but needs to be sorted separately; mixed color material is only used for low-end non-appearance parts.
Table 9 Recycled ABS Color System
| Color | Code | Main applications | Characteristics |
|---|
| black | B1 | Electronic and electrical housings, automotive interiors, structural components | Mainstream varieties, high proportion; covers impurities/yellowing, relatively low cost |
| White / Porcelain White | — | Home appliance exterior parts, consumer electronics | Mid-to-high end; needs to overcome yellowing, high whiteness requirement |
| Gray | G1 | Structural components, non-exterior parts | General-purpose; moderate cost, widely used |
| natural color | N | Compatible colorants, high-end modified carriers | of good quality, relatively high price; Freely available in colors |
| mixed colors | X | pallets, trash bins, low-end products | low cost, large performance fluctuations |
| blue/red/yellow and other custom colors | B2/C/Y | specific appearance parts | require color matching, High costs, batch color differences need to be controlled |
6 Market and Trend Overview
The following data comes from the 2024-2026 third-party industry report, with significant differences in statistical standards (physical pellet consumption vs. full-caliber output, modified grade vs. low-end black material). Be sure to indicate the caliber when citing.
Production Scale (Multiple Scope, 2025): Actual consumption of ABS recycled pellets is about 763,000 tons (Douding.com ABS Recycled Materials Industry Report), post-consumer recycled ABS market size is about 9.887 billion yuan; Additionally, comprehensive recycled ABS output is about 1.4 million tons, and ABS resin recycling market sales revenue is about 19.865 billion yuan. For comparison, the total national recycled plastic output in 2024 is about 16.4 million tons (according to China Materials Recycling Association).
Price (2025-2026): Virgin ABS (Chimei PA-757) about 18,200 yuan/ton; Post-consumer recycled ABS (PA-757R modified grade) is about 13,800 yuan/ton, about 24.2% lower than virgin; Low-end black ABS recycled pellets are 5,500-7,000 yuan/ton; Black high-gloss flame-retardant ABS recycled material is 6,500-11,200 yuan/ton; Porcelain white ABS recycled material is about 11,800 yuan/ton. White material is about 1,000-3,000 yuan/ton higher than black material (industry standard value).
Application Structure (2025, Doding Network ABS resin recycling report caliber): electronics and electrical 41.3%, automotive 22.7%, packaging and consumer goods 25.1%, construction and medical about 10.9%. Electronics and electrical appliances remain the main consumer sector, with automobiles as the fastest growth driver.
Regional Distribution: East China accounts for about 41% of the national total, with Jiangsu, Zhejiang, and Shandong provinces together accounting for about 62.3%; Major industrial clusters include Taizhou/Ningbo in Zhejiang, Dongguan/Foshan/Shantou in Guangdong, Jiangsu, Shandong, and Wen'an in Hebei.
Main Enterprises: GEM (Shenzhen, 11 provinces nationwide) with an annual capacity of about 52,000 tons and a market share of about 13.6%; Inco Renewable (Shanghai/Shandong/Vietnam) at its Vietnam base at full production; Kingfa Technology (Guangdong) holds a market share of about 6.4%; Ningbo Jianfeng New Materials holds full GRS/ISCC PLUS/UL 2809/IATF 16949 certifications; Zhejiang Haisu New Materials Vietnam base has a 10,000-ton PA/PP/ABS/PC-ABS production capacity.
Policies and Regulations: In China, the "Regulations on the Administration of Recycling and Treatment of Waste Electrical and Electronic Products" and the "Technical Policy for Recycling and Utilization of Automotive Products" (2025 revision) require that from 2026 onward, the recycled material ratio for key ABS components in newly launched models ≥10%, with GB/T 40006.5-2021 and GB/T 37547-2019 as the base standards. In the EU, the ELV Directive (REFIT revision) requires recycled plastic ≥ to be 15% within 6 years and 25≥% within 10 years, with ≥20% coming from the closed loop of scrapped vehicles; The WEEE directive and PPWR packaging regulations (1≥0% for non-PET sensitive packaging recycled materials by 2030, ≥25% by 2040) will continue to drive external demand; The RoHS directive requires attention to brominated flame retardant residues. In Japan, the first batch of designated recycled plastics under the Resource Utilization Promotion Act (amended in 2025, effective April 2026) covers four categories of automobiles and home appliances, as well as container packaging; There are also the Automobile Recycling Act and the Plastic Resource Recycling Act (effective April 2022).
Emission Reduction Data: Tsinghua University School of Environment LCA ("China Plastic Circular Economy White Paper 2024") shows about a 67% reduction in greenhouse gas emissions and a 58% reduction in fossil energy consumption; In enterprise-level data, Zan Polymer's carbon footprint dropped from 3.2 tons of CO₂e to 0.7153 tons (a 77% reduction), Mex Polímeros reported an 81%-89% reduction in CO₂ emissions, and MP3 NEWCYCLE ABS sheets reduced their carbon footprint by 85%; Industry reports generally indicate a 60%-70% reduction in physical recycling carbon footprint; Guoheng Plastics provides an industry reference value—for every ton of recycled waste ABS, about 2.5 tons of CO₂ emissions are reduced. Externally, it is recommended to prioritize the 67% caliber of Tsinghua LCA.
6.1 Southeast Asia Import Channels and Source Background
Policy Background: Since 2021, China has completely banned the import of solid waste, but compliant recycled plastic pellets (non-solid waste) can still be imported, subject to customs "three unifications" (unified model, unified specification, unified packaging). By 2025, China is expected to import 12 million tons of plastic pellets, and Southeast Asia (Thailand/Malaysia/Vietnam) enjoys zero tariff treatment through RCEP. Among them, Vietnam's waste plastic pelletizing capacity in 2024 will be about 680,000 tons, nearly triple compared to 2020, with about 65% operated by Chinese or Chinese-controlled enterprises, making it an important overseas source for China's recycled ABS imports.
Characteristics of Each Country: Vietnam is one of the main destinations for Chinese capital going global, mainly producing PP/PE/ABS recycled pellets, with low labor costs, and Haiphong/Ho Chi Minh Port as core ports; Thailand is an exporter of high-end recycled materials, mainly producing PET bottle flakes and recycled engineering plastic pellets, with a national plastic waste management roadmap; Malaysia is a transit + processing center, with Port Klang as the core; Indonesia is an emerging producer, with Surabaya Port; The Philippines mainly supplies low-end waste, with LDPE/PP waste being the majority.
Chinese Enterprises Going Global Model: Commonly adopts a "port + industrial park" dual-core model, building pretreatment centers in Haiphong (Vietnam), Lin Chabang (Thailand), and Surabaya (Indonesia), forming an integrated industrial chain of "overseas recycling→ overseas sorting→ overseas pelletizing → sea return to China/export to Europe and America." A typical case is Zhejiang Haisu New Materials' nearly 80,000㎡ base in Vietnam, where Japanese/European/American/Middle Eastern recycled materials are sorted and sorted in Vietnam/Hong Kong/Japan for pelletizing, then shipped by sea to Shanghai/Ningbo for storage and supply to end users; Yingke Regeneration's Vietnam Qinghua base is fully operational with phases one and two under construction and phase three; Guangdong Dongguan/Foshan/Shantou/Shenzhen/Jieyang have numerous enterprise clusters in Vietnam, Malaysia, Thailand, and Indonesia.
Quality characteristics of imported recycled ABS: Chinese-funded enterprises in Vietnam and Thailand generally have product quality of Grade B or above; Material sources are mostly local electronics and electrical factory scraps (PIR) or imported scrap sorted and pelletized; The color is mainly black, with white/natural color being rare; Usually accompanied by GRS/ISCC PLUS certification. Industry qualitative grade distribution is: Grade A about 10%-15%, Grade B about 50%-60%, Grade C about 25%-35%.
7 Writing Entry Suggestions
(1) "What is Recycled ABS?" From PIR/PCR to GB/T 40006.5 A Thorough Explanation — Entering the definition, two types of material sources, recycling processes, national standard bottom line, targeting new industry buyers and sellers;
(2) "Application Map of Recycled ABS: Overview of Four Major Scenarios: Electronics and Electrical Appliances, Automotive, Home Appliances, and Building Materials"—Starting from Tables 1-4, discussing material selection characteristics by industry, highlighting the structure of electronics and electrical appliances at 41.3% and automobiles at 22.7%;
(3) "How to Choose Recycled ABS Grades?" National Standard Naming + A/B/C Grade + GB/T 37547 Code Explained in One Detail" — Starting with an overview of Table 5, explaining MFR 5 levels, Impact 3 levels, A/B/C ash content thresholds, and waste plastic classification codes;
(4) "How Much Is the Performance Difference of Recycled ABS?" National Standard Baseline vs. Typical Values of Each Grade vs. Comparison of Native ABS》—Entering Tables 6/7, using data to answer "Can recycled material replace virgin material?", supplementing the yellowing mechanism, butadiene phase degradation, and impact retention rate;
(5) "Recycled ABS Color Economics: Material Sources and Processes Behind the Price Differences of Black, Porcelain White, and Natural Color"—Entering Table 9 color system, explaining why white material is 1,000-3,000 yuan/ton higher than black, TiO2 coverage, and color matching difficulties;
(6) "Where Does the 13,800 RMB/ton Recycled ABS Come From?" Southeast Asia Import Channels and Vietnam's 680,000-ton Production Capacity Breakdown—Starting into Section 6.1, discussing RCEP zero tariffs, Chinese capital going global, and import grade distribution, highlighting the supply chain perspective.
8 Source :
[1] GB/T 40006.5-2021 "Plastics—Recycled Plastics Part 5: ABS Materials" Standard Text (Implemented 2022-05-01)
[2] GB/T 37547-2019 "Classification Codes for Waste Plastics" (06020001/06020002/06020003).
[3] Doding Network ABS Resin Recycling Industry Report (2025 Application Structure: Electronics & Electrical 41.3% / Automobiles 22.7% / Packaged Consumer Goods 25.1%)
[4] 2025 ABS Recycled Material Industry Research Report (Consumption 763,000 tons, Market Size 9.887 billion RMB)
[5] ABS Recycled Material Full-Diameter Output Data (Approximately 1.4 million tons, Market sales revenue 19.865 billion yuan)
[6] China Materials Recycling Association: Total national recycled plastic output in 2024 about 16.4 million tons
[7] Chimei PA-757 Virgin ABS vs. PA-757R Post-consumer Recycled ABS Price Comparison (2025-2026, about 18,200 vs 13,800 yuan/ton)
[8] Tsinghua University School of Environment LCA: "China Plastic Circular Economy White Paper 2024" (Emission reduction about 67%, fossil energy reduction by 58%)
[9] China Automotive Technology and Technology Policy (2025 revision, 2026 new model ABS key component recycled material ≥10%)
[10] EU ELV Directive REFIT revised (new car recycled plastics ≥ 15% within 6 years, ≥ 25% within 10 years)
[11] Interpretation of EU PPWR Packaging Regulations, WEEE Directive, RoHS Directive
[12] Japan's Resource Utilization Promotion Act (amended in 2025, effective April 2026), Plastic Resource Recycling Law
[13] Vietnam's waste plastic pelletizing capacity data (about 680,000 tons in 2024, with Chinese capital accounting for about 65%)
[14] Public information on Zhejiang Haisu New Materials, Yingke Regeneration, GEM, Kingfa Technology, and Ningbo Jianfeng New Materials
[15] Recycled ABS industry A/B/C grading, color systems, and Southeast Asia import grade distribution (industry reports and enterprise data compilation).
