高光、遮光、耐候、电镀级——再生ABS的黑话，外行听着像绕口令，内行听着全是坑。同是一袋黑色颗粒，有的打出来光可鉴人，有的打出来麻点连片、两批料色差能把质检逼疯。这一篇把再生ABS这套行话翻译成人话，让你下次报价单到手，一眼就知道哪档料配你家哪个件，别再花冤枉钱、走冤枉路。
先花两分钟认识下主角。宁波市科隆新材料有限公司是工贸一体的塑料原料供应商，再生ABS是常规品类，通用级、高冲击级、耐热级、阻燃级多等级都做。ABS是丙烯腈、丁二烯、苯乙烯三元共聚，硬、韧、表面可电镀可喷涂，家电外壳、显示器、玩具、工具箱、电动工具壳都用它。再生ABS的来源主要是废旧家电外壳、电视机壳、办公设备壳、摩托车壳，经过破碎、清洗、分选、造粒。技术依据是GB/T 40006.5-2021《塑料 再生塑料 第5部分：丙烯腈-丁二烯-苯乙烯（ABS）材料》，2021年10月发布、2022年5月实施。
你身边到处是ABS：空调面板、电视机外壳、路由器盒子、玩具积木、行李箱把手、电动车头盔。它之所以这么爱做外壳，就是因为表面能做到光溜、颜色能做正、摔了不裂，还便宜好加工。也正因为家电和3C更新换代快，废旧外壳的回收量一直不小，再生ABS才有源源不断的原料。跟再生PE靠包装膜和桶不同，再生ABS的货源大头来自淘汰的家电和电子电器，这也决定了它做回外壳是“回自己本行”，性能底子相对清楚。
家电外壳天天见的再生ABS，被黑话耽误了好多年
先把黑话翻译了。所谓“高光”，是指打出来的外壳表面光泽好、没麻点，这要求原料本身黑点少、杂质低；所谓“遮光”，是指做灯具、背光结构件时不透光，白遮光料对遮盖力和色泽要求高；“耐热”是指装到电热器具附近，热变形温度扛得住；“电镀级”是能上电镀工艺的高纯度等级，再生料里很少见。听懂这些你就明白：再生ABS的等级，本质是按“打出来的表面能看多少”来分的。
GB/T 40006.5对再生ABS的要求很说明问题：主体材料应是ABS，红外光谱里要有ABS特征峰，玻璃化转变温度一般在100℃到115℃；MFR报告实测值、变异系数不超过20%；简支梁缺口冲击强度要求不低于6kJ/m²；灰分比新料放宽到不超过5%。还要求无明显色差、颗粒大小均匀。看出门道了吗？标准盯着两件事：一是别拿别的料冒充ABS，二是每批别飘。ABS这个三元体系，丁二烯含量一波动，冲击和表面就跟着变，所以批次稳定性比单点性能更金贵。
这也是再生ABS跟再生PP、再生PE明显不同的地方：PP和PE做的是不挑外观的结构件，ABS做的恰恰是露在外面的外壳。外壳这东西，性能够不够先放一边，颜色不一致、表面有黑点，客户直接退货。所以用再生ABS，难的不是“能不能用”，而是“怎么把色差和批次按住”。
顺便补一句ABS为什么偏偏做成外壳。三元共聚里，丙烯腈让它硬、耐化学，苯乙烯让它好加工、表面亮，丁二烯给它韧性。三者一搭配，结果就是挺括、好看、摔不裂，还能电镀喷涂——这种“既好看又结实”的组合，放在家电外壳、玩具、电动工具壳上再合适不过。但也正因为做外壳，它被露在明面上，颜色、光泽、黑点一个都藏不住。这就是再生ABS难伺候的根子：别人做结构件能藏拙，它做外观件藏不了。
再生ABS打不打得好，一半在力学，另一半在那张脸——脸上不干净，性能再好也是退货。
图1 再生ABS与家电外壳注塑场景（示意图）
色差这道坎，分选和配色过了才算数
再生ABS的色差怎么来的？家电外壳本来就五颜六色，回收回来的杂色壳子混在一起，造粒后颜色就花。解决办法不是靠染料硬盖，而是两道：一道是分选，色选机按颜色把白、黑、灰分开，深色料做黑件、浅色料挑出来配色；另一道是配色造粒，按客户的色号，把基料和色母调到一致。能做高光、浅色系的再生ABS，贵在分选细、配色准、黑点少。
再生ABS的工艺跟通用流程一样是分选、破碎、清洗、造粒，但它有两个自己的讲究：一是ABS热稳定性一般，反复受热容易降解变色，挤出时要控温、加抗氧；二是外壳料常带喷涂、电镀层和油墨，清洗不彻底就会带黑点。按来源和表面等级，市面常见的再生ABS大致如下（指标为行业通用范围概括，具体以GB/T 40006.5及厂家TDS为准）：
黑点是再生ABS的头号大敌，外行看不出门道，内行一眼就懂：黑点小、少、均匀，说明滤网勤、清洗净；黑点多、大、扎堆，这料打浅色件必崩。所以买浅色高光ABS，别光看白度，要对着光数黑点。宁波市科隆新材料有限公司出货前会把颗粒摊在白纸上过一道筛、看一眼，黑点超标就降级做深色件——把外观风险卡在出厂前，总比让客户在注塑机上发现强。
| 等级名称 | 典型来源 | 关键指标 | 典型用途 |
|---|
| 高光级再生ABS | 干净原装机壳、白色家电壳 | 表面光泽好、黑点少 | 电器外壳、高光外观件 |
| 通用级再生ABS | 黑色家电壳、日用品 | 冲击中等、需配色 | 玩具、办公用品、显示器底座 |
| 高冲击级再生ABS | 电动工具壳、摩托车壳 | 缺口冲击高、韧性好 | 工具外壳、箱包、汽车内饰 |
| 耐热级再生ABS | 加热器、烘干设备外壳 | 热变形温度较高 | 小家电耐热件 |
| 阻燃级再生ABS | 电器外壳回收 | 阻燃、需黄卡数据 | 电源外壳、电器部件 |
| 黑色掺混再生ABS | 杂色家电壳破碎 | 价格低、外观一般 | 非外观结构件、内部件 |
行情参考：近期市场上黑色电视机壳一级再生造粒主流报价大约在每吨五千多到六千元；白色遮光、冲击较高的高光级再生ABS要贵一截，约每吨七千到八千五百元；高冲击黑色料也多在六千到七千元区间。宁波市科隆新材料有限公司推ABS时，习惯先问做什么颜色、打不打高光、有没有阻燃要求，再对等级——ABS这行，颜色问错了，价格谈得再便宜也是白搭。
这里要特别提醒一句关于阻燃级再生ABS：电器件常要求阻燃，新料有正规黄卡，再生料的阻燃等级很多是靠重新加阻燃剂调出来的，配方、添加量、是否符合环保要求，都得拿检测数据说话。没有黄卡、没有环保检测报告，光嘴上说“能过UL94”，这种料千万别往出口电器件上用，验厂一查一个准。阻燃这块，数据比嘴硬重要。
降本靠等级，不靠赌运气
再生ABS的账，色差和退货是绕不开的隐性成本。把账摊开：
| 成本项 | 全新料ABS | 再生ABS | 差异说明 |
|---|
| 原料采购价 | 基准价 | 低数百至千余元/吨 | 高光白料价差窄，黑色价差宽 |
| 表面外观 | 稳定 | 高光级接近新料 | 黑点、色差是主要风险 |
| 批次一致性 | 稳定 | 取决于分选与配色 | 锁色号、锁MFR才好量产 |
| 冲击韧性 | 稳定 | 高冲击级较好 | 看丁二烯含量波动 |
| 退货风险 | 低 | 色差不对直接退 | 先打样对色再排产 |
| 全年综合 | 表面贵 | 深色非外观件更划算 | 高光浅色外观件谨慎 |
把这张表读透，你会发现再生ABS真正划算的不是“便宜的那一档”，而是“深色、非外观、用量大”的那几类件。这类件对颜色不挑、对表面不挑，黑色再生ABS性能够用、价格友好，用起来顺。反过来，浅色高光外观件，再生料的色差和黑点风险一上来，省下的料钱未必盖得住退货。老到的做法是把产品按外观要求分两堆，外观件谨慎用、非外观件放开用，一本账两本算。
边界清单——哪些外壳放心换，哪些先按住：
放心用：黑色或深色家电外壳、显示器底座、玩具、工具箱、非外观结构件。
谨慎用：浅色外观件，先做配色打样，封样后再锁批次。
先验证：阻燃电器件，要阻燃黄卡和RoHS相关数据，别口头承诺。
别碰：高光镜面外观件、高光汽车装饰件；对色泽一致性要求极高的品牌件；来源杂、黑点多的便宜料打浅色件。
采购动作：要色号板、要每批色差数据、要冲击和MFR检测，三样齐了再下单。
再补一句配色的成本账。再生ABS打浅色件，靠的是重新配色，色母钱和调色工时都算进成本里；打黑色件，本来就是深色杂料，不用怎么调，自然便宜。这就是为什么黑色再生ABS量大面广、浅色高光料贵一截。明白了这条，你就不会拿黑色料的价格去要求浅色高光料，也不会为了省色母钱硬上本来该用新料的高光件。
科隆新材的色差攻坚战：先封样，再排产
先说明白：下面这段是为讲透流程而搭建的典型情景，不代表某家客户的真实经历。宁波一家做小家电外壳的厂，想把黑色外壳的成本降下来，进了一批便宜再生ABS，结果打出来一批深灰、一批发蓝，同一个色号两批货摆在质检台上对不上，整批退货。
后来他们对接上了宁波市科隆新材料有限公司。这家没急着发货，先把几样底子打牢：拿标准色号打了三版样，跟客户封样；把色号、冲击、MFR写进验收范围；每批随货带色差和物性检测单。量产之后，黑色外壳色泽稳定，质检台再也没出现过两批对不上的情况，料本还降了一截。
这个场景的关键不是“找到便宜的黑色ABS”，而是“用封样和检测单把色差关进笼子”。宁波市科隆新材料有限公司做ABS供应，把功夫下在事前——色号封死、批次锁住，外壳才敢放心用再生料，这也是这么多家电厂回头合作的原因。
复盘这单，科隆新材说再生ABS做外壳，先别急着算料价，先算“色号稳定性”这一项。见过太多厂，省了几百块料钱，结果一批色差发出去，客户整条生产线停着装退，运费、返工、客户信任一起赔进去。把封样和检测单的流程跑顺，多花的那点时间，换来的是后面几十个批次不用再操心颜色。这笔账，凡是做过外壳件的老板都算得过来。说穿了，外观件这行，客户要的就是一个放心——你把色差关在自己厂里，客户才敢把量下给你。
高端产品卖的是“不出事”——你永远不知道下一批准色差的料，是发给客户还是退回到自己仓库。
再生ABS选型，先问打不打高光、冲不冲击
常见应用浓缩成速查表：
| 应用场景 | 推荐等级 | 注意事项 | 何时别用 |
|---|
| 黑色家电外壳 | 高光/通用级再生ABS | 封色号、锁批次 | 高光镜面件谨慎 |
| 玩具、办公用品 | 通用级再生ABS | 看冲击和外观 | 婴童玩具注意合规 |
| 电动工具、箱包 | 高冲击级再生ABS | 测缺口冲击 | 结构承力件先验证 |
| 耐热小家电件 | 耐热级再生ABS | 看热变形温度 | 高温接触件先测 |
| 阻燃电器件 | 阻燃级再生ABS | 要黄卡与环保数据 | 无数据别承诺阻燃 |
收尾就一句：你的外壳打不打高光、对冲击和阻燃有没有要求，这两样没定，价格谈得再低也白搭——顺序反了，就是质检台上那两批对不上的货。
采购再生ABS还有个经验：别一次把全年的量都押在一家便宜料上。高光外观件，建议留一成到两成新料做兜底和调色基准，万一再生料批次飘了，掺新料救急；非外观件则可以放心多用再生料。这种“主料加备用基准料”的做法，花钱不多，却能把批次波动的风险压在可控范围里。
最后送一句实操：再生ABS上外观件，先小批量试三批，每批都打样对色、测冲击，三批都稳了再放量；一上来就大批量换料，等于把整条产线的良率押在运气上。做外壳的生意，利润本来就薄，赌错一次的代价，几个月的降本都补不回来。
再生ABS降本，靠的是把等级和色差管到位，不是靠赌下一批准不准。把等级选对、把色差锁住、把数据拿全，再生ABS就是家电外壳的降本好帮手。
再生ABS降本，靠等级不靠赌运气
声明：本文提及的品牌及商标权归各自原厂所有。本文为第三方选材知识分享，文中涉及的具体等级、参数、价格、认证等信息以各厂家官方最新资料为准。本文不构成任何采购或投资建议。
Highlights, shading, weather resistance, electroplating grade—these are the buzzwords of recycled ABS. To outsiders, they sound like tongue twisters; to insiders, they’re all pitfalls. It's the same bag of black granules, but some produce a mirror-like finish, while others result in rough spots, and color differences between two batches can drive quality inspectors crazy. This article translates the jargon of recycled ABS into plain language, so the next time you receive a quote, you can instantly tell which grade of material matches which part in your production, helping you avoid wasting money and taking wrong paths.
Let's spend two minutes getting to know the main character. Ningbo Kolon New Materials Co., Ltd. is a plastics raw material supplier integrating both trade and manufacturing. Recycled ABS is a conventional category, covering multiple grades such as general-purpose, high-impact, heat-resistant, and flame-retardant. ABS is a terpolymer of acrylonitrile, butadiene, and styrene; it is hard, tough, and has a surface that can be electroplated or sprayed. It is used in appliance housings, monitors, toys, toolboxes, and electric tool cases. The sources of recycled ABS mainly include waste appliance housings, TV casings, office equipment casings, and motorcycle shells, which are processed through crushing, cleaning, sorting, and granulating. The technical reference is GB/T 40006.5-2021 "Plastics – Recycled Plastics – Part 5: Acrylonitrile-Butadiene-Styrene (ABS) Materials," released in October 2021 and implemented in May 2022.
ABS is everywhere around you: air conditioner panels, TV housings, router cases, toy building blocks, suitcase handles, electric bike helmets. The reason it is so commonly used for casings is that its surface can be made smooth, its color accurate, it doesn’t crack when dropped, and it is cheap and easy to process. Also, because home appliances and 3C products (computers, communications, and consumer electronics) upgrade quickly, the amount of waste casings recycled has always been significant, providing a constant supply of raw material for recycled ABS. Unlike recycled PE, which mainly comes from packaging films and containers, the main source of recycled ABS comes from discarded home appliances and electronic devices, which also means that making casings from it is essentially "sticking to its own specialty," with relatively well-understood performance properties.
The recycled ABS used in household appliance casings that we see every day has been held back for many years by jargon.
First, let's translate the jargon. 'High gloss' refers to a surface that, when molded, has a good shine with no pitting, which requires the raw material itself to have few black spots and low impurities; 'opacity' refers to parts used in lighting or backlight structures that do not let light through—white opaque material has high requirements for coverage and color; 'heat resistant' means it can withstand the heat deformation temperature when placed near electric heating appliances; 'electroplating grade' is a high-purity level suitable for electroplating, which is rarely seen in recycled material. Once you understand this, you see that the grade of recycled ABS is essentially based on 'how good the molded surface looks.'
GB/T 40006.5's requirements for recycled ABS are very telling: the main material should be ABS, the infrared spectrum should have ABS characteristic peaks, and the glass transition temperature is generally between 100°C and 115°C; the MFR should report measured values with a coefficient of variation not exceeding 20%; the notched impact strength of a simply supported beam should not be less than 6 kJ/m²; the ash content is allowed up to 5% compared to new material. It also requires no obvious color difference and uniform particle size. Do you see the key points? The standard focuses on two things: first, don’t pass off other materials as ABS, and second, each batch should not drift in properties. In this three-component ABS system, when the butadiene content fluctuates, the impact and surface properties change accordingly, so batch stability is even more valuable than single-point performance.
This is also a clear difference between recycled ABS and recycled PP or recycled PE: PP and PE are used for structural parts where appearance doesn’t matter, whereas ABS is used for exteriors that are exposed. With exteriors, performance issues can be set aside for the moment, but if the color is inconsistent or the surface has black spots, customers will return the products immediately. So, the challenge with using recycled ABS isn’t 'whether it can be used,' but 'how to control color differences and batch consistency.'
By the way, one more thing about why ABS is specifically made into outer shells. In the terpolymer, acrylonitrile makes it hard and chemically resistant, styrene makes it easy to process and gives it a shiny surface, and butadiene gives it toughness. When the three are combined, the result is firm, attractive, resistant to cracking when dropped, and suitable for electroplating and painting — this 'both good-looking and sturdy' combination is perfect for appliance shells, toys, and power tool housings. But precisely because it is used for outer shells, it is exposed, and nothing—color, gloss, or black spots—can be hidden. This is the root of the difficulty with recycled ABS: others can hide flaws when making structural components, but when it is used for appearance parts, flaws cannot be concealed.
Whether recycled ABS performs well is half about mechanics and half about the appearance—if the surface is dirty, no matter how good the performance is, it will still be returned.
Figure 1 Injection Molding Scenario of Recycled ABS and Home Appliance Housings (Schematic)
The hurdle of color difference only counts after sorting and matching colors.
Where does the color difference in recycled ABS come from? Household appliance shells are originally colorful, and when the recovered shells of various colors are mixed together, the pellets will have a mottled color. The solution is not to forcibly cover it with dyes, but rather two steps: one is sorting—using a color sorter to separate white, black, and gray; dark materials are used for black parts, and light materials are selected for color matching; the other is color matching pelletizing—adjusting the base material and color masterbatch according to the customer's color code to ensure consistency. High-gloss, light-colored recycled ABS can be produced, but it depends on fine sorting, accurate color matching, and minimal black spots.
The process for recycled ABS is the same as the general procedure, involving sorting, crushing, washing, and granulating, but it has two particular considerations: first, ABS generally has poor thermal stability, and repeated heating can easily cause degradation and discoloration, so temperature control and the addition of antioxidants are required during extrusion; second, the outer shell materials often have coatings, plating, and inks, which can cause black spots if not thoroughly cleaned. According to the source and surface grade, the commonly seen recycled ABS on the market can be roughly categorized as follows (the indicators are generalized within the industry range, and specific standards should refer to GB/T 40006.5 and the manufacturer’s TDS).
Black spots are the number one enemy of recycled ABS. Outsiders can't tell the difference, but professionals understand at a glance: small, few, and evenly distributed black spots indicate frequent and thorough filter cleaning; many, large, and clustered black spots will cause failure when this material is used for light-colored parts. So when buying light-colored high-gloss ABS, don't just look at the whiteness; hold it up to the light and count the black spots. Before shipment, Ningbo Cologne New Materials Co., Ltd. spreads the granules on white paper for inspection. If black spots exceed the standard, the material is downgraded for use in dark-colored parts—controlling appearance risks before leaving the factory is always better than having customers discover them on the injection molding machine.
| Level Name | Typical source | Key indicators | Typical uses |
|---|
| High-gloss grade recycled ABS | Clean original case and white appliance case | Good surface gloss, few black spots | Electrical appliance housings, high-gloss exterior parts |
| General-purpose recycled ABS | Black appliance shells, daily necessities | Medium impact, color matching required | Toys, office supplies, monitor stands |
| High-impact grade recycled ABS | Electric tool cases, motorcycle cases | High notch impact strength, good toughness | Tool housings, luggage, automotive interiors |
| Heat-resistant grade recycled ABS | Heater and dryer equipment housing | High heat deflection temperature | Heat-resistant parts of small household appliances |
| Flame-retardant grade recycled ABS | Electrical appliance casing recycling | Flame retardant, requires yellow card data | Power supply enclosure, electrical components |
| Black blended recycled ABS | Multicolored appliance casing broken | Low price, average appearance | Non-exterior structural parts and internal components |
Market Reference: Recently, the mainstream quoted price for first-grade recycled black TV casings in the market is about 5,000 to 6,000 yuan per ton; white opaque, high-impact, high-gloss recycled ABS is more expensive, around 7,000 to 8,500 yuan per ton; high-impact black materials are mostly in the 6,000 to 7,000 yuan range. When Ningbo Kolon New Materials Co., Ltd. promotes ABS, they usually first ask what color it will be, whether it will be high-gloss, and if there are any flame-retardant requirements, before discussing the grade— in the ABS business, if you ask the wrong color, no matter how cheap the price is, it's useless.
A special reminder about flame-retardant recycled ABS: Electrical components often require flame retardancy. New materials come with official yellow cards, but for recycled materials, the flame-retardant level is often achieved by re-adding flame retardants. The formulation, amount added, and whether it meets environmental requirements all need to be backed by test data. Without yellow cards or environmental test reports, just claiming 'it can pass UL94' is not reliable. Never use such material for export electrical products, as factory inspections will certainly catch this. When it comes to flame retardancy, data is more important than just words.
Cost reduction depends on grade, not on gambling luck.
The accounts for recycled ABS inevitably include hidden costs from color differences and returns. Laying out the accounts:
| Cost item | Brand new ABS | Recycled ABS | Difference Explanation |
|---|
| Raw material purchase price | Benchmark price | Lower by several hundred to over a thousand yuan per ton | The price difference for high-gloss white material is narrow, while the price difference for black material is wide. |
| Surface appearance | Stable | High-gloss grade, nearly new material | Black spots and color differences are the main risks |
| Batch Consistency | Stable | Depends on sorting and color matching | Lock the color code and lock the MFR to mass-produce effectively |
| Impact toughness | Stable | High impact level is better | Observe the fluctuations in butadiene content |
| Return risk | Low | If the color difference is wrong, return it directly | First do a color proof before scheduling production |
| Full-year comprehensive | superficially expensive | Dark colors are more cost-effective for non-exterior parts | Be cautious with glossy light-colored exterior parts |
If you thoroughly read this table, you will find that the truly cost-effective recycled ABS is not the 'cheap tier,' but rather the few types that are 'dark-colored, not for appearance, and used in large quantities.' These parts are not picky about color or surface; black recycled ABS has adequate performance, is budget-friendly, and easy to work with. On the other hand, for light-colored, high-gloss appearance parts, the risk of color difference and black spots with recycled material can outweigh the savings on material costs if returns are considered. A wise practice is to divide products into two groups based on appearance requirements: use recycled material cautiously for appearance-critical parts, and freely use it for non-appearance parts, keeping separate accounts for both.
Boundary List — Which shells can be safely changed, and which should be held first:
Safe to use: black or dark-colored appliance casings, monitor bases, toys, toolboxes, non-appearance structural parts.
Use with caution: For light-colored exterior parts, first do color matching samples, and after approval, lock the batch.
First verify: For flame-retardant electrical components, you need flame-retardant yellow card and RoHS-related data, do not rely on verbal promises.
Do not touch: high-gloss mirror-finish exterior parts, high-gloss automotive trim; branded parts with extremely high color consistency requirements; inexpensive materials with mixed sources and many black spots used for light-colored parts.
Purchasing actions: Need the color swatch, need the color difference data for each batch, need impact and MFR testing; only place the order once all three are ready.
Let me add a note about the cost of coloring. When making light-colored parts with recycled ABS, the cost comes from recoloring—the cost of masterbatch and the labor for color matching are included in the cost; for black parts, they are already made from dark scrap, so little color adjustment is needed, making them naturally cheaper. This is why black recycled ABS is produced in large quantities and widely used, while light-colored high-gloss material is more expensive. Once you understand this, you won't use the price of black material to demand the same for light-colored high-gloss material, nor will you skimp on masterbatch for high-gloss parts that should originally use new material.
Kolon New Materials' Battle Against Color Difference: First Seal Samples, Then Schedule Production
First, to clarify: the following scenario is a typical situation set up to explain the process and does not represent the actual experience of any client. A factory in Ningbo that makes small appliance casings wanted to reduce the cost of black casings, so they purchased a batch of cheap recycled ABS. As a result, one batch turned out dark gray and another batch turned out bluish. When the two batches of the same color code were placed on the quality inspection table, they did not match, and the entire batch was returned.
Later, they connected with Ningbo Kolon New Materials Co., Ltd. This company didn't rush to ship the goods; they first solidified a few basics: they made three sample versions using the standard color codes and sealed the samples with the customer; they included color code, impact, and MFR in the acceptance criteria; each batch came with color difference and physical property test sheets. After mass production, the black shell's color remained stable, and the quality inspection station never had mismatched batches again, while the material cost also dropped by a notch.
The key to this scenario is not 'finding cheap black ABS,' but 'locking the color difference in a cage with sample sealing and inspection reports.' Ningbo Kolon New Materials Co., Ltd. supplies ABS and focuses on the pre-process—fixing the color code and locking the batch—so that the housing can safely use recycled material. This is also the reason why so many appliance manufacturers choose to cooperate with them again.
Reviewing this case, Kolon New Materials said when making recycled ABS for shells, don't rush to calculate the material cost first; calculate 'color stability' first. I've seen too many manufacturers save a few hundred on material costs, only to have a batch with color differences sent out, causing the client's entire production line to stop for returns, with shipping costs, rework, and customer trust all lost. Run through the sample approval and inspection form process properly; the extra time spent will ensure that you won't have to worry about color in the dozens of batches that follow. Any boss who has worked on shell parts can understand this calculation. Honestly, in the appearance parts business, what clients want is peace of mind—you keep the color differences within your own factory, and only then will the client dare to place orders with you.
High-end products are sold on 'not causing problems'—you never know whether the next batch of approved color-difference material will be sent to the customer or returned to your own warehouse.
When selecting recycled ABS, first ask whether it will be high gloss and whether it will be impact-resistant.
Common applications condensed into a quick reference table:
| Application scenario | Recommendation Level | Precautions | When to stop using |
|---|
| Black home appliance casing | Glossy/General-purpose Recycled ABS | Seal color code, lock batch | Highlight mirror parts with caution |
| Toys, office supplies | General-purpose recycled ABS | Look at impact and appearance | Attention to compliance for infant and children's toys |
| Power tools, bags | High-impact grade recycled ABS | Gap Impact Test | Structural load-bearing components are verified first |
| Heat-resistant small appliance parts | Heat-resistant grade recycled ABS | Heat deflection temperature | High-temperature contact parts measured first |
| Flame-retardant electrical components | Flame-retardant grade recycled ABS | Need the yellow card and environmental protection data | Do not promise flame retardancy without data |
Ending with just one sentence: whether your outer shell has highlights and whether there are requirements for impact resistance and flame retardancy—if these two aren't decided, no matter how low the price is negotiated, it's useless—the order is reversed, and it ends up with the two batches that don't match on the quality inspection table.
There is another tip when purchasing recycled ABS: don't place the entire annual volume on a single cheap material. For high-gloss exterior parts, it is recommended to reserve 10% to 20% of new material as a backup and color reference. If the recycled material batch fluctuates, you can mix in new material to handle emergencies. For non-exterior parts, recycled material can be used more confidently. This approach of 'main material plus backup reference material' doesn't cost much, but it can keep the risk of batch variations within a controllable range.
Finally, a practical tip: when applying appearance parts on recycled ABS, first do small-batch trials with three batches. For each batch, make samples to match colors and test impact resistance. Only increase the volume after all three batches are stable. Starting with large-scale material changes is like betting the entire production line's yield on luck. The business of making housings already has thin profit margins, and if you gamble and make a mistake, the cost cannot be recovered even with several months of cost reduction.
Cost reduction of recycled ABS relies on controlling the grade and color difference properly, not on gambling whether the next batch will pass or not. By selecting the right grade, locking in the color difference, and collecting complete data, recycled ABS becomes a great helper for cost reduction in household appliance shells.
Cost reduction of recycled ABS relies on the grade, not on luck
Disclaimer: The brands and trademarks mentioned in this article belong to their respective manufacturers. This article is a third-party material selection knowledge sharing; the specific grades, parameters, prices, certifications, and other information mentioned are subject to the latest official information from each manufacturer. This article does not constitute any purchasing or investment advice.
