奶嘴煮十次就发粘掉屑，宝宝拒奶哭闹。奶嘴回弹和安全没选对，入口的东西一步都不能错。
煮十次就发粘掉屑，宝宝拒奶
奶嘴是“入口吮吸的件”：回弹、安全、耐咬。材料要回弹、安全、耐咬——结论先给：常规奶嘴用食品级 SEBS 基 TPE 是主流；高端奶嘴，硅胶留。
奶嘴最大的坑：TPE拼性能，硅胶拼价格。TPE 拼性能，硅胶拼价格——定位，是奶嘴的分界。
奶嘴是儿童件：发粘、开裂都是问题。材料选对，孩子才安心——儿童件，别省料钱。
奶嘴为什么偏向 TPE
奶嘴用 TPE 的理由：回弹可做、安全可做、耐咬可做、效率高——四条合起来，适合奶嘴。
回弹是核心：吮吸回弹。回弹测试写进验收——回弹差，就是问题。
安全不能省：入口接触。认证编号写进验收——无认证，就是问题。
吮吸消毒耐咬，三道关
吮吸工况：吮吸回弹。回弹数据要验——回弹差，就是问题。
消毒工况：高温消毒。耐温数据要验——变形，就是问题。
耐咬工况：长牙啃咬。撕裂数据要验——开裂，就是问题。
食品级 TPE 还是硅胶？奶嘴一表
| 维度 | 食品级TPE | 硅胶 |
|---|
| 回弹 | 好 | 好 |
| 安全 | 高 | 高 |
| 耐温 | 可做 | 好 |
| 成本 | 中高 | 中高 |
| 效率 | 注塑 | 硫化 |
| 定位 | 性能款 | 高端款 |
表格读法：硅胶耐温好但硫化慢；TPE 效率高——性能奶嘴 TPE，高端硅胶。
按定位选：高端硅胶，性能 TPE。
奶嘴验收：TPE 拼性能硅胶拼价
| 定位 | 材料 | 卖点 |
|---|
| 性能 | TPE | 回弹 |
| 高端 | 硅胶 | 耐温 |
| 平价 | TPE | 性价比 |
| 特护 | 硅胶 | 安全 |
表格读法：把回弹、耐咬、单价摆一排，按预算和手感对号——要性能选SEBS基，要亲肤再看硅胶。
定位，是奶嘴的分界。
定位混选，三个坑回弹漏
坑一：定位混选。拿硅胶价去要TPE性能，两头都够不着——先定走量还是高端，再翻材料表。
坑二：回弹漏测。回弹差——回弹测试，必测。
坑三：耐温漏测。变形——耐温测试，必测。
选奶嘴按定位来
三问：定位什么档、认证编号多少、消毒方式什么。一验：实际使用实测——三问一验，供应商底细清楚。
定位验证要先行：把走量款和高端款的预算、手感分两列算清。先定位，再谈价格——定位，是奶嘴的分界。
留样要成习惯：每批留样，回弹安全按批次复测。批次换料先对比再放量——批次稳，客诉少。
奶嘴：老问题新对策，一表对照
| 现象 | 原因 | 对策 |
|---|
| 回弹差 | 配方不足 | 换高回弹料 |
| 变形 | 耐温不足 | 换耐温料 |
| 开裂 | 耐咬不足 | 换高撕裂料 |
| 发粘 | 助剂迁移 | 换低析出料 |
| 无认证 | 证书缺失 | 核认证 |
奶嘴主流 Shore A 30-40，吮吸回弹要快、流量孔径要稳。 咬下去变形、松口立刻回弹，孩子吸着不费力——回弹慢的奶嘴吸起来累。
硅胶奶嘴耐温可煮、手感更软，TPE 奶嘴过 LFGB、成本打对折。 高频消毒选硅胶，预算和供应链选食品级 TPE，定位先定再选料。
奶嘴用一周发黏留牙印，别只怪材料，劣质色母迁移物一样“出汗”。 入口件色母、助剂都要食品级，迁移物超标比基材本身更要命。
奶嘴验收三件事：高温消毒不变形、耐咬撕裂不起毛、吮吸回弹稳定。 按水煮 100℃、长牙期啃咬模拟测，报告随批走。
换食品级低析出 SEBS 基，奶嘴煮一百次不发白、咬两周不留深牙印。 奶嘴和奶瓶配合间隙锁死，密封不渗奶。
奶嘴这件入口的件，Shore A 30-40 才是吮吸手感的甜区，软一档怕被出牙期啃烂，硬一档孩子含着不吸。 太硬的奶嘴孩子吸着费力、容易呛，
太软的一咬一周就留下深牙印、还容易留口水印；
选 SEBS 基低析出配方，水煮一百次表面不发白、不返黏，复测手感不变，咬口部位做加厚耐咬段。
入口件验收别只盯软不软，LFGB 报告和色母迁移量才是真正的底线。 奶嘴天天进嘴，色母、增塑剂往表面迁移比基材本身更要命，
劣质色母迁移物一样会“出汗”；
每批留样测水煮后外观和咬后回弹，不发黏、不留深印再放行，批次换料先做盲测对比再放量。
奶嘴最后一道验收：水煮、啃咬、回弹三项随批走，缺一项不出货。 每批留样 6mm 厚试片，23℃ 测 Shore A，±3A 以内才放行；煮一百次测表面不白不黏，
咬后测回弹不留深印，批次换料先盲测，客户摸不出批次差再谈续单。
科隆客户案例：收缩率不稳尺寸波动，小批试产续三单
中山一家母婴用品厂，奶嘴收缩率不稳，尺寸波动大。科隆配合小批试产验证后再放量，尺寸稳定，客户连续三个批次续单。小批试产，把尺寸锁死在放量前——收缩率问题，试产阶段就该暴露。
小结
奶嘴的选型，定位先定，回弹再测，TPE拼性能硅胶拼价格，定位是分界。
三行说清我们是谁：
改性能——改性热塑性弹性体、改性尼龙（PA6 / PA66 / PA46 / PA11 / PA12 / PA6T / PA9T 及尼龙合金）、改性 PPO / PPS；
有货源——各大化工巨头尼龙树脂、副牌料、大包料现货；
给判断——什么件，用什么料。
If the pacifier is boiled ten times, it becomes sticky and sheds flakes, and the baby refuses milk and cries. Choosing the wrong pacifier rebound and safety is an error; nothing that goes into the mouth can go wrong even a step.
After boiling ten times, it becomes sticky and sheds flakes, and the baby refuses to drink it.
A pacifier is an 'oral sucking item': resilient, safe, and bite-resistant. The material should be resilient, safe, and bite-resistant — conclusion first: for regular pacifiers, food-grade SEBS-based TPE is mainstream; for high-end pacifiers, silicone remains.
The biggest pitfall of pacifiers: TPE competes on performance, silicone competes on price. TPE competes on performance, silicone competes on price—positioning is the dividing line of pacifiers.
Pacifiers are children's items: stickiness and cracking are both problems. Choosing the right material gives parents peace of mind—don't skimp on materials for children's items.
Why do pacifiers tend to favor TPE?
Reasons for using TPE for pacifiers: good rebound, safe, chew-resistant, high efficiency — together, these four make it suitable for pacifiers.
Rebound is key: suck and rebound. Rebound tests are written into acceptance—if the rebound is poor, it's a problem.
Safety cannot be compromised: contact at the entrance. Write the certification number into the acceptance—no certification, there is a problem.
Suck-resistant, bite-resistant, three levels of protection
Suction condition: suction rebound. Rebound data needs to be checked—the rebound difference is the problem.
Disinfection conditions: high-temperature disinfection. Temperature resistance data must be tested—deformation indicates a problem.
Bite-resistant conditions: long teeth biting. Tear data must be checked—cracking is a problem.
Food-grade TPE or silicone? A comparison of pacifiers
| Dimension | Food-grade TPE | Silicone |
|---|
| rebound | Good | Good |
| Safety | Tall | Tall |
| Temperature resistant | Can be done | Good |
| Cost | Medium-high | Medium-high |
| Efficiency | Injection molding | Vulcanization |
| Positioning | Performance model | High-end model |
Table reading: Silicone has good temperature resistance but cures slowly; TPE is efficient — performance nipples use TPE, high-end uses silicone.
Choose by positioning: high-end silicone, performance TPE.
Pacifier Acceptance: TPE Combined Performance Silicone Combined Price
| Positioning | Material | Selling point |
|---|
| Performance | TPE | rebound |
| High-end | Silicone | Temperature resistant |
| affordable | TPE | Cost-performance ratio |
| Special Care | Silicone | Safety |
Table reading method: Arrange rebound, chew resistance, and unit price in a row, then match them according to budget and feel — for performance, choose an SEBS-based material; for skin friendliness, look at silicone.
Positioning is the dividing line for pacifiers.
Positioning mixed selection, three pits rebound leakage
Pitfall 1: Mixed positioning. Trying to get TPE performance at silicone prices ends up reaching neither end—first decide whether to go for volume or high-end, then check the material list.
Pitfall 2: Rebound testing omission. Poor rebound — rebound test, must be tested.
Pitfall three: Temperature resistance leakage testing. Deformation — temperature resistance testing must be conducted.
Choose a pacifier according to the position
Three questions: What level is it positioned at, what is the certification number, and what is the disinfection method? One verification: actual use and measurements—three questions and one verification, the supplier's details are clear.
Positioning verification comes first: separate the budgets and feel of high-volume and high-end models into two columns. First position, then discuss price — positioning is the boundary for pacifiers.
Make sample retention a habit: retain samples for each batch, and retest rebound safety by batch. Before switching materials between batches, compare them first before scaling up—the batch is stable, and customer complaints are few.
Pacifiers: Old Problems, New Solutions, A Comparison Table
| Phenomenon | Reason | Countermeasure |
|---|
| Poor rebound | Insufficient dosage/formulation | Replace with high-resilience material |
| Transformation | Insufficient temperature resistance | Change to heat-resistant material |
| Cracking | Insufficient bite resistance | Switch to high-tear material |
| sticky | Additive migration | Change to low precipitation material |
| Unverified | Certificate missing | Nuclear Certification |
The mainstream pacifier has a Shore A hardness of 30-40; it should rebound quickly when sucked, and the flow hole size should be stable. When bitten, it deforms but immediately returns to shape when released, allowing the child to suck effortlessly—pacifiers with slow rebound are tiring to suck.
Silicone nipples can withstand boiling temperatures and feel softer, while TPE nipples pass LFGB and cost half as much. For frequent sterilization, choose silicone; for budget and supply chain considerations, choose food-grade TPE. Set the positioning first before selecting the material.
Pacifiers become sticky and retain teeth marks after a week; don't just blame the material—impurities from low-quality colorants can 'sweat' in the same way. The colorants and additives in the parts that go into the mouth must be food-grade, as excessive migration can be even more dangerous than the base material itself.
Three things to check when accepting pacifiers: They do not deform under high-temperature sterilization, are bite- and tear-resistant without fraying, and have stable rebound after sucking. Tested by boiling at 100℃ and simulating teething bites, with reports issued per batch.
Switch to food-grade low-migration SEBS material, the nipple won't turn white after boiling 100 times, and won't leave deep teeth marks after two weeks of biting. The gap between the nipple and the bottle is tightly locked, sealing without leaking milk.
The pacifier is an item that goes into the mouth. Shore A 30-40 is the sweet spot for sucking sensation; if it's one level softer, it might get chewed up during teething, and if it's one level harder, the child will hold it without sucking. If the pacifier is too hard, the child will have to work hard to suck it and may choke easily.
If it's too soft, a single bite can leave deep teeth marks in a week, and it also easily leaves saliva marks;
Choose a SEBS-based low exudation formula; after boiling a hundred times, the surface does not turn white or become sticky, and retesting shows the texture remains unchanged. The biting areas are reinforced with thickened, bite-resistant sections.
When inspecting incoming parts, don’t just focus on whether they’re soft; the LFGB report and colorant migration levels are the real bottom line. Pacifiers go into the mouth every day, and migration of colorants and plasticizers to the surface is more dangerous than the base material itself.
Impurities in low-quality color masterbatches can also 'sweat';
For each batch, after sampling and boiling, check the appearance and rebound after biting. Release the batch if it is not sticky and does not leave deep marks. When changing materials for a batch, conduct a blind comparison test before scaling up.
Final pacifier inspection: Boiling, biting, and rebound tests are carried out with each batch, and the product will not be shipped if any item is missing. For each batch, a 6mm thick sample piece is retained, and Shore A is measured at 23°C; only within ±3A is it released. Boil one hundred times and check that the surface does not turn white or sticky.
After biting, test the rebound to ensure no deep mark is left. When switching material batches, start with a blind test. Only discuss reorders once the customer cannot feel any difference between batches.
Cologne Customer Case: Unstable Shrinkage Rate and Size Fluctuations, Small Batch Trial Production Continues with Three Orders
A mother and baby products factory in Zhongshan had unstable shrinkage rates for pacifiers, with large size fluctuations. Cologne cooperated on small-batch trial production verification before ramping up production. The sizes were stable, and the client placed repeat orders for three consecutive batches. Small-batch trial production locks the sizes before mass production—the shrinkage rate problem should be exposed during the trial phase.
Summary
For pacifier selection, first determine the positioning, then test the rebound. TPE is chosen for performance, silicone for cost—positioning is the dividing line.
Three lines clarifying who we are:
Modify performance—modified thermoplastic elastomers, modified nylon (PA6 / PA66 / PA46 / PA11 / PA12 / PA6T / PA9T and nylon alloys), modified PPO / PPS;
Available supply—all major chemical giants' nylon resins, secondary materials, bulk materials in stock;
Provide judgment—what part uses which material.
