脚垫压半年就塌成饼，家电晃得像醉汉。家电脚垫回弹没留够，新家电用出旧晃感。
结论先摆：家电脚垫，回弹耐磨绑一起
家电脚垫是“受压的件”：长期承重、地面摩擦、震动。材料要回弹、耐磨、防滑——结论先给：家电脚垫用 SEBS 基 TPE 是主流；重载场景，TPV 优先。
家电脚垫最大的坑：回弹不够，交联度在偷懒。脚垫塌成饼，先查交联度——交联，是回弹的开关。
家电脚垫是功能件：塌陷、打滑都是问题。材料选对，家电才稳——功能件，别省料钱。
TPE凭啥不塌：回弹可加，耐磨可做
家电脚垫用 TPE 的理由：回弹可做、耐磨可做、防滑可调、效率高——四条合起来，适合脚垫。
回弹是核心：长期受压。压缩回弹（按标准）写进验收——塌陷，就是问题。
交联不能省：交联密度上不去，脚垫压久了就塌成饼。交联度窗口写进验收——交联，是回弹的开关。
压一年踩它：承重、移动摩擦、地面
承重工况：长期受压。压缩回弹数据要验——塌陷，就是问题。
摩擦工况：地面摩擦。耐磨数据要验——磨平，就是问题。
防滑工况：家电防滑。防滑数据要验——打滑，就是问题。
TPE还是橡胶：脚垫上看塌不塌
| 维度 | TPE | 橡胶 |
|---|
| 回弹 | 可做 | 好 |
| 耐磨 | 中 | 好 |
| 防滑 | 可调 | 好 |
| 成本 | 低 | 中高 |
| 效率 | 注塑 | 硫化 |
| 批次 | 稳 | 波动大 |
表格读法：橡胶回弹耐磨好但贵；TPE 性价比高——主流家电脚垫 TPE。
重载场景 TPV，常规 TPE——按场景选。
回弹交联核验表：交联度供应商出
| 项目 | 方法 | 合格线 |
|---|
| 压缩回弹 | 按标准 | ≥80% |
| 交联度 | 凝胶率 | 按配方 |
| 承重 | 实物压测 | 无塌陷 |
| 耐磨 | 磨耗 | 按标准 |
表格读法：回弹和交联一起看——交联度不够，压缩永久变形就压不住。
先测交联，再谈回弹。
两个坑：交联偷懒、回弹造假
坑一：交联偷懒。回弹慢、压完回不来，先查交联度——交联窗口，先定。
坑二：回弹虚标。报告写回弹，实际塌陷——回弹按实测验收。
坑三：防滑漏测。打滑，家电就晃——防滑测试，必测。
验收三问：回弹、耐磨、阻燃
三问：回弹按什么标准、交联度多少、防滑按什么方法。一验：实际压测实测——三问一验，供应商底细清楚。
交联验证要先行：先测回弹率和压变，再谈价格——交联，是回弹的开关。
留样要成习惯：每批留样，回弹耐磨按批次复测。批次换料先对比再放量——批次稳，客诉少。
交联度是回弹的开关：太低塌陷，太高发脆。 不像硬度直观，却直接决定回弹和寿命，要供应商出交联数据。
脚垫既防滑又不伤地板，靠硬度加纹路平衡。 太硬划地板、太软不防滑，在实际地板样块上拖动测。
脚垫长期压浅色地板，析出物留印擦不掉。 做长期压置测试，压几周看留不留印，换低析出配方。
洗衣机要快回弹吸震，冰箱要慢回弹稳支撑。 按家电类型定回弹速度，别一个配方打天下。
三数据一起验：回弹、耐磨、承重。 脚垫虽小，承重是硬指标，按家电类型和承重定档才站得稳。
家电脚垫常见问题与对策表
| 现象 | 原因 | 对策 |
|---|
| 塌陷 | 交联不足 | 调交联度 |
| 打滑 | 防滑不足 | 改纹路 |
| 磨平 | 耐磨不足 | 换耐磨料 |
| 留印 | 析出污染 | 换低析出料 |
| 发脆 | 交联过高 | 调交联度 |
脚垫回弹看交联度，太低塌陷太高发脆。 交联数据要供应商出，不像硬度直观却决定回弹和寿命。
脚垫防滑靠硬度加纹路，在实际地板样块上拖动测。 太硬划地板太软不防滑，长期压浅色地板不留印。
洗衣机快回弹吸震，冰箱慢回弹稳支撑，别一个配方打天下。 按家电类型定回弹速度，承重是硬指标。
脚垫耐磨按实测验，天天受压磨耗差三成先磨平。 磨平一次家电就晃，数据随批走。
析出留印擦不掉是投诉大户，长期压置几周看留不留印。 换低析出配方，回弹耐磨承重三数据一起验。
**脚垫回弹耐磨承重三数据一起验，缺一样别放量。
** 交联度要供应商出，长期压置不留印，家电类型不同回弹速度也不同，批次留样按季复测。
科隆客户案例：阻燃不过检出口卡关，留样数据过检
成都一家改性料应用厂，家电脚垫阻燃不过检，出口卡关。科隆配合提供同批次留样与物性数据，阻燃等级过检，顺利出口。留样加数据，是过检的底气——数据齐，认证快，出口才顺。
小结
家电脚垫的选型，交联先测，回弹再验，脚垫塌成饼的时候，先查交联度别急着换料。
Floor mats collapse like cakes after just half a year of pressure, and appliances shake like drunks. Appliance mats don't rebound enough, new appliances start to feel worn and wobbly.
Conclusion First: appliance floor mats, rebound and wear-resistant, tie together
Appliance floor mats are "pressure-bearing parts": long-term load-bearing, ground friction, vibration. Materials need to be resilient, wear-resistant, and non-slip—conclusion first: SEBS-based TPE is mainstream for appliance floor mats; For heavy-duty scenarios, TPV is prioritized.
The biggest pitfall of appliance floor mats: insufficient rebound, cross-linking is just laziness. If the mats collapse into a cake, first check the cross-linking — cross-linking is the rebound switch.
Appliance floor mats are functional parts: sagging and slipping are problems. Choosing the right materials ensures the appliance is stable—functional parts, don't skimp on material costs. Why not
TPE collapse: Rebound can be added, wear resistance can be made
Reasons for using TPE for appliance floor mats: rebound can be made, wear resistance can be made, anti-slip is adjustable, high efficiency — all four together are suitable for floor mats.
Rebound is the core: long-term pressure. Compression rebound (according to standards) is written into acceptance—collapse is a problem.
Cross-linking can't be saved: cross-linking density can't be increased, and if the mats are pressed for too long, they collapse into a cake. Cross-linking window is written into acceptance — cross-linking is the rebound switch.
Press for a year, step on it: load-bearing, moving friction, ground
Load-bearing condition: long-term pressure. Compression and rebound data must be verified—collapse is the problem.
Friction cycle: ground friction. Wear resistance data must be tested—grinding flat is the problem.
Anti-slip condition: home appliance slipping. Anti-slip data must be checked—slipping is the problem.
TPE or rubber: see if the mats collapse
| Dimension | TPE | Rubber |
|---|
| Rebound | Usable | Good |
| Abrasion-resistant | Medium | Good |
| Anti-slip | Adjustable | Good |
| Cost | Low | Mid-high |
| Efficiency | Injection molding | Vulcanization |
| Batch | Stable | Large fluctuation |
Table reading: Rubber is good for rebound and wear-resistant but expensive; TPE offers high cost-performance — mainstream home appliance floor mats TPE.
Heavy-duty scenario TPV, conventional TPE — choose according to scenario.
Rebound Crosslinking Verification Form: Crosslinking degree supplier outputs
| Project | Method | Qualification Line |
|---|
| Compressed Rebound | According to Standard | ≥80% |
| Crosslinking Degree | Gel Rate | According to formula |
| Load-bearing | Physical pressure testing | No collapse |
| Wear resistance | Wear loss | According to standard |
Table reading: Examine rebound and crosslinking together—if the crosslinking degree is insufficient, permanent deformation during compression cannot be maintained.
Test crosslinking first, then talk about rebound.
Two pitfalls: crosslinking is lazy, rebound is fake
Pitfall one: crosslinking is lazy. Slow rebound, can't come back after pressing, first check crosslinking degree—crosslinking window, set first.
Pitfall two: rebound is falsely labeled. Report says bounce, actual collapse—bounce is accepted by actual test.
Pitfall three: slip prevention missed test. Slipping, appliances shaking—anti-slip test, mandatory.
Acceptance question three: bounce, wear resistance, flame retardant
Question three: What standards for bounce, what crosslinking degree, and anti-slip method. First test: Actual pressure testing — three questions and one inspection, supplier details clear.
Cross-linking verification must come first: first test rebound rate and voltage variation, then discuss price—cross-linking is the switch for rebound .
Keep samples as a habit: keep samples for each batch, retest rebound wear resistance by batch. Compare batch material changes before scaling up—stable batches, fewer customer complaints.
Cross-linking is the rebound switch: too low causes collapse, too high causes brittleness. Unlike hardness that directly determines rebound and lifespan, suppliers need cross-linking data.
Floor mats are both slip-resistant and non-damaging floors, balanced by hardness and texture. If too hard to scratch the floor or too soft, drag and measure on actual floor samples.
Floor mats have been pressing light-colored floors for a long time, leaving residues that can't be erased. Do long-term pressure placement tests, press for a few weeks to see if marks remain, then switch to a lower precipitation formula.
Washing machines need to rebound quickly and absorb shocks; refrigerators need slow rebound and stable support. Set the rebound speed by appliance type—don't use one formula to dominate.
Test all three data together: rebound, wear resistance, and load-bearing capacity. Floor mats may be small, but load capacity is a hard metric. Only by setting the appliance type and load capacity settings can they stand firm.
Common Problems and Countermeasures of Appliance Floor Pads
| Phenomenon | Causes | Countermeasures |
|---|
| Collapse | Insufficient Crosslinking | Adjustment of Crosslinking Degree |
| Slipping | Insufficient Anti-Slip | Pattern Correction |
| Smoothing | Insufficient wear resistance | Replacing wear-resistant material |
| Leaving impressions | Precipitation contamination | Replacing with low sedimentation material |
| Brittle | Crosslinking too high | Adjusting crosslinking degree |
Footmat rebound depends on crosslinking; too low causes collapse and too high causes brittleness. Cross-linking data must be provided by suppliers, unlike hardness that directly determines rebound and lifespan.
Floor mat anti-slip depends on hardness and texture, dragging tests on actual floor samples. If the floor is too hard, scratching the floor too soft won't be slip-resistant; pressing light-colored floors for a long time won't leave marks.
Washing machines rebound quickly to absorb shock, refrigerators rebound slowly for stable support—one formula dominates. Rebound speed is determined by appliance type; load capacity is the hard metric.
Floor mat wear resistance tested real-world; daily pressure wears off by 30% and smooths out first. Once smoothed, the appliance wobbles; data follows the batch of tests.
Residue and marks that can't be erased are major complaints; after long-term pressing, see if impressions remain. Switch to low calculation formulas, testing all three data at once.
** Floor mat rebound, wear, and load-bearing tests are tested together; if any is missing, don't increase volume.
** Cross-linking must be supplied by the supplier; long-term pressing without leaving a mark. Different appliance types have varying rebound speeds, batch samples are re-tested quarterly.
Cologne customer case: flame retardant fails inspection and export checkpoint; retained sample data passes inspection
A modified material application factory in Chengdu, home appliance floor mats fail flame retardant inspection and export blockage. Cologne cooperated by providing retained samples and physical property data for the same batch, passing flame retardant ratings and successfully exporting. Retention samples plus data are the foundation for passing inspection—complete data, fast certification, smooth export.
Summary
Choosing Appliance Floor Mats: Test cross-linking first, then rebound before testing. When the mats collapse into a flat, check the degree of cross-linking first and don't rush to replace the material
