雨天一踩就滑，油门刹车都踩它。踏板防滑垫湿态抓不住，省下的料钱全赔返工。
结论先摆：踏板防滑，湿态才是安全线
踏板防滑垫是“脚下安全件”：刹车、油门都踩它。
材料要防滑、耐磨、耐候——结论先给：踏板防滑垫用 SEBS 基 TPE 是主流；防滑要求高，加防滑纹理或高摩擦配方。
踏板防滑垫的最大坑：散料和原包，是两个价。散料便宜但批次飘，原包稳但贵——按用途定，安全件别赌散料。
踏板防滑垫是安全件：打滑就是事故。防滑实测（倾斜角）写进验收——防滑，就是底线。
TPE凭啥做踏板：纹理可设计，耐磨扛踩
踏板防滑垫用 TPE 的理由：防滑纹理可设计、耐磨、耐候、效率高——四条合起来，适合踏板垫。
防滑是核心：干态、湿态都要防滑。防滑实测（倾斜角）写进验收——湿态打滑，就是事故。
耐磨不能省：鞋底天天磨。耐磨（磨耗）数据按实际使用验——磨平纹路，防滑就没了。
三双脚踩它：鞋底、泥水、夏热冬冷
踩踏工况：反复踩踏摩擦。耐磨、回弹数据要验——磨平、塌陷，都是问题。
脏污工况：泥沙、水、油污。防滑在湿态下要稳——湿态防滑，就是安全线。
温度工况：车舱温度。耐热耐冷两头验——变形、发硬，都是坑。
TPE还是橡胶：踏板上算总账
| 维度 | TPE | 橡胶 |
|---|
| 防滑 | 可设计 | 天然好 |
| 耐磨 | 中上 | 好 |
| 气味 | 可控 | 橡胶味 |
| 成本 | 中 | 中高 |
| 成型 | 注塑 | 硫化 |
| 批次 | 稳 | 波动大 |
表格读法：橡胶防滑天然好但工序多；TPE 防滑可设计、效率高——量产件，TPE 是主流。
高防滑场景（越野车），加高摩擦配方——按用途选。
两个坑最坑：掺散料、防滑造假
坑一：散料赌运气。散料批次飘，防滑不稳——安全件，别赌散料。
坑二：防滑虚标。纹路好看但实际滑——防滑实测，别信纹路。
坑三：析出忽略。高温析出，表面发粘——析出测试，必测。
验收测湿态：倾角、磨损、批次
三问：防滑按什么方法、耐磨按什么标准、原包还是散料。一验：实踩实测——三问一验，供应商底细清楚。
防滑验证要实测：干态湿态倾斜角。实测最硬——纹路好看，不如实测防滑。
留样要成习惯：每批留样，防滑耐磨按批次复测。批次换料先对比再放量——批次稳，客诉少。
防滑线划在哪：雨天倾斜角说了算
踏板防滑垫的湿态防滑，是安全线：雨天鞋底带水，湿态打滑就是事故。湿态防滑按倾斜角实测——湿态，就是生死线。
湿态防滑要按温度：冬天鞋底有雪水。低温湿态测试——冬天场景，别漏。
湿态防滑要按鞋底：不同鞋底摩擦不同。多鞋底实测——实测，比报告硬。
防滑与耐磨要平衡：防滑纹路深，磨损快。防滑耐磨平衡，是配方功夫——两头都要验。
| 防滑测试 | 状态 | 通过线 |
|---|
| 干态 | 倾斜角 | ≥25° |
| 湿态 | 倾斜角 | ≥20° |
| 低温湿态 | 雪水模拟 | ≥18° |
| 多鞋底 | 实测 | 均达标 |
表2读法：防滑四状态，湿态是安全线。雨天打滑，就是事故。
| 材料指标 | 要求 | 说明 |
|---|
| 防滑 | 湿态达标 | 安全线 |
| 耐磨 | 按使用 | 无磨平 |
| 回弹 | 按标准 | 不塌陷 |
| 气味 | 1-3 级 | 内饰达标 |
表3读法：四指标是踏板垫的体检表。散料和原包，就是两个价。
湿态倾斜角 ≥20° 才算过，雨天鞋底带水也踩得住。 干态 ≥25°、低温雪水 ≥18°，三档都过才放行，防滑纹路磨平一档，摩擦系数就归零。
打滑不是纹路浅，是散料批次飘——安全件别赌散料。 原包料批次稳但贵，散料便宜但硬度漂移大三成，省下的料钱正好够赔客诉。
SEBS 基 TPE 防滑可设计，天然橡胶防滑天然好但要硫化。 量产件走注塑，免硫化省一道工序，干态湿态摩擦系数都能按配方调。
打样把雨鞋底模拟一遍：雨鞋更滑，雨鞋过了普通鞋才稳。 多鞋底实测，别只信纹路好看，防滑测的是“踩得住”不是“摸起来涩”。
踏板是脚下安全件，防滑差一点雨天就是事故。 倾斜角写进验收，每批复测，批次稳了湿态才不打滑。
科隆客户案例：回弹不足功能不达标，跟产过气味验收
北京一家汽车零部件厂，踏板防滑垫回弹不足，功能件性能不达标。科隆配合现场跟产调试到良率稳定，气味等级通过客户验收标准。跟产调试把回弹和气味一起对齐——两个问题，一次解决。
小结
如果你正卡在汽车踏板防滑垫的选型上，把工况发过来，我们对一遍，先对工况再对料。
我们交付的，不只是一包料。
It becomes slippery as soon as you step on it in the rain; whether it's the accelerator or brake, you step on it. The pedal anti-slip mat can't grip when wet, and all the money saved on materials ends up paying for rework.
Conclusion first: Pedal anti-slip, wet state is the safety line
Pedal anti-slip mats are 'safety parts under your feet': you step on them for both the brake and the accelerator.
The materials should be non-slip, wear-resistant, and weather-resistant—here's the conclusion first: SEBS-based TPE is the mainstream choice for pedal non-slip mats; for high non-slip requirements, add non-slip textures or high-friction formulations.
The biggest pitfall of pedal anti-slip mats: loose material and original packaging are priced differently. Loose material is cheap but inconsistent between batches, while original packaging is stable but expensive — choose based on use, and don’t gamble with loose material for safety parts.
Pedal anti-slip mats are safety items: slipping is an accident. Anti-slip performance (tilt angle) should be recorded in the inspection and acceptance—anti-slip is the bottom line.
Why TPE is suitable for pedals: texture can be designed, wear-resistant and can withstand stepping
Reasons for using TPE for pedal non-slip mats: slip-resistant textures can be designed, wear-resistant, weather-resistant, and efficient—these four combined make it suitable for pedal mats.
Slip resistance is key: both dry and wet conditions must be slip-resistant. Actual slip tests (inclination angle) should be recorded in the acceptance—slipping when wet counts as an accident.
You can't skimp on wear resistance: the soles are worn every day. Wear resistance (abrasion) data should be verified according to actual use — once the patterns are worn flat, the anti-slip function is gone.
Three pairs of feet step on it: soles, mud and water, hot in summer and cold in winter
Tread conditions: repeatedly stepping and rubbing. Wear resistance and rebound data need to be checked—flattening and collapse are both problems.
Dirty operating conditions: mud, water, oil. Anti-slip must be stable when wet — wet anti-slip is the safety line.
Temperature conditions: cabin temperature. Test for both heat and cold—deformation and hardening, all are pitfalls.
TPE or rubber: settling the score on pedals
| Dimension | TPE | Rubber |
|---|
| Non-slip | Designable | Naturally good |
| Wear-resistant | Upper-middle | Good |
| smell | Controllable | Rubber smell |
| Cost | middle | Medium-high |
| Molding | Injection molding | Vulcanization |
| Batch | Stable | Highly volatile |
Table interpretation: Rubber is naturally good for anti-slip but has many processes; TPE is anti-slip, can be designed, and is efficient — for mass-produced parts, TPE is the mainstream.
High anti-slip scenario (off-road vehicle), enhanced friction formula — choose according to use.
The two biggest traps: mixed loose materials and fake anti-slip measures
Pitfall 1: Gambling on loose materials. Loose material batches fluctuate and are unstable for anti-slip parts—safety components should not rely on loose materials.
Pitfall 2: Misleading anti-slip claims. The pattern looks nice but is actually slippery — test the anti-slip performance yourself, don't just trust the pattern.
Pitfall 3: Ignoring precipitation. High-temperature precipitation, sticky surface—precipitation testing, must be measured.
Acceptance moisture measurement: tilt angle, wear, batch
Three questions: What method is used for anti-slip, what standard is used for wear resistance, original packaging or bulk material. One check: physically step on and test—three questions and one check, the supplier's details are clear.
Anti-slip verification requires actual testing: dry and wet inclinations. The hardest in reality—good-looking patterns are no match for actual anti-slip performance.
Making sample retention a habit: retain samples from each batch, and retest slip resistance and wear resistance batch by batch. When changing materials between batches, compare first before increasing the volume—stable batches result in fewer customer complaints.
Where to draw anti-slip lines: the slope on rainy days determines it
The wet-slip resistance of pedal anti-slip mats is a safety line: when shoes carry water on rainy days, slipping when wet leads to accidents. Wet-slip resistance is tested based on the tilt angle — in a wet state, it is a matter of life and death.
Wet slip resistance should follow the temperature: in winter, there is slush on the soles. Low-temperature wet tests — winter scenarios, don't miss it.
Wet slip resistance depends on the sole: different soles have different friction. Multiple soles tested in practice — practical tests are harder than reports.
A balance between slip resistance and wear resistance is necessary: deep anti-slip patterns wear out quickly. Balancing slip resistance and wear resistance is all about formulation skill—both aspects need to be tested.
| Anti-slip Test | State | Through the line |
|---|
| Dry state | Tilt angle | ≥25° |
| Wet state | Tilt angle | ≥20° |
| low-temperature and wet state | Snowmelt simulation | ≥18° |
| More soles | Actual measurement | All meet the standard |
Table 2 readings: Four states of anti-slip, the wet state is the safety line. Slipping on rainy days equals an accident.
| Material specifications | Requirement | Explanation |
|---|
| Non-slip | Wet state meets the standard | Safety line |
| Wear-resistant | According to use | Unpolished |
| rebound | According to the standard | Does not collapse |
| smell | Levels 1-3 | Interior meets the standard |
Table 3 reading: The four indicators are the physical examination form of the pedal mat. Loose material and original packaging are just two prices.
A wet inclined angle of ≥20° is considered passing; even with water on the soles on rainy days, it can still grip. Dry state ≥25°, low-temperature slush water ≥18°; all three levels must pass before release. If the anti-slip pattern is worn down by one level, the friction coefficient drops to zero.
Slipping isn’t because the texture is shallow, it’s because the bulk material batches are inconsistent — don’t gamble with bulk material for safety parts. Original packaged material batches are stable but expensive, while bulk material is cheap but hardness can vary by 30%; the money saved on the material is just enough to cover customer complaints.
SEBS-based TPE can be designed to be non-slip; natural rubber is naturally non-slip but requires vulcanization. For mass-produced parts, injection molding is used, which avoids vulcanization and saves a processing step. The friction coefficient in both dry and wet states can be adjusted according to the formulation.
Proof the rain boot soles: Rain boots are more slippery, and they are only stable after surpassing ordinary shoes. Test multiple soles in practice, don’t just trust that the pattern looks good; anti-slip testing is about 'being able to step firmly,' not 'feeling rough to the touch.'
The pedal is the safety component under the foot; if it is slightly slippery, rain can cause an accident. Record the tilt angle for inspection, re-test each batch, and once the batch is stable, it won’t slip when wet.
Cologne Customer Case: Insufficient rebound, function not up to standard, compared with the smell experienced during production acceptance
A car parts factory in Beijing had insufficient rebound of pedal anti-slip mats, and the performance of the functional parts did not meet the standards. Cologne cooperated on-site with production debugging until the yield stabilized, and the odor level passed the customer acceptance standard. During production debugging, rebound and odor were aligned together—two problems solved at once.
Summary
If you are stuck on choosing a car pedal anti-slip mat, send over the working conditions, and we will check them. First, check the working conditions, then check the material.
What we deliver is not just a package of materials.
