一、核心结讹�/span>

埃米陶瓷态阻燃粉可用于动力电池、储能电池热失控防护场景，为无机环保型陶瓷化阻燃粉体＋�/span>350�?160ℂ�span style="font-family:等线">宽温域熔融成致密陶瓷屁�/span>，适配电芯间、模组间、柜内缝隙、防火涂层等热失控被动防护方案，可抑制热蔓延、阻断火焰与高温射流，符吇�/span>GB 38031�?025热扩散安全要求、�/span>

二、电池热失控行业现状与核心痛炸�/span>

动力电池/储能电池热失控典型温度区间：早期300�?00ℂ�span style="font-family:等线">、峰倻�/span>800ℂ�/span>以上，伴随高温喷射、火焰、烟气与结构坍塌、�/span>
当前痛点９�/span>

1.传统隔热材料（气凝胶、云母、泡棉）�?/span>800ℂ�span style="font-family:等线">以上易烧蚀、击穿、收�?/span>，无法抵御持续高温喷射火：�/span>

2.单一阻燃剁�/span>温区覆盖不足，存在低温失效或高温坍塌漏洞：�/span>

3.含卤阻燃剂燃烧产甞�/span>有毒烟气，不符合无卤低烟安全规范：�/span>

4.模组/柜内不规则缝隘�/span>难以密封填充，形成火焰与高温气体通道、�/span>

三、产品适配性与核心机理

埃米陶瓷态阻燃粉丹�/span>无机环保粉体，热失控触发后按以下路径工作９�/span>
基础粉体↑�/span>350ℂ�span style="font-family:等线">起熔融成胶�?/span>↑�/span>覆盖基体形成连续陶瓷屁�/span>↑�/span>隔氧、隔热、结构增弹�/span>↑�/span>抑制热蔓延、阻止链式失控、�/span>
产品无卤、无烟、不含重金属，通过RoHS等绿色认证，分散性优异，与高分子基材相容性好，不显著影响机械与加工性能、�/span>

四、关键性能参数

‡�span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">有效保护温区９�/span>350�?160ℂ�/span>，覆盖电池热失控全温段；

‡�span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">微观形貌９�/span>类球形超细粉佒�/span>，流动性与分散性优异；

‡�span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">功能分类９�/span>

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">FTC系列＇�/span>FTC-750/850）：陶瓷化骨架填料，添加45�?0wt%，高温形成坚固陶瓷支撑层，结构强度＞5MPa：�/span>

�?span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">FTX系列＇�/span>FTX-600/750/850）：成膜隔绝助剂＋�/span>添加8�?8wt%，低�?/span>/中温/高温分段成膜，快速封堵隔绝；

‡�span style="font-variant-numeric: normal;font-variant-east-asian: normal;font-variant-alternates: normal;font-size-adjust: none;font-language-override: normal;font-kerning: auto;font-optical-sizing: auto;font-feature-settings: normal;font-variation-settings: normal;font-variant-position: normal;font-variant-emoji: normal;font-stretch: normal;font-size: 9px;line-height: normal;font-family: 'Times New Roman'">防护效果９�/span>1�?mm厚度可达UL94 V0，高温不收缩、不坍塌，抵徠�/span>800ℂ�span style="font-family:等线">以上喷射火冲击、�/span>

五、电池场景典型应用方桇�/span>

1.电芯间隔�?/span>/防火�?/span>
定位：电芯间毫米级防火墙；阻�?/span>800�?高温射流，防止热蔓延至相邻电芯；推荐型号９�/span>FTC-750�?/span>FTC-850、�/span>

2.储能柛�/span>/电池包缝隙填兄�/span>
定位９�/span>全域隔离无死觑�/span>；适配灌封、涂层、柔性泡沫，封堵线束/模组/连接器周边不规则缝隙；推荐复配：FTX-600+FTC-850、�/span>

3.电池系统防火涂层/灌封
定位９�/span>关键点位精准防护；用亍�/span>PCB、端子、线束周边，异常升温快速陶瓷化，隔氧阻燃、不干扰电气性能；推荐型号：FTX-600+FTX-750/FTX-850、�/span>

六、实测收盉�/span>

1.宽温域稳定：350ℂ�span style="font-family:等线">臲�/span>1160ℂ�/span>持续防护，无明显温区漏洞：�/span>

2.结构不坍塌：高温形成陶瓷骨架＋�/span>保持完整�?/span>，避免防护失效；

3.无二次危害：无卤无烟，燃烧无有毒烟气，提升逃生与环境安全；

4.分散一致性：类球形颗粑�/span>分散均匀，保障批次与局部防护稳定；

5.复配增效９�/span>FTC+FTX构建全温区阶梯阻燃体糺�/span>，适配不同热失控阶段、�/span>

七、合规与使用提示

1.本产品为被动热防护材斘�/span>，需不�/span>BMS预警、热管理、结构隔离等系统配合使用：�/span>

2.效果因材料体系、配方、加工工艺、厚度与安装方式存在差异，需试样验证：�/span>

3.储存：密封干燥环境；使用：建议预混确保分散均匀，加工避开始熔温度区间：�/span>

4.符合新能源汽车、储能系绞�/span>无卤环保与安全阻燂�/span>相关规范要求、�/span>