标准型无卤环保阻燃热收缩套管 仪器仪表

该产品的特点是无卤、环保、阻燃、柔软、绝缘、低温收缩。主要用于元件、端子
及电线接头的绝缘保护，线束捆扎，标记和识别，机械保护等。
　 性能指标

性能项目测试条件指标
物理性能收缩温度（℃）&nbsp90
温度等级（℃）&nbsp125
径向收缩率（％）≥50　　
轴向收缩率（％）≤±5
抗张强度（Mpa)≥10.4
断裂伸长率(％)≥200
老化后抗张强度(Mpa)&nbsp158.0±1.0℃,168hrs≥7.3
老化后断裂伸长率(％)&nbsp158.0±1.0℃,168hrs≥100
同心率(％)≥65
电性能体积电阻率(Ω.cm)≥1014
击穿强度(KV/mm)&nbsp600sec≥15
化学性能铜腐蚀&nbsp158.0±1.0℃,168hrs&nbspPass
铜稳定性&nbsp158.0±1.0℃,168hrs伸长率≥100％
阻燃性&nbspVW-1&nbspPass

　 产品规格

产品收缩前尺寸(mm)完全收缩后尺寸(mm)
规格内径(D)壁厚(T)内径(D)壁厚(T)
Φ0.6&nbsp0.8±0.2&nbsp0.10±0.08≤0.35&nbsp0.26±0.06
Ф0.7&nbsp0.9±0.2&nbsp0.15±0.08≤0.4&nbsp0.30±0.06
Φ0.8&nbsp1.3±0.2&nbsp0.15±0.08≤0.45&nbsp0.33±0.06
Φ1.0&nbsp1.5±0.2&nbsp0.18±0.08≤0.6&nbsp0.36±0.06
Φ1.5&nbsp2.0±0.2&nbsp0.20±0.08≤0.8&nbsp0.40±0.08
Φ2.0&nbsp2.5±0.2&nbsp0.20±0.08≤1.00&nbsp0.42±0.08
Φ2.5&nbsp3.0±0.2&nbsp0.22±0.08≤1.25&nbsp0.42±0.08
Φ3.0&nbsp3.5±0.3&nbsp0.25±0.10≤1.5&nbsp0.46±0.08
Φ3.5&nbsp4.0±0.3&nbsp0.25±0.10≤1.75&nbsp0.46±0.08
Φ4.0&nbsp4.5±0.3&nbsp0.25±0.10≤2.0&nbsp0.48±0.08
Φ4.5&nbsp5.0±0.3&nbsp0.25±0.10≤2.25&nbsp0.50±0.10
Φ5.0&nbsp5.5±0.4&nbsp0.25±0.10≤2.5&nbsp0.50±0.10
Φ6.0&nbsp6.5±0.4&nbsp0.28±0.12≤3.0&nbsp0.56±0.10
Φ6.5&nbsp7.0±0.4&nbsp0.30±0.12≤3.25&nbsp0.56±0.10
Φ7.0&nbsp7.5±0.4&nbsp0.30±0.12≤3.5&nbsp0.58±0.10
Φ8.0&nbsp8.5±0.5&nbsp0.30±0.12≤4.0&nbsp0.60±0.10
Φ9.0&nbsp9.5±0.5&nbsp0.30±0.12≤4.5&nbsp0.60±0.10
Φ10&nbsp10.5±0.5&nbsp0.30±0.12≤5.0&nbsp0.60±0.10
Φ11&nbsp11.5±0.5&nbsp0.30±0.12≤5.5&nbsp0.60±0.10
Φ12&nbsp12.5±0.5&nbsp0.30±0.12≤6.0&nbsp0.60±0.10
Φ13&nbsp13.5±0.5&nbsp0.36±0.12≤6.5&nbsp0.65±0.12
Φ14&nbsp14.5±0.5&nbsp0.36±0.12≤7.0&nbsp0.65±0.12
Φ15&nbsp15.5±0.5&nbsp0.36±0.12≤7.5&nbsp0.65±0.12
Φ16&nbsp16.5±0.5&nbsp0.36±0.12≤8.0&nbsp0.65±0.12
Φ17&nbsp17.5±0.5&nbsp0.36±0.12≤8.5&nbsp0.65±0.12
Φ18&nbsp18.7±0.6&nbsp0.40±0.15≤9.0&nbsp0.70±0.12
Φ20&nbsp20.6±0.6&nbsp0.40±0.15≤10.0&nbsp0.75±0.15
Φ22&nbsp22.7±0.6&nbsp0.40±0.15≤11.0&nbsp0.80±0.15
Φ25&nbsp25.5±0.7&nbsp0.40±0.15≤12.5&nbsp0.90±0.15
Φ28&nbsp29.0±0.7&nbsp0.45±0.20≤14.0&nbsp0.95±0.15
Φ30&nbsp31.0±0.7&nbsp0.45±0.20≤15.0&nbsp0.95±0.15
Φ35&nbsp36.0±1.0&nbsp0.50±0.22≤17.5&nbsp1.00±0.20