نسبة انكماش عالية متعددة الطول EPDM CST CPS φ35mm

فيديوهات أخرى
March 21, 2025
فئة الارتباط: أنبوب الانكماش البارد
أنبوب التقلص البارد من الصين
https://www.cold-shrinktube.com/china-multi_length_high_shrink_ratio_epdm_cst_cps_35mm-37827554.html
شركة HENGYANG ZK INDUSTRIAL CO. LTD مصنعة جودة من الصين.
يمكننا توفير:
أنبوب التقلص البارد: https://www.cold-shrinktube.com/supplier-cold_shrink_tube-442762.html
أنبوب EPDM المتقلص البارد: https://www.cold-shrinktube.com/supplier-epdm_cold_shrink_tube-442803.html
أنبوب سليكوني متقلص بارد: https://www.cold-shrinktube.com/supplier-silicone_cold_shrink_tube-442804.html
مرحبا بكم في زيارة موقعنا الرسمي: http://www.cold-shrinktube.com
Brief: Discover the Multi-Length High Shrink Ratio EPDM CST CPS φ35mm, a versatile cold shrink tube with a thickness range of 2.0 - 3.6mm. Ideal for cable termination and jointing, this product ensures durability and high performance in various applications.
Related Product Features:
  • High shrink ratio EPDM cold shrink tube for reliable cable protection.
  • Available in multi-length options to suit diverse project needs.
  • Thickness ranges from 2.0 to 3.6mm for enhanced durability.
  • Suitable for cold shrink termination and electric cable jointing.
  • Compatible with φ35mm applications for versatile use.
  • EPDM material ensures excellent weather and chemical resistance.
  • Easy to install with no heat required, saving time and effort.
  • Ideal for use with related products like cable breakout boots and plastic spiral tubes.
الأسئلة:
  • What is the thickness range of the EPDM cold shrink tube?
    The thickness ranges from 2.0 to 3.6mm, providing durability and flexibility for various applications.
  • Is this product suitable for φ35mm cables?
    Yes, the Multi-Length High Shrink Ratio EPDM CST CPS φ35mm is specifically designed for φ35mm applications.
  • What are the key benefits of using EPDM material?
    EPDM material offers excellent weather resistance, chemical resistance, and durability, making it ideal for outdoor and harsh environments.