BEHS1-12RD-3 - Pacer Group Red Heat Shrink Tubing - 1" x 12" (3-Pack)

Red Heat Shrink Tubing - 1" x 12" (3-Pack)<\/strong><\/p>

This battery cable heat shrink tubing is designed with a dual-purpose thermoplastic liner that flows and encapsulates when heated. Once cooled, it offers strong mechanical strength and corrosion protection, making it ideal for various applications. Ensure to consider wire diameter and component coverage when selecting the appropriate size.<\/p>

Features:<\/strong><\/p>

• Highly abrasion and impact resistant.<\/li>
• Easy installation; shrinks when heated over 120 °C.<\/li>
• Adheres well to PVC, neoprene, polyolefin, EPR, steel, and aluminum.<\/li>
• Heavy wall tubing with excellent insulating and strain-relieving properties.<\/li>
• Provides environmental protection in harsh conditions.<\/li>
• Adhesive lining acts as a barrier against contaminants.<\/li>
• Resistant to acids, alkalis, fuel, oil, and solvents.<\/li><\/ul>

  Applications:<\/strong><\/p>

  • Splice sealing.<\/li>
  • Primary insulation.<\/li>
  • Cable/jacket repair.<\/li>
  • Direct burial/submersible use.<\/li>
  • Strain relief applications.<\/li><\/ul>

    Compliances:<\/strong><\/p>

    • MIL-I-23053/15 Class 2.<\/li><\/ul>

The Pacer Group Red Heat Shrink Tubing, part number BEHS1-12RD-3, is a heavy-wall tubing designed for electrical insulation and environmental protection in demanding IT and industrial applications. This product is suitable for IT professionals and technicians requiring robust cable management solutions. It features a dual-purpose thermoplastic liner that encapsulates components when heated, providing strong mechanical strength and corrosion protection upon cooling. The tubing offers resistance to abrasion, impact, acids, alkalis, fuel, oil, and solvents, making it effective in harsh conditions. Key applications include splice sealing, primary insulation, cable/jacket repair, direct burial/submersible use, and strain relief. Its adhesive lining acts as a barrier against contaminants, ensuring long-term reliability for critical connections.