Ancor 16-14 Gauge #10 Heat Shrink Ring Terminals - 100-Pack

16-14 Gauge - #10 Heat Shrink Ring Terminal - 100-Pack

Gauge Size: 16-14
Screw Size: #10
Quantity: 100

Product Features:

• Cross Linked polyolefin tubing is much stronger than PVC tubing and will not burn like PVC
  
  


• Heat activated adhesive lining provides impervious seal to salt water, oil, acids, and sunlight as well as providing strain relief
  
  


• Nylon insulator, preferred by experts, for Marine Grade resistance to sunlight, water, oil, chemicals, vibration and cut-through damage
  
  


• UL Listed and CSA Recognized
  
  


• Highest shrink ratio - shrinks to 1/3 original size
  
  


• Shrinks at 257 F/125 C
  
  


• Operating temperature range 40 C to 110 C
  
  


• ANCOR heat shrink connectors offer heat activated adhesive built into the sleeve of the heat shrink tubing
  
  


• Shrinks to form a water tight seal and the ultimate vibration and strain relief
  
  


• Tinned for corrosion resistance
  
  


• Pure copper for maximum current flow
  
  


• Brazed seam for maximum strength

WARNING: This product can expose you to chemicals including di(2-ethylhexyl)phthalate (dehp) which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.

The Ancor 16-14 gauge #10 heat shrink ring terminals are designed for reliable electrical connections in demanding environments. Constructed from pure copper, these terminals ensure maximum current flow and are tinned for enhanced corrosion resistance, making them ideal for marine, automotive, and industrial applications. The brazed seam provides superior strength and durability, ensuring secure and long-lasting connections. These terminals feature a heat-activated adhesive lining that creates a waterproof seal, protecting against saltwater, oil, acids, and sunlight, while also providing strain relief for the connection. The cross-linked polyolefin tubing used in these terminals offers superior strength compared to PVC and will not burn like PVC under high heat conditions.

They have a high shrink ratio, shrinking to approximately one-third of their original size when heated to 257°F (125°C). The nylon insulator used is preferred by professionals for its resistance to sunlight, water, oil, chemicals, vibration, and cut-through damage, making it suitable for harsh environments. These terminals are UL listed and CSA recognized, ensuring safety and quality standards. The operating temperature range extends from 40°C to 110°C, providing versatility across various applications. Designed to be easy to install, these heat shrink ring terminals form a watertight seal and offer excellent vibration and strain relief, ensuring secure electrical connections that withstand the rigors of demanding conditions. Packaged in quantities of 100, they are a reliable choice for professional and DIY electrical wiring projects requiring durable, corrosion-resistant connectors.

Whether used for marine wiring, automotive projects, or industrial electrical systems, the Ancor heat shrink ring terminals deliver high performance and dependable connections. Their robust construction, combined with the heat-activated adhesive and superior shrink ratio, ensures your electrical connections remain protected and secure over time, even in challenging environments.

Features:

• Cross linked polyolefin tubing offers superior strength and durability compared to PVC

• Heat activated adhesive lining provides an impervious seal against saltwater, oil, acids, and sunlight

• Nylon insulator offers marine grade resistance to sunlight, water, oil, chemicals, vibration, and cut-through damage

• UL Listed and CSA Recognized for safety and quality assurance

• Highest shrink ratio, reducing to one-third of original size when heated

• Shrinks at 257°F (125°C) for secure installation

• Operates effectively within a temperature range of 40°C to 110°C

• Built-in heat activated adhesive ensures water tight seal and strain relief

• Tinned for enhanced corrosion resistance

• Pure copper construction maximizes current flow and conductivity

• Brazed seam provides maximum strength and durability