GBC Premium White 5/16" 3:1 Twin Loop Wire - 9775014
27.99 NewCondition InStock

GBC Premium White 5/16" 3:1 Twin Loop Wire - 9775014

Part #: 9775014G
Brand: GBC
2 Questions, 2 Answers
  • Capacity: Approx. 30-50 sheets (20lb bond)
  • Quantity: 100 pk
  • Hole Pattern: 32 Hole
  • Length: 11"
  • Price Match Guarantee
  • Ships Free Over $75

$27.99

FREE shipping for orders over $75*
Backordered (ETA: Late December)

SWIPE FOR MORE IMAGES
  • 0
  • 1
  • 2
  • 3
  • 4
  • 5
video
Product Name Item Number Price Qty
GBC Premium White 3/8" 3:1 Twin Loop Wire - 9775019 9775019G
$37.29
GBC Premium White 9/16" 3:1 Twin Loop Wire - 9775034 9775034G
$60.79

Product Description

GBC Premium White 5/16" 3:1 Pitch Twin Loop Wires are guaranteed to add elegance and security to your documents. These GBC Premium Twin Loop Wires are also called Wire-O, WireBind, and Double Loop Wire. GBC white 5/16" 3:1 pitch elements let pages lie flat with 360 Degrees rotation for convenient note-taking and photocopying as well as provide a permanent bind to your documents--meaning your pages stay secure and protected. GBC Premium white 5/16" 3:1 pitch wire spines also look a tad more refined than a plastic comb or spiral coil. Measuring 5/16" in diameter, these white twin loop wires from GBC can hold approximately 30-50 sheets. These premium white 5/16" 3:1 pitch twin loop wires come open in a "C" shape, allowing you to insert the spines into your punched pages and then simply use your wire binding machine or wire closer to finish your books. Product number 9775014G.

Product Details

  • Color: White
  • Pitch: 3:1 Pitch (32 Loops)
  • Size: 5/16"
  • Capacity: Approx. 30-50 sheets (20lb bond)
  • Quantity: 100 Per Box
  • Part Number: 9775014G

Demonstration Video

Transcript: Welcome to MyBinding video. This is everything you need to know about Twin Loop Wire. First there are sizes ranging from 1/4 of an inch to 1 1/2". There are many sizes of wire, which can hold up to 300 pages. And a great benefit to twin loop wire is that pages lay flat. Better yet, it folds nicely back to back. There are 2 standard pitch sizes: 2:1 and 3:1. 2:1 is better for larger size books while 3:1 is better for smaller ones and there are custom pitches for when you find yourself with a different punch. The standard length of wire is 11 inches and again there are custom lengths for when yo ... Read More
Welcome to MyBinding video. This is everything you need to know about Twin Loop Wire. First there are sizes ranging from 1/4 of an inch to 1 1/2". There are many sizes of wire, which can hold up to 300 pages. And a great benefit to twin loop wire is that pages lay flat. Better yet, it folds nicely back to back. There are 2 standard pitch sizes: 2:1 and 3:1. 2:1 is better for larger size books while 3:1 is better for smaller ones and there are custom pitches for when you find yourself with a different punch. The standard length of wire is 11 inches and again there are custom lengths for when you need it. And like most bindings, there are several different colors to choose from. It is important that your wire works with your punch and wire binding machine. First check what type of wire your machine uses before purchasing and that is twin loop wire. For more demos, reviews and how-to's, go to MyBinding.com.

Sizing Guide

Size Pitch Approximate Capacity (20# Paper)
3/16" 3:1 Pitch (32 Loops) 5-20 Sheets
1/4" 3:1 Pitch (32 Loops) 20-30 Sheets
5/16" 3:1 Pitch (32 Loops) 30-50 Sheets
3/8" 3:1 Pitch (32 Loops) 50-60 Sheets
7/16" 3:1 Pitch (32 Loops) 60-80 Sheets
1/2" 3:1 Pitch (32 Loops) 80-100 Sheets
9/16" 3:1 Pitch (32 Loops) 100-120 Sheets

Questions & Answers

Thank you for your question. Unfortunately there is not a wire option that is compatible with the Fellowes Quasar + 500. The Fellowes Quasar + 500 is able to use plastic combs and ZipBind spines.

Answered by MyBinding
5 years and 4 months ago ago
Thank you for your question. If you have the CINCH BOOK BINDING TOOL V2, then the 2:1 twin loop wires should work with this machine.

Answered by MyBinding
7 years and 1 months ago ago

Submit a New Question

Get Code