Ribbon Lanyards

Flat or ribbon lanyards are a woven lanyard. These flat lanyards generally occupy the higher end of the lanyard scale and are very durable.

Ribbon Lanyards are perfectly suited for continuous wear every day. They can definitely withstand a the washing machine each week and the material is not likely to rub up into pills or fray. They also don’t get snagged on rough surfaces.

These wider lanyards are designed to lay flat to more easily display pre-printed text and logos.

Lanyards made from polyester are among the least expensive custom imprinted lanyards available. The material is available in 3/8" (shoelace) and 5/8" (budget). Hot stamping and dye sublimation are the methods used for printing this material.

Nylon is the most durable of all the lanyard materials. It's typically screen printed and is available in a wide variety of lanyard configurations including quick-release and water bottle holder. The most popular widths are 3/8" and 3/4".

Cotton is both durable and probably the most comfortable material to wear around the neck for extended periods of time. Custom printed cotton lanyards are screen printed on one or both sides. 3/8" and 3/4" are the most common widths.

Most flat lanyards are made of polyester, but new, earth friendly varieties made of bamboo fiber are now making their way into the marketplace. You can also purchase lanyards made of P.E.T. (polyethylene terephthalate). This material has proven to be more easily biodegradable through hydrolysis (exposure to water) than standard polyester materials.

Imprinting There are three basic logo imprint methods.

  • Silk-screen printing - Screen printed lanyards are printed with one color each time using a mold.
  • Jacquard weaving - The design is woven into the strap when the strap is manufactured by high- speed, computer-controlled woven machines.
  • Heat transfer printing (sublimation) - Sublimation printing is an offset printing process, which utilizes special dyes. These dyes are printed on paper and transferred onto various substrates using heat transfer equipment.