Kaynemaile Architectural Mesh
Kaynemaile is a chainmail fabric consisting of polycarbonate interlinked rings connected together by liquid-state assembly to form a flexible mesh sheet. It is made from polycarbonate and used in the architecture and design industry. It was invented by Kayne Horsham in 2004. History. The first prototypes of Kaynemaile were created within Weta Workshop's Creatures, Armor and Weapons department for The Lord of The Rings movie trilogy. Real metal chainmail was identified as too heavy for the actors to wear or do stunts. Kaynemaile was created as a chainmail fabric that looked and moved like real  chainmail, but without the weight, made of polycarbonate resin rings with no joints or seams in the links. The material was created by a team of New Zealand based chainmail technicians manually interconnect millions of polypropylene (PP) rings and used electroplating process to apply silver on the outside. The result produced the realistic looking chainmail armor used throughout the movies. The new chainmail rings were incorporated into the costume design of characters such as Aragorn and Boromir, the Gondorian race and Rohan armies, and many of the Orcs. The chainmail was nicknamed “Kayne's-mail” by Viggo Mortensen. Mass production. A  company, Kaynemaile Ltd, was co-founded in 2006 by Kayne Horsham and Robyn Downham to streamline the process and make it commercially available, as architectural mesh. Its creation is now automated through a liquid-state injection molding fabrication process. The mesh is used for to form large architectural building wraps, 3D shapes or seamless screens. It has been used as a lightweight, reflective, permeable membrane for buildings. Awards. Architizer A+ Awards 2020, Product Winner in Facades-Building Envelopes & Cladding 2019 Architecture MasterPrize, Winner in Building Envelope & Construction Materials Wellington Gold Awards 2018, Finalist Global Gold NYCxDesign Award 2017, Best Architectural  Product designEX Award 2014, Best New Innovative Product New Zealand Plastics Industry Design Award 2008, Gold Designpreis Halle Award 2008, Nominee iF Design Award 2007, Discipline: Material