Posts by Ruth Morgan

Evolon Snowman Family

by Ruth Morgan | December 11, 2024 | Posted in Evolon

Three seasonal characters to raise a smile this Christmas . . . These little ‘no sew’ snowmen have been made from rectangular pieces of Evolon (20cms wide), which have been rolled into cylindrical shapes and stapled in position. They range in height from 6cms, 9cms to 12cms and are very quick and easy to make. Simply cut a small hole in the position of the nose (approximately 6mm in diameter) and using a black biro, draw on some eyes and a friendly smile. Then colour a semicircle of Evolon (6cms in diameter) with acrylic paint, before rolling into a cone shape to form a carrot nose. Push the nose through the hole until it fits snugly […]

Illuminated Christmas Trees

by Ruth Morgan | November 30, 2018 | Posted in Lutradur

These lovely little Christmas trees  are easy, fun and inexpensive to make. They can be decorated with stick on gems, threaded beads, coloured wire, glitter glue, tinsel, etc. Materials required – Lutradur 70 Acrylic paints Battery operated tea lights (available from Hobbycraft, Wilkinson’s etc) Decorations, such as glitter glue, adhesive glass beads etc. Thin green wire (optional) Here’s how to make them – 1.   For each tree, cut a semi-circle of Lutradur 70 with a radius of approximately 10 cms. This can be done by drawing round a dinner plate, saucepan lid or by using a compass. (This size […]

Spotlight on Evolon

by Ruth Morgan | November 24, 2017 | Posted in Evolon

Whether you are new to Evolon or a regular user, here are a few facts about this amazing fabric that you may not know . . . A few insights into the manufacturing process . . . Evolon is a produced using a unique, worldwide patented manufacturing process. It’s production consists of only three components – polyester, polyamide and water. Polyester and polyamide chips are spun into endless filaments,  which are then uniformly laid on a belt. The filaments are then simultaneously split into microfilaments (up to 100 times thinner than a human hair!) and entangled together with high pressure water jets, creating a fabric. No chemical […]