Featured Publications from Alan Taylor
Development of Highly Repellent Silica Particles for Protection of Hemp Shiv used as Insulation Materials
New bio-materials have recently gained interest for use in insulation panels in walls, but wider adoption by the building industry is hindered by their intrinsic properties. The fact that such materials are mainly composed of cellulose makes them combustible, and their hydrophilic surface presents a high water uptake, which would lead to faster biodegradation.
New Assessment Criteria for Durability Evaluation of Highly Repellent Surfaces
Highly repellent surfaces are constantly being sought in a number of industrial sectors, where accumulation of unwanted material (ice, debris, insects etc…) can cause serious detriment of function. Conventional highly repellent materials do not have the superlative repellence of some of the latest innovations in superhydrophobic/oleophobic coatings, but do have the advantage of durability in many applications.
Advanced Low Energy Durable Coatings
The development of novel, durable, low-surface energy coatings with antifouling (ice, insects, biofouling etc.) and low friction properties is believed to be a promising direction for research with benefit to the transportation, construction and power generation sectors. Conventional coatings and surface treatments have not been successful in this area because of a lack of long-term durability and limited repellency of environmental fouling agents.
Advanced Low Energy Durable Coatings
The development of novel, durable, low-surface energy coatings with antifouling (ice, insects, biofouling etc.) and low friction properties is believed to be a promising direction for research with benefit to the transportation, construction and power generation sectors. Conventional coatings and surface treatments have not been successful in this area because of a lack of long-term durability and limited repellency of environmental fouling agents.