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Nanotechnologies for Household and Personal Care

Published by: Technology Transfer Centre Ltd.

Published: Feb. 1, 2007 - 122 Pages


Table of Contents


1 INTRODUCTION

2 HOUSEHOLD CARE

2.1 CONTROLLED RELEASE FOR FRAGRANCING AND ODOUR ELIMINATION

2.2 FRAGRANCING

2.3 ANTI-BACTERIAL AND SELF-CLEANING SURFACES

2.4 TECHNOLOGY PROVIDERS

2.4.1 COMPANIES

2.4.1.1 Company 1 UK: Prevention of biofilm formation

2.4.1.2 Company 2 UK: Anti-microbial nanoscale coated fibres; Photocatalytic nanocoating

2.4.1.3 Company 3 UK: Anti-bacterial nanocoatings

2.4.1.4 Company 4 UK: Hydrophobic coatings

2.4.1.5 Company 5 UK: Nanostructured anti-biocidal and anti-bacterial coatings

2.4.1.6 Company 6 UK: Catalytic system for removal of bacterial biofilms

2.4.1.7 University 7 UK: Photocatalytic coatings

2.4.1.8 Company 1 Austria: Anti-fouling nanocoatings

2.4.1.9 Company 1 Finland: Self-cleaning coatings for tiles, glass and steel

2.4.1.10 Company 1 Germany: Non-stick anti-bacterial surfaces

2.4.1.11 Company 2 Germany: Easy-to-clean surfaces

2.4.1.12 Company 3 Germany: Microbiocidal nanoparticles

2.4.1.13 Company 4 Germany: Anti-microbial coatings for hygiene surfaces

2.4.1.14 Company 1 Sweden: Anti-bacterial surface modification

2.4.1.15 Company 1 Ireland: Anti-microbial hydrophilic and hydrophobic coatings

2.4.1.16 Company 1 USA: Hydrophilic and super hydrophobic coatings

2.4.1.17 Company 2 USA: Superhydrophobic surfaces

2.4.1.18 Company 3 USA: Odour elimination with nanocrystalline metal oxides

2.4.1.19 Company 4 USA: Naturally formed nanotubes found in halloysite clay for controlled release

2.4.1.20 Company 5 USA: Non-stick self-assembling films for bakeware

2.4.1.21 Company 6 USA: Odour control and filtration

2.4.1.22 Company 1 Switzerland: Hydrophobic surfaces

2.4.2 UNIVERSITIES

2.4.2.1 University 1 UK: Sol-gel based biocoat to prevent the development of biofilms

2.4.2.2 University 2 UK: Fouling-resistant coatings

2.4.2.3 University 3 UK: Anti-microbial nanostructured films

2.4.2.4 University 4 UK: Responsive hydrogels and nanocarriers

2.4.2.5 University 5 UK: Fouling and cleanability of hygienic food contact surfaces

2.4.2.6 University 6 UK: Anti-fouling coatings and coatings that resist microbial colonization

2.4.2.7 University 7 UK: Anti-biofilm nanoemulsions

2.4.2.8 University 8 UK: Anti-microbial silver nanoparticles

2.4.2.9 University 9 UK: Nanocoatings to prevent microbial colonization

2.4.2.10 University 10 UK: Anti-microbial surfaces

2.4.2.11 University 11 UK: Nanoparticle-based coatings for the suppression of bacterial adhesion

2.4.2.12 University 12 UK: Anti-microbial nanoencapsulation

2.4.2.13 University 13 UK: Nanocoatings to prevent biofilm formation

2.4.2.14 University 14 UK: Anti-bacterial non-stick surfaces

2.4.2.15 University 15 UK: Nanoparticles for anti-bacterial applications

2.4.2.16 University 16 UK: Nanoclay technology for improved odour control

2.4.2.17 University 17 UK: Air fresheners

2.4.2.18 University 18 UK: Photocatalytic titania for worktops and textiles

2.4.2.19 University 19 UK: Hygienic food contact surfaces

2.4.2.20 University 20 UK: Smart nanocomposites for anti-bacterial applications

2.4.2.21 University 21 UK: Nanoclay technology for improved odour control

2.4.2.22 University 22 UK: Controlling the delivery of small molecules from nanoporous solids

2.4.2.23 University 1 Australia: Nanostructured anti-bacterial surfaces

2.4.2.24 University 2 Australia: Biocidal active nanoparticles

2.4.2.25 University 3 Australia: Nanotitania coatings

2.4.2.26 University 1 USA: Anti-microbial agents

2.4.2.27 University 1 Poland: Anti-microbial polymers and coatings

2.4.2.28 University 2 Poland: Nanoparticle dispersions for consumer products

2.4.2.29 University 1 New Zealand: Anti-bacterial nanoparticulate thin films

2.4.2.30 University 1 Cyprus: Anti-microbial/corrosion coatings

2.4.2.31 University 1 Japan: Water-repelling, oil-repelling, anti-staining chemically adsorbed film

2.4.3 RESEARCH CENTRES

2.4.3.1 Research Centre 1 Germany: Anti-adhesive and anti-microbial nano coatings; photocatalytic coatings

2.4.3.2 Research Centre 2 Germany: Sol gel anti-bacterial coatings

2.4.3.3 Research Centre 3 Germany: Anti-microbial and anti-adhesive surface coatings

2.4.3.4 Research Centre 1 Sweden: Self-decontaminating surfaces

2.4.3.5 Research Centre 2 Sweden: Anti-adhesion coatings

2.4.3.6 Research Centre 1 New Zealand: Surface treatment for anti-fouling in food processing

2.4.3.7 Research Centre 1 Spain: Advanced Nanostructured Surfaces for the Control of Biofouling

2.4.3.8 Research Centre 2 Spain: Superhydrophobic surfaces

2.4.3.9 Research Centre 1 China: Self-cleaning glass

3 FABRIC CARE

3.1 UV PROTECTION

3.2 HYDROPHILICITY

3.3 HYDROPHOBICITY, WATER AND OIL REPELLENCE

3.4 FLAME RETARDANCY

3.5 ANTI-BACTERIALISM

3.6 ELECTRICAL CONDUCTIBILITY

3.7 ABRASION RESISTANCE

3.8 MECHANICAL RESISTANCE

3.9 TECHNOLOGY PROVIDERS

3.9.1 COMPANIES

3.9.1.1 Company 1 Germany: Nanofibres for wipes

3.9.1.2 Company 1 USA: Photocatalytic textiles

3.9.1.3 Company 2 USA: Anti-microbial fibres and fabrics

3.9.1.4 Company 3 USA: Anti-microbial textiles based on nanosilver

3.9.1.5 Company 1 Australia: Stain and water repellent textiles

3.9.1.6 Company 2 Australia: Enhanced colour fastness to fabric and textiles

3.9.1.7 Company 1 Sweden: Nanofibres as functional textile sensor materials

3.9.1.8 Company 1 China: Water and oil repellent textiles via nanoscale functional surfaces

3.9.1.9 Company 1 UK: Multifunctional protective textiles that retain their durability

3.9.1.10 Company 2 UK: Super-repellent coatings

3.9.1.11 Company 3 UK: Anti-microbials that can be used on textiles without impairing the water absorbency or softness of the product

3.9.1.12 Company 4 UK: Textile switches and sensors

3.9.1.13 Company 5 UK: Stain repellent textiles

3.9.1.14 Company 1 South Africa: Electrospinning of nanofibres for application in textiles

3.9.1.15 Company 1 Slovenia: Surface modification of textile materials to obtain antibacterial properties

3.9.2 UNIVERSITIES

3.9.2.1 University 1 South Korea: Bacteriostasis of nanosized colloidal silver

3.9.2.2 University 1 Italy: Anti-microbial treatments for cellulosic and synthetic fibres with silver

3.9.2.3 University 2 Italy: Anti-bacterial nanofibres

3.9.2.4 University 1 Sri Lanka: Hydrophobic fibres; Photocatalytic textiles

3.9.2.5 University 1 USA: Ultra-hydrophobic fibres

3.9.3 RESEARCH CENTRES

3.9.3.1 Research Centre 1 Belgium: Barrier textiles

3.9.3.2 Research Centre 1 Switzerland: Anti-bacterial functionality on fibres

3.9.3.3 Research Centre 1 USA: Surface modification of textiles

3.9.3.4 Research Centre 1 Germany: Nanotechnology for disinfection

3.9.3.5 Research Centre 2 Germany: Nanostructured self-cleaning textiles

3.9.3.6 Research Centre 3 Germany: Coatings for textiles, and controlled release systems

4 PERSONAL CARE

4.1 DEODERANT AND ANTI-FUNGI SPRAYS

4.2 HAIR

4.3 TECHNOLOGY PROVIDERS

4.3.1 COMPANIES

4.3.1.1 Company 1 USA: Anti-microbial nanoemulsions

4.3.1.2 Company 2 USA: Controlled release systems for personal care

4.3.1.3 Company 3 USA: Nanomaterials for personal care products such as foot powder, shaving cream, oral care, and deodorants/anti-perspirants

4.3.1.4 Company 4 USA: Anti-microbial nanoemulsion technology for feminine care

4.3.1.5 Company 5 USA: Nanoporous materials for personal care applications

4.3.1.6 Company 1 Germany: Natural based carrier systems for lipophilic actives

4.3.1.7 Company 2 Germany: Nanocapsules using a layer by layer approach on a number of different templates for cosmetic or dermatological compositions

4.3.1.8 Company 1 South Korea: Biofunctional nanohybrids for controlled release of vitamins

4.3.1.9 Company 1 UK: Nanoencapsulation

4.3.1.10 Company 2 UK: Smart materials for perfume encapsulation

4.3.1.11 Company 3 UK: Encapsulation for long lasting and novel perfume effects

4.3.1.12 Company 1 Israel: Sunscreen formulations

4.3.1.13 Company 1 China: Personal care products based on nano silver

4.3.1.14 Company 1 Italy: Non-invasive hair removal

4.3.2 UNIVERSITIES

4.3.2.1 University 1 USA: Modified polyacrylic and polysaccharide nanoparticles for controlled extraction and release

4.3.2.2 University 2 USA: Nanosphere delivery of vitamin E

4.3.2.3 University 1 UK: Hair removal

4.3.2.4 University 2 UK: Personalized fragrances through custom formulation.

4.3.2.5 University 3 UK: Aerosol Can Technology

4.3.2.6 University 1 Belgium: Perfume diffusion control

4.3.2.7 University 1 Australia: Perfume delivery systems based on coated nanomaterials

4.3.3 RESEARCH CENTRES

4.3.3.1 Research Centre 1 USA: Nanoshells for personal care

5 BEAUTY CARE

5.1 COSMECEUTICALS AND SKINCARE

5.2 TECHNOLOGY PROVIDERS

5.2.1 COMPANIES

5.2.1.1 Company 1 Australia: Nanomaterials for sunscreens and dermatology

5.2.1.2 Company 1 Israel: Cationic biopolymers for cosmetic applications

5.2.1.3 Company 1 South Korea: TiO2 coated nano silver for cosmetics

5.2.1.4 Company 1 Germany: Nanocapsulation of different oily and water-soluble substances

5.2.1.5 Company 2 Germany: Encapsulating organic and inorganic molecules and particles

5.2.1.6 Company 3 Germany: Particle formation, encapsulation, immobilization and formulation of a variety of compounds

5.2.1.7 Company 4 Germany: Nanocapsules using a layer by layer approach on a number of different templates

5.2.1.8 Company 5 Germany: Encapsulation of active components for the cosmetic industry

5.2.1.9 Company 1 USA: Nanoparticulate controlled release systems for cosmeceuticals

5.2.1.10 Company 2 USA: Porous nanoparticles for various encapsulation applications

5.2.1.11 Company 3 USA: Nanofibres in cosmetics

5.2.1.12 Company 1 UK: Nanoparticles of polymer that encapsulate a molecule of choice for cosmeceutical applications

5.2.2 UNIVERISTIES

5.2.2.1 University 1 New Zealand: Nanostructured calcium silicate for skin care, nutraceuticals and healthcare products

6 BABY CARE

6.1 TECHNOLOGY PROVIDERS

6.1.1 COMPANIES

6.1.1.1 Company 1 Canada: Anti-microbial, nano-sized silver encapsulated in polymer coatings

6.1.2 UNIVERSITIES

6.1.2.1 University 1 South Korea: Nanoscale silver colloids on textiles

6.1.2.2 Company 1 South Korea: Nanofibres with anti-bacterial properties for underwear

7 GLOSSARY OF TERMS

Abstract

This report describes nanotechnologies, nanomaterials, nanotechnology companies, universities and research centres related to nanotechnologies for household and personal care.

Including:
  • In depth profiles of R&D and technologies under commercialization
  • Short, Medium and Long-Term Application Areas
  • Full Contact Details (Company/Research Centre Name, Main Contact Person, Phone, Email)
These cutting edge reports allow access to the latest R&D and commercial applications in nanotechnology. Areas covered include:
  • Hair care
  • Odour elimination
  • Controlled release
  • Non-stick films
  • Coatings for hygiene surfaces
  • Nanoparticles for antibacterial applications
  • Nanoclay technology for improved odour control
  • Nanoparticle dispersions for consumer products
  • Nano and micro emulsions and encapsulations
  • Nanofibres in cosmetics
  • Biofunctional nanohybrids for controlled release of vitamins
  • Packaging for cosmetics


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