Advances in Material Technologies for Personal Care

Advances in Material Technologies for Personal Care

Materials derived from natural and sustainable ingredients are gaining focus in the personal care industry

The market for materials in personal care products and cosmetics, including skin, hair, and oral care and makeup products, has seen tremendous growth in last 3–5 years. The key trends focusing toward biocompatibility and naturality of ingredients in personal care products are driving the adoption of new and innovative materials and ingredients. This trend is induced by increased consumers awareness of toxicity and negative impact of synthetic materials such as parabens, SLS (sodium lauryl sulfate), or aluminum salts to name a few.

This research service titled “Advances in Material Technologies for Personal Care” provides an overview of personal care materials, showcases the major material technologies, advantages and disadvantages. Also, it does itemize the key market trends and factors that are impacting the success of personal care materials along with new innovative products. This research service also includes a detailed analysis of opportunities for the most promising material technologies in the particular industry.
1.1.0 Executive Summary
1.0 Executive Summary
1.1 Research Scope
1.2 Research Process and Methodology
1.3 Key Findings: Use of Naturally Derived Ingredients Gaining Focus in the Personal Care Industry
2.2.0 Industry Overview
2.0 Industry Overview
2.1 Material Technologies Experiencing Significant Growth in Varied Applications
2.2 Sustainability and Multifunctionality are the Key Factors Impacting Adoption of Materials in Personal Care Industry
2.3 Low Cost and Effective Formulations are Key End User Demands
2.4 Strong R&D Efforts are Required to meet the Requirements of Dynamically Changing Personal Care Industry
2.5 Increasing Patent Trends Emphasize Industry Efforts Towards Material Development
3.3.0 Technology Overview of Emerging Material Technologies
3.0 Technology Overview of Emerging Material Technologies
3.1 Need for Highly Effective Wrinkle Treatments Help Increase Adoption of Dermal Fillers
3.2 Concerns about the Skin Irritation and Other Potential Side Effects Still Prevalent
3.3 Calcium Hydroxylapatite Is Expected to Dominate Adoption
3.4 Dermal Fillers: Innovations Spread Across Geographies
3.5 Delivery Systems Have a High Potential in Personal Care and Healthcare Market
3.6 Biocompatibility Limits the Application Potential of Delivery Systems
3.7 Nanoemulsions Are Expected to Emerge as a Highly Preferred Delivery Systems
3.8 Technology Development Focused on Multifunctional Delivery Systems
3.9 Dispersions are Capable of Reducing Manufacturing Costs and Improving Efficiency of Color Cosmetics
3.10 R&D Efforts Need to Focus on Replacing Synthetically Derived Dispersions
3.11 Companies Focusing on Development of Novel Dispersion Mediums
3.12 Innovations Focused on High Efficiency Products
3.13 Emulsions Provide High Solubilization and High Thermodynamic Stability
3.14 Most Emulsions are Still Based on Synthetic Ingredients that can Cause Skin Irritation
3.15 SLS and SLES Being Replaced with Other Alternatives in Product Formulations
3.16 Recent Innovations Focused on Naturally Derived Emulsions
3.17 Solvents have Wide Scale Adoption Potential in Personal Care Industry
3.18 Biobased Solvents are Replacing Chemical Solvents in Personal Care Industry
3.19 DEA is Expected to Gain Wide Scale Adoption in the Next Three Years
3.20 Innovations Focused on Development of Biobased Solvents
3.21 Nanomaterials Expected to have High Impact in Personal Care Industry
3.22 Customer Perception Due to Possible Side Effects Needs to be Addressed
3.23 Nanoemulsions Are Expected to Reach Significant Growth
3.24 Nanoparticles and Nanodispersions are Prominent in Innovation Ecosystem
3.25 Natural Antimicrobials Are Highly Desired Due to Sustainable Nature
3.26 Multifunctional Antimicrobials are of key Interest Among Product Developers
3.27 Parabens are Replaced by Natural and Nano-based Antimicrobials
3.28 Multifunctional Antimicrobials are being Developed by Cosmetic Developers
4.4.Technology Benchmarking of Emerging Materials
4.Technology Benchmarking of Emerging Materials
4.1 Nanomaterials and Antimicrobials have the Highest Potential in Near Term
4.2 Opportunity Strategy Evaluation (OSE) Grid - Explained
4.3 Growth Opportunity 1: More Focus Towards Emerging Economies
4.4 Growth Opportunity 2: Demand for Natural-based Ingredients
4.5 Growth Opportunity 3: Increase Focus Towards Online and Social Media Marketing
5.5.From Analyst's Desk
5.From Analyst's Desk
5.1 Materials for Personal Care Market Is Reaching the Significant Growth and Is Expected to Continue
6.6.Key Patents
6.Key Patents
6.1 Key Patents

7.7.Key Contacts
7.Key Contacts
7.1 Key Contacts
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8.1 Criteria Definition for Calculation of Level of Attractiveness for Opportunity Evaluation
8.2 Criteria Definition for Calculation of Probability of Success for Opportunity Evaluation
8.3 Criteria Evaluation-Background Data