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Plastics Additives
Rapra Technology Ltd, Jan 2005, Pages: 198
1 Introduction
1.1 Why This Report Has Been Written
1.2 Geographical Focus
1.3 Period Under Review
1.4 Additives Covered
1.5 Structure of the Report
1.6 Terminology
1.7 Author
1.8 Sources of Information
2 Executive Summary and Conclusions
3 Background to the Additives Business
3.1 Factors Determining the Level of Demand for Additives
3.2 Polymers
3.3 Markets
3.3.1 Packaging
3.3.2 Building and Construction
3.3.3 Automotive
3.3.4 Electrical and Electronic Equipment
3.3.5 Other Markets for Plastics
3.4 Compounders
3.5 Global Economies and their Significance for the Plastics Industry
4 Technology
4.1 Antiblocking Agents
4.1.1 Film Haze and Clarity
4.1.2 Slip Agents
4.2 Biocides
4.2.1 Why Biocides Are Used in Plastics
4.2.2 Applications of Antimicrobials in Microorganism-Resistant Products
4.2.3 Active Ingredients of Antimicrobial Additives
4.2.4 Test Methods
4.3 Antioxidants
4.3.1 The Need for Polymers to be Protected Against Oxidation
4.3.2 Free Radicals
4.3.3 Primary and Secondary Antioxidants
4.3.4 Acceptor and Donor Types of Antioxidant
4.4 Antistatic Agents
4.4.1 Introduction
4.4.2 Blooming Antistatic Agents
4.4.3 Compatibility
4.4.4 Carbon Black and Similar Fillers
4.4.5 Permanent Antistatic Agents
4.5 Blowing (or Foaming) Agents
4.5.1 Introduction
4.5.2 Chemical Blowing Agents (CBA)
4.5.3 Physical Blowing Agents
4.6 Clarifying and Nucleating Agents
4.7 Compatibilisers
4.8 Fillers (Including Nanofillers)
4.8.1 Why Fillers Are Added to Plastics
4.8.2 Physical Properties of Fillers
4.8.3 Effects of Fillers on Polymer Properties
4.8.4 Commercially Important Fillers
4.8.5 Surface Treatment of Fillers by Coupling Agents and Wetting Agents
4.8.6 Nanofillers and Nanocomposites
4.9 Flame Retardants and Smoke Suppressants
4.9.1 Introduction
4.9.2 Mode of Action
4.9.3 Halogenated Flame Retardants
4.9.4 Mechanism of Action
4.9.5 Antimony Trioxide
4.9.6 Phosphorus Compounds
4.9.7 Intumescent Phosphorus Systems
4.9.8 Aluminium Trihydroxide (Alumina Trihydrate, ATH)
4.9.9 Magnesium Hydroxide
4.9.10 Borates
4.9.11 Nitrogen Compounds
4.9.12 Tin
4.9.13 Other Compounds
4.10 Heat Stabilisers
4.10.1 Degradation of PVC
4.10.2 Mode of Action of Stabilisers
4.10.3 Lead Stabilisers
4.10.4 Mixed Metal Stabilisers (Ba-Zn, Ca-Zn, Ca-Ba-Zn)
4.10.5 Co-stabilisers
4.10.6 Organotin Stabilisers
4.11 Impact Modifiers
4.11.1 Brittle Failure in Polymers
4.11.2 Mechanisms of Toughening
4.11.3 Types of Impact Modifier
4.11.4 Toughened Thermoplastics
4.11.5 Thermosets
4.12 Lubricants and Process Aids
4.12.1 Multiple Roles
4.12.2 External Lubricants
4.12.3 Internal Lubricants
4.12.4 Lubricants for PVC
4.12.5 Lubricants For Polymers Other Than PVC
4.12.6 Process Aids
4.13 Plasticisers
4.13.1 Why Plasticisers Are Used
4.13.2 Basic Requirements of a Plasticiser
4.13.3 Phthalates
4.13.4 Relationship Between Phthalate Type and Flexible PVC Properties
4.13.5 Non-phthalate Plasticisers
4.13.6 Plasticisers for Non-PVC Polymers
4.13.7 Extenders
4.14 UV and Visible Light Stabilisers
4.14.1 Why Light Stabilisers Are Used
4.14.2 Light Absorption and Reflection
4.14.3 Types of Light Stabiliser
4.14.4 Measuring the Effectiveness of Light Stabilisers
4.15 Miscellaneous Additives
5 Products and Markets
5.1 Introduction
5.2 Antiblocking Agents
5.3 Antimicrobials (Biocides)
5.3.1 Replacement of Arsenic Compounds
5.3.2 Biocides Containing Metal Atoms
5.3.3 Silver Compounds
5.3.4 Permanence of Biocides
5.3.5 SARS and MRSA
5.4 Antioxidants
5.4.1 Protection Against High Temperatures
5.4.2 Permanence
5.4.3 Other Products
5.4.4 New Technology
5.5 Antistatic, Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) Agents
5.5.1 Current Sources of Demand
5.5.2 Technical Objectives
5.5.3 Types of Blooming Antistatic Agent
5.5.4 Food Contact
5.5.5 Carbon
5.5.6 Other Fillers
5.5.7 New Types
5.6 Blowing Agents
5.6.1 Demand for Foamed Plastics
5.6.2 Changes in the Types of Physical Blowing Agents Used
5.6.3 Chemical Blowing Agents
5.6.4 High Temperature Blowing Agents
5.7 Clarifying and Nucleating Agents
5.7.1 Competition Between PP and Other Polymers
5.7.2 Nucleating Agents
5.8 Compatibilisers
5.8.1 Wood-Plastics Compatibilisers
5.8.2 Compatibilisers For Mixed Waste
5.8.3 Other Developments
5.9 Fillers
5.9.1 Applications
5.9.2 Calcium Carbonate
5.9.3 Talc
5.9.4 Carbon
5.9.5 Other Fillers
5.9.6 Nanofillers
5.10 Flame Retardants and Smoke Suppressants
5.10.1 Introduction
5.10.2 Regulation
5.10.3 Side Effects of FRs
5.10.4 Metal Hydroxides
5.10.5 Brominated FRs
5.10.6 Chlorinated FRs
5.10.7 Antimony Compounds
5.10.8 Phosphorus FRs
5.10.9 Red Phosphorus FRs
5.10.10 Nitrogen-based FRs, With or Without Phosphorus Compounds
5.10.11 Borate FRs
5.10.12 Expandable Graphite
5.10.13 Silicone FRs
5.10.14 New Ideas
5.10.15 FRs for Foam
5.10.16 Smoke Suppressants
5.11 Heat Stabilisers
5.11.1 Phase Out of Lead Compounds
5.11.2 Mixed Metal Soaps
5.11.3 Volatile Emissions
5.11.4 Organic Stabilisers
5.11.5 Tin Compounds
5.11.6 Co-stabilisers
5.12 Impact Modifiers
5.12.1 Achieving a Balance of Properties
5.12.2 Acrylic Modifiers
5.12.3 Chlorinated Polyethylene
5.12.4 Low Temperature Impact Strength
5.12.5 Inorganic Additives
5.12.6 Modifying Thermosets
5.13 Lubricants and Process Aids
5.13.1 Lubricants
5.13.2 Process Aids
5.13.3 Inorganic Process Aids
5.14 Plasticisers
5.14.1 Markets
5.14.2 Health and Safety Controversy
5.14.3 Medical Applications
5.14.4 Minimising Plasticiser Loss
5.14.5 Other Alternatives to Phthalates
5.14.6 Plasticisers for Biodegradable Plastics
5.14.7 Medium Chain Length Chlorinated Paraffins
5.15 Ultraviolet and Visible Light Stabilisers
5.15.1 Polyolefin Stabilisation
5.15.2 Interference Between Additives
5.15.3 Minimising Stabiliser Loss
5.15.4 Protecting Contents of Packaging
5.15.5 Agricultural Film
5.15.6 Other Developments
6 Supply and Demand
6.1 Trends Affecting the Demand for Additives for Plastics
6.2 The Global Economic Situation and its Effect on Plastics Sales
6.3 Factors Influencing Additive Sales When Plastic Sales Remain Constant
6.4 Consumption of Plastics and the Implications for Additives
6.4.1 Trends in the Consumption of PVC
6.4.2 Polyolefins
6.4.3 Other Polymers
6.5 Consumption of Additives
6.5.1 Recent Estimates of Market Size
6.5.2 Future Prospects
6.6 Additive Suppliers
6.6.1 Types of Company
6.6.2 Suppliers of Specific Additives
6.6.3 Some Specific Additive Suppliers
6.6.4 Reorganisations, Mergers and Acquisitions
6.6.5 Co-operative Agreements
6.6.6 Prices
6.6.7 Profitability
6.7 New Plant Capacity
7 Environmental and Regulatory Developments
7.1 REACH
7.2 End-of-Life Disposal
7.3 Concerns About Specific Substances
7.3.1 Phenols
7.3.2 Phthalates
7.3.3 Heavy Metals
7.3.4 PVC
7.3.5 Nanofillers
7.4 Biocides
7.5 Flame Retardants
7.6 Food Contact Legislation
Glossary of Abbreviations and Acronyms
Appendix
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