High-Temperature Heat Stabilizers: Global Markets
NEW YORK, March 16, 2020 /PRNewswire/ --
Report Scope:
This study reviews the following technology categories, along with relevant market and production information, technological descriptions and issues, and key applications and market factors in major worldwide markets. This report organizes technologies into the following segments: detailed market data are presented for each of the following technology categories -
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- Metallic salts and soaps.
- Organometallic heat stabilizers.
- Primary antioxidants.
- Secondary antioxidants.
- Other organic heat stabilizers.
- High-temperature heat stabilizers: Inorganic.
- High-temperature heat stabilizers: Organic.
The following heat stabilizer applications (i.e., use in specific plastics) are also considered within the study, with market breakdowns for each by region with select countries -
- PVC.
- Polyamides.
- Polypropylene.
- Polyethylene.
- Polystyrene.
- Polyurethane.
- Other Polymers.
- Recycled Plastics.
Report Includes:
- 71 tables
- An overview of the global markets and technologies for high temperature heat stabilizers
- Analyses of global market trends, with data from 2019, estimates for 2020, and projections of compound annual growth rates (CAGRs) through 2025
- A look at the key challenges and opportunities in the high temperature heat stabilizers market
- Information on environmental and health concerns surrounding plastics and management of heavy metals
- Insights into regulatory framework, investment analysis, growth indicators and key decision supporting factors
- Snapshot of ongoing activities for heat stabilizers in the global and regional markets
- Evaluation of current market size, market forecast, and market share analysis of the leading suppliers of the industry
- Comprehensive profiles of major players in the industry, including 3M Co., BASF, DuPont, Hitachi Chemical Co. and Toray Industries
Summary
Heat stabilizers represent a critical additive component for each of the major categories of plastics currently in production.Heat stabilizers greatly reduce the deleterious effects of heat on plastics, including during the manufacturing and production process, and thereafter during end use and over time.
In this manner, heat stabilizers enable current plastics technologies to last longer, achieve higher stability, avoid thermal degradation and breakdown, and maintain their function and operability under an increasingly wide array of temperatures and applications.
This is an exciting time in the global heat stabilizers industry.Driven by increasing demand for plastic as a lightweight and (often) low-cost alternative for conventional metals and other standard engineering materials, the industry is rapidly developing and commercializing a new suite of heat stabilizers.
These updated and advancing chemistries promise lower toxicity, increased long-term performance, and- importantly-increased high-temperature performance.New high-temperature heat stabilizers, as a rapidly growing element of the overall market, are helping to significantly push past prior temperature ceilings.
Meanwhile, research and development into new heat stabilizer suites and multistabilizer product groupings are turning out important new products. These are increasingly capable of fine-tuning to key end-use applications, but also of further increasing and enhancing polymer performance.
The key objectives of this report are to provide accurate market evaluations for each of the heat stabilizers technologies and applications considered within the study. Market breakdowns and regional as well as national splits are provided for seven heat stabilizer technology categories (metallic salts and soaps, organometallic heat stabilizers, primary antioxidants, secondary antioxidants, other organic heat stabilizers, high-temperature heat stabilizers: inorganic, and high-temperature heat stabilizers: organic) and eight application categories/plastic types (PVC, polyamides, polypropylene, polyethylene, polystyrene, polyurethane, other polymers, and recycled plastics).
To this extent, the full report discloses realistic market projections based on founded and comprehensive trends analysis; summarizes key industry players as well as industry trends and product trends; provides an overview of relevant technologies and applications; and most importantly, helps you and your team to identify market hot spots, cold spots, points of entry, tappable niches, and pitfalls to avoid.
Global markets for heat stabilizer technologies reached atotal market value of REDACTED in 2019 and are expected to advance to REDACTED in 2020.By 2025, global markets will advance to REDACTED, for a 2020 to 2025 compound annual growth rate (CAGR) of REDACTED.
Meanwhile, among markets for specific technology categories, combined metallic, organometallic,and other inorganic heat stabilizers will advance from REDACTED in 2020 to REDACTED in 2025, for a CAGR of REDACTED.In contrast, organic based heat stabilizers will increase from REDACTED in 2020 to REDACTED in 2025, for a 2020 to 2025 CAGR of REDACTED.
The full report also includes additional breakdowns foreach of the applications and technologies listed previously.
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