Additive Masterbatch Market Size, Share, Industry, Forecast and outlook (2024-2031)

Global Additive Masterbatch Market is estimated By Type(Antimicrobial, Flame retardant, Antioxidant, Others),  By Carrier Resin(Polyethylene, Polypropylene, Polystyrene, Others),  By End-User(Packaging, Automotive, Consumer Goods, Building & Construction, Agriculture) and by Region (North America, Latin America, Europe, Asia Pacific, Middle East, and Africa) – Share, Size, Outlook, and Opportunity Analysis,  2024-2031

Additive Masterbatch Overview

Global Additive Masterbatch market to grow at a CAGR Of 4.8% during the forecast period 2024-2031.

Additive Masterbatch Market Summary

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Masterbatch is a liquid or solid pigment additive or combination that has long been used to color plastics and impart specific properties that are then utilized to improve the traditional properties of plastics. In the heat process, a masterbatch is applied to a carrier resin and then cooled into granular shapes, allowing the processor to color raw polymer throughout the plastic procedure. As a result of its simple manufacturing properties and low cost, masterbatch has become one of the most popular plastics in consumer items.

The increased use of polymers to replace metals in consumer-oriented industries such as autos, consumer goods, construction, and building and construction has increased the additive masterbatch market size and given numerous other plastic industries new life. Additive masterbatch contains various additives such as UV stabilizers, antioxidants, lubricants, demolding agents, foaming agents, anti-static agents, nucleating agents, anti-blocking agents, diffusers, laser-marking additives, and others.

Source: DataM Intelligence Analysis (2023)

Additive Masterbatch Market Trends

Improving the use of plastics over other conventional materials in food & beverage, pharmaceutical, consumer goods, and other industries are expected to enhance the market for additive masterbatch during the forecast period. The additive masterbatch industry’s demand cycle has been boosted by expanding advancements in the sector, encouraging industries to focus on more significant masterbatch usage in storing, packaging, and distributing their products.

Improving plastics use over other conventional materials in food & beverage, pharmaceutical, consumer goods, and other industries is estimated to boost the market for additive masterbatch during the forecast period.

An additive masterbatch is used to enhance the properties of plastic. Water resistance, scratch resistance, and chemical residence are all properties of plastic, and additive masterbatch improves these properties. The additive industry is growing as the demand for plastic durability rises. The flame retardant additive masterbatch is critical for fire prevention in various industries. A flame retardant additive masterbatch is created by mixing flame retardant additives with polymers during production.

The growing need for polymeric materials in food and beverage, pharmaceutical, consumer goods, and other industries is propelling the additive masterbatch market. Thus improving plastic demand has escalated the market share for additive masterbatch. The growing population, combined with rapid urbanization and industry in emerging countries, has forced federal governments to increase infrastructure spending.

Government infrastructure and development investment, particularly in China and India, will boost demand for plastic in these applications. Furthermore, Construction industries are expected to increase demand for plastic in insulation, cables, pipelines, storage tanks, floorings, windows, and other applications due to stringent laws governing the depletion and recyclability of conventional materials such as metal and wood.

Polymer fittings are often more basic and straightforward to install than metal or wood fittings, with a wide range of color options contributing to their aesthetic appeal. Plastics have a specific gravity that is 85 percent lower than metals. When used in the automotive and construction industries, they can achieve weight savings of up to 80% and cost savings of 30% to 50% on individual components.

For instance, in 2019, Clariant Additive Masterbatch launched a Black Plastic Packaging ‘Visible’ to Sorting Systems.

The additive masterbatch industry’s demand cycle has been boosted by expanding advancements in the sector, encouraging industries to focus on more significant masterbatch usage in storing, packaging, and distributing their products.

The additive masterbatch market is a relatively new market that can also be referred to as the technologically advanced plastic market. The masterbatch is a technologically advanced version of plastic with ultraviolet resistance and anti-fouling anti-static, flame retardant, etc. Masterbatch is made by heating and cooling a mixture of pigments to generate a solid and distinctive form of plastic, allowing the raw polymer to be colored economically and used in various consumer products industries.

Key market companies have manufactured additive masterbatches for artificial fiber applications, indicating that technological advancements have created a new potential for the additive masterbatch market to pursue. Furthermore, the latest masterbatch collaborating anti-block and slips for PE-blown films have been presented, which will be highly important in the future.

For instance, on May 21, 2019, DuPont introduced its new DOW CORNING AMB-12235 masterbatch for polyethylene (PE) blown film at Chinaplas 2019 (booth 11.2A31). The masterbatch combines an anti-block agent with a matching slip additive to improve film processing and maintain consistent quality.

The solution achieves a low coefficient of friction (COF) over time by establishing synergistic effects with each active ingredient’s proper combination and amount. It also helps avoid migration to the film surface, disrupting downstream processes and film blocking, resulting in damage—all at minimal loading costs.

Government policies towards the restriction of plastic have shown a severe impact on the growth of the additive masterbatch market. They are expected to even hamper the market more in the forecast period.

Though the additive masterbatch market is predicted to increase steadily, various obstacles may hinder the industry’s expansion. The availability of cost-effective and local products, which many producers widely employ, is limited in the additive masterbatch industry. Thus, it is necessary to make masterbatch available locally and in every region to experience inclined growth to overcome this restraint.

Furthermore, Governmental factors have influenced the market value of additive masterbatch since most governments have been on a mission to limit the use of plastics and other types of waste in their countries, which poses a danger to the market. For instance, Concerns about plastic waste are a severe hindrance to the commodity plastics industry’s expansion. Plastic waste is a significant environmental problem due to its sluggish disintegration rate. It’s recycled, thrown away in landfills, or dumped in the sea by releasing hazardous compounds into the environment; dumping plastics in landfills lowers soil quality.

The mentioned hazardous compounds may contact groundwater, causing major health concerns. Plastics dumped into the ocean do serious harm to marine life. Birds, fish, and other marine species may become entangled in the plastics or die from eating them. Thus, managing the growing hazardous side effects of the overuse of plastic has encouraged the government to build stringent rules to reduce or restrict plastic usage, leading to reduced demand for additive masterbatch in the forecast period.

COVID-19 Impact on Additive Masterbatch Market Growth

Since additive masterbatches are not final commodities in and of themselves, but rely on primary goods for their growth, the novel coronavirus, or COVID-19, has had a detrimental influence on the market. However, demand for such primary commodities has gradually reduced due to the pandemic, thus impacting the additive masterbatches market revenue. Due to numerous country-specific lockdowns and limitations, the need for various consumer-oriented goods has gradually diminished.

Production units have become overworked, resulting in the additive masterbatches market’s demise. COVID-19 has impacted that most major players have been forced to shut down their central production units and lay off people. However, once the lockdown limitations are lifted, and individuals are free to travel, the market is projected to rise significantly. Following the lockdown, it is expected that demand for printing inks will expand considerably in the packaging and advertising media sectors, resulting in a market boom.

Additive Masterbatch Market Segmentation Analysis

The global additive masterbatch market can be segmented on type, carrier resin, end-user, and region.

Plastics degrade primarily due to oxidation and heat aging, creating immense demand for the antioxidant masterbatch segment to grow in the forecast period.

The global additive masterbatch market based on type is segmented into antimicrobial, flame retardant, antioxidant, and others. Out of the aforementioned types, the antioxidant is expected to dominate in the forecast period. Plastics degrade primarily due to oxidation and heat aging. When exposed to heat and oxygen, a chain reaction occurs, resulting in the creation of free radicals, which inevitably leads to the breakage of the polymer’s leading chains and deterioration. It can be seen as a loss of sheen, transparency, yellowing, surface cracking, and smells.

Oxidation can also cause mechanical qualities, including impact resistance, elongation, and tensile strength, to deteriorate. Antioxidant masterbatches fight thermo-oxidative degradation throughout the plastic life cycle, from manufacture to drying and processing to end-use. They’re especially well-suited to LDPE, HDPE, and PP.

For instance, Ampacet offers a cost-effective high-efficiency antioxidant masterbatch that can often be employed at low let-down ratios of 0.5 to 1%.

Source: DataM Intelligence Analysis (2023)

Additive Masterbatch Market Geographical Share

The market for additive masterbatch in the Asia-Pacific is being driven by rising demand from the packaging, consumer goods, and healthcare industries.

The Asia-Pacific market for additive masterbatch is the largest and is expected to develop quickly during the forecast period. The need for additive masterbatch in the region is driven by rising demand from the packaging, consumer goods, and healthcare industries. The growing purchasing power of the middle class is another market driver for the product.

The increased demand for environmentally friendly products pushes innovation in the plastics business. Damage-free surfaces are required for high-end products such as consumer goods and technological equipment. As a result, there is a demand for anti-scratch products, propelling the market for additive masterbatch.

Furthermore, due to the sheer significant increase in the rapid pace of industrialization and people, Asia-Pacific is predicted to serve as a potential ground basis for the market. The Asia-Pacific is the world’s largest consumer of plastics. Asia-Pacific is expected to have the most significant product demand during the forecast period, despite China constructing a quarter of globally synthetic generating. Thus tremendously improving business for plastic in the Asia-Pacific is expected to uplift the demand for additive masterbatch in the forecast period.

Source: DataM Intelligence Analysis (2023)

Additive Masterbatch Market Companies and Competitive Landscape

The Additive masterbatch market is highly competitive with the presence of local and global companies. Some prime companies contributing to the market’s growth are Plastika Kritis S.A., PolyOne Corporation, Polyplast Muller GmbH, DOW, A. Schulman Inc, Plastiblends, Tosaf Compounds Ltd., Clariant AG, RTP Company, O’neil Color, Marvel Industries Incorporation, and others.

The major companies are adopting several growth strategies such as acquisitions, product launches, and collaborations, contributing to the market growth of the additive masterbatch globally.

• For instance, In May 2016, Ampacet Corporation launched Paper 2.0 additive masterbatch. The product provides visual and tactile appeal to paper and also adds strength and moisture barrier properties

A.Schulman, Inc

Overview: A. Schulman, Inc., headquartered in Akron, Ohio, is a leading global supplier of high-performance plastic compounds and resins. The company has been providing new solutions to fulfill the needs of its demanding consumers since 1928. Packaging, mobility, building & construction, electronics & electrical, agriculture, personal care & hygiene, sports, leisure & home, custom services, and others are among the company’s customers. The company employs about 3,900 people and operates 42 manufacturing plants worldwide.

Product Portfolio: The Company has a product portfolio of additive masterbatches that include:

• POLYBATCH® F 15: A. Schulman's POLYBATCH® F 15 is a natural antiblock masterbatch. It has the best anti-blocking and optical qualities. It prevents wind-up blocking, regulates the slip and anti-static qualities of additive films, allowing for smooth reel unwinding and improves machinability.’ EVA, MDPE or HDPE, LDPE, and LLDPE are all compatible. POLYBATCH® F 15 is used in the production of blown and cast films. It is FDA-approved, EEC-approved, and Bgvv-approved for a maximum dosage of 4%.

Key Development

• For instance, On April 7, 2015, A. Schulman, Inc, a growing global supplier of high-performance plastic compounds, powders, and resins, announced plans to establish a new Masterbatch production plant in Turkey.

The global additive masterbatch market report would provide approximately 61 market data tables, 55 figures, and 180 pages.