In Mold Labeling Market Size, Trends And Forecast To 2025

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Press Release

Global In-mold Label Market to Surpass US$ 4.06 Bn by 2025

Global In-Mold Label Market - Insights

In-mold labels (IML) are used for labeling or decoration of an object, while it is formed in the mold. Integration of decoration process and molding process cuts total production cost, however, increases manufacturing time. In-mold labels are designed to provide flexibility and lower production costs over conventional post-molding labels and decorating technologies. IML uses a variety of colors, special effects, and textures. IML are durable and aesthetically appealing. In-mold labeling and decorating is completed using plastic injection molded process, and the films do not undergo any secondary procedures, thus excluding post-molding labeling, labor cost required for decorating, equipment costs, and time. As the packaging and labeling are prepared using the same material, the package is fully recyclable. Due to the lightweight of films and ability to be stacked tightly, it results in decreased delivery discharges, less wasted space, and a much smaller transportation footprint. IML have lesser risk of break waste and is safer than glass and metals. In-mold labeling is gaining popularity, as it is increasingly used as a front-line marketing and branding tool for consumer goods.

In-mold labels reduce manual operations that include manual hand finishing, polish, finishing according to requirement, and change of the stack mold after completion of every operation. The production of IML films needs substantial investment. The market has the most complex structure and value chain configuration and involves raw material suppliers, printers/converters, mold-makers, molders, suppliers of robotics, as well as knowledgeable end users. This has led to high barriers to entry at all levels. These factors are expected to negatively impact growth of the market over the forecast/

Asia Pacific is expected to be the fastest growing market over the forecast period (2018-2025) in the global in-mold market. Asia Pacific in-mold label market is expected to exhibit a CAGR of 5.63% during the forecast period, due to high demand for in-mold labels from end-use industries in the region especially in China and India that account for the highest population, globally. With a population of 1.3 billion, China has surpassed the U.S. as the world’s largest consumer of food and beverages. According to the China-Britain Business Council (CBCC), the food industry in China had overall turnover of US$ 514 Bn in 2014. According to the India Brand Equity Foundation (IBEF), the food processing industry in India was valued at US$ 258 Bn in 2015. These factors are expected to propel the growth of the in-mold label market in Asia Pacific.

Figure1. Global In-Mold Label Market Share (%), By Material, 2016

in-mold labels market

Source: Coherent Market Insights (2018)

Among the material type, polypropylene was the most dominant segment in the market. This was owing to factors such as high resistance to external factors such as water, dust, high temperatures, and sunlight. This makes these films excellent solution for plastic packing for frozen or refrigerated products. They are also scratch resistant, shrink proof, and tear resistant. Apart from this, bottles and containers that are manufactured using these polypropylene films can be recycled, without the need to remove label prior to the recycling process. These are the factors aiding in increasing demand for in-mold labelling. These labels offer excellent adhesion properties thus reducing the need for additional additives. Because of its superior characteristics, high performance, and lower costs as compared to other polymers and resins, polypropylene fibers are largely used in the IML market

Manufacturers are focusing on various organic and inorganic strategies, to strengthen their position in the global in-mold label market. For instance, CCL Industries Inc. acquired Treofan for US$ 255 Mn, in 2018 thus, strengthening their position in the global in mold market. Some of the major players operating in global in-mold label market include Avery Dennison, CCL Industries, Constantia Flexibles, Jindal Films Americas LLC, Coveris, EVCO Plastics, and Inland labels

In-mold label involves the use of labels during manufacturing of containers by processes such as extrusion blow molding, injection molding, and thermoforming. The label works as an integral part of the final product, which is later delivered as pre-decorated item. Combining the decoration process with the molding process not only cuts the total costs, however, also increases the manufacturing time.

IML is most commonly used for consumer products that have a short life span, such as food containers, cosmetic and personal care containers and household product containers. The in-mold labels are employed in high speed, thin walled, multi-cavity injection mold machines. The labels are usually printed on polypropylene and are only a few tenths of a millimeter thick.

Market Dynamics

IML is gaining immense traction globally due to the increasing demand for efficient, innovative, and premium labels. This is attributed to the increasing consumer awareness about the trends related to packaged food and rising consumption of containers and bottled packaging. The growth of the IML market is due to its growing customer base and increasing demand for packaged and branded products especially among the emerging markets such as China and India. The advent of e-retail as well as the increasing cross-border trading have helped leading brand-owners to promote sales of their international brands in the fastest-growing economies of Asia Pacific.

Manufacturers that are engaged in offering in-mold labels are focusing on R&D activities, in order to increase their presence in the market. For instance, Flint Group Sheetfed launched its new In-Mould Label BIO Process Ink, Novastar D 2000 IML BIO in November 2017.

Key features of the study:

This report provides in-depth analysis of in-mold label market size (US$ Billion) and Cumulative Annual Growth Rate (CAGR %) for the forecast period (2018 – 2025), considering 2017 as the base year
It elucidates potential revenue opportunity across different segments and explains attractive investment proposition matrix for this market
This study also provides key insights about market drivers, restraints, opportunities, new product launches or approval, regional outlook, and competitive strategy adopted by the leading players
It profiles leading players in the global in-mold label market based on the following parameters – company overview, financial performance, product portfolio, geographical presence, distribution strategies, key developments and strategies and future plans
Key companies covered as a part of this study include Avery Dennison, CCL Industries, Constantia Flexibles, Coveris, EVCO Plastics, and Inland labels.
Insights from this report would allow marketers and the management authorities of the companies to make informed decision regarding their future product launch, product type up-gradation, market expansion and marketing tactics
The global in-mold label market report caters to various stakeholders in this industry including investors, suppliers, in-mold manufacturers, distributors, new entrants, and financial analysts
Stakeholders would have ease in decision-making through the various strategy matrices used in analyzing the in-mold label market

Detailed Segmentation:

Global In-mold Label Market, By Production Process
- Injection Molding
- Extrusion Blow Molding
- Thermoforming
- Others
Global In-mold Label Market, By Material
- Polypropylene
- Polyethylene
- ABS Resins
- Polyvinyl Chloride
Global In-mold Label Market, By Printing Technology
- Flexographic Printing
- Offset Printing
- Gravure Printing
- Digital Printing
- Others
Global In-mold Label Market, By Ink Type
- UV Curable Inks
- Water Soluble Inks
- Thermal-cure Inks
- Others
Global In-mold Label Market, By End-use Industry
- Personal Care
- Automotive
- Food and Beverages
- Healthcare
- Chemicals
- Others
Global In-mold Label Market, By Geography:
- North America
  - U.S.
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Canada
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
    - By Printing Technology
    - By Ink Type
    - By End-use Industry
- Europe
  - U.K.
  - Germany
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Italy
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - France
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Russia
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Rest of Europe
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
- Asia Pacific
- Latin America
  - Brazil
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Argentina
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Mexico
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Rest of Latin America
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
- Middle East
  - GCC
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Israel
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Rest of Middle East
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
- Africa
  - Northern Africa
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - Central Africa
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
  - South Africa
    - By Production Process
      - Injection Molding
      - Extrusion Blow Molding
      - Thermoforming
      - Others
    - By Material
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Printing Technology
      - Polypropylene
      - Polyethylene
      - ABS Resins
      - Polyvinyl Chloride
    - By Ink Type
      - UV Curable Inks
      - Water Soluble Inks
      - Thermal-cure Inks
      - Others
    - By End-use Industry
      - Personal Care
      - Automotive
      - Food and Beverages
      - Healthcare
      - Chemicals
      - Others
Company Profiles
- Avery Dennison .*
  - Company Overview
  - Product Portfolio
  - Financial Performance
  - Key Strategies
  - Recent Developments
  - Future Plans
- CCL Industries
- Constantia Flexibles Group GmbH
- Coveris
- EVCO Plastics
- Inland labels
- Cenveo Inc
- Fuji Seal International, Inc.

“*” marked represents similar segmentation in other categories in the respective section.

Frequently Asked Questions

What are the growth estimates for in-mold label market till 2025?

The global in-mold label market is estimated to surpass US$ 4.06 Billion by 2025

Which are the prominent in-mold label market players across the globe?

Major players operating in the global in-mold label market include Avery Dennison, CCL Industries, Constantia Flexibles, Jindal Films Americas LLC, Coveris, EVCO Plastics, and Inland labels.

Which segment based on end-use industry, accounted for the highest demand in the in-mold label market?

Among end-use industries, food and beverages segment held the dominant position in 2017/ and is expected to retain its dominance during the forecast period.

What are the key factors driving growth of the in-mold label market?

Low in-mold labeling costs, sustainable nature of in-mold labels, and rising demand for packaging from various end-use industries such as food and beverages industry are some of the major factors that are expected to propel growth of the market over the forecast period.

What is the Compound Annual Growth Rate (CAGR) of the in-mold label market for next 8 years?

The global in-mold label market is estimated to exhibit a CAGR of 5.05%over the forecast period

Which region held the largest market share in the in-mold label market?

Among regions, Europe held the dominant position in the global in-mold label market in 2017, and it isestimated to exhibit a CAGR of 4.57%, in terms of revenue over the forecast period

In Mold Labeling Market Analysis

Press Release

Source: Coherent Market Insights (2018)

Frequently Asked Questions

What are the growth estimates for in-mold label market till 2025?

Which are the prominent in-mold label market players across the globe?

Which segment based on end-use industry, accounted for the highest demand in the in-mold label market?

What are the key factors driving growth of the in-mold label market?

What is the Compound Annual Growth Rate (CAGR) of the in-mold label market for next 8 years?

Which region held the largest market share in the in-mold label market?

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