2-D Materials Market

Research Methodology on 2D Materials Market

The purpose of this research is to make an analysis of the global 2D Materials Market. The primary research methodology is focused on researching and collecting data from the key players and the top industries that are working on 2D Materials. This research involves collecting primary and secondary data on the past and current situation of the global 2D materials market. Research techniques such as factor analysis, bottom-up approach, top-down approach, and demand-side and supply-side data triangulation were used.

Research Approach

The research approach used in this study includes secondary research, conducted using various sources such as original periodicals, journals, governmental websites, market reports, corporate and company websites, analysts’ opinions and industry databases, and primary research where the data obtained from structured interviews with industry experts and manufacturers. The research approach also involves the use of different tools such as time-series analysis to figure out trends in the volume of the market, industry estimations, and future forecasts regarding market growth and market value. Comprehensive additional research was implemented on customer insights, market strategies, pricing, technology, competition, and supply chain in the market.

Secondary Research

Secondary research is used as the main source for data compilation and analysis in this study for analyzing the global 2D materials market. In secondary research, the data is collected from various sources such as government regulatory bodies, company websites, press releases, articles, books, and periodicals. Other sources such as factsheets, annual reports, and patent data were also collected from relevant stakeholders. The data gathered was validated through primary research and was used for interviews and surveys.

Primary Research

The opinion of the primary respondents from the global 2D materials from industry was also taken into account by conducting structured interviews with industry experts, manufacturers, and market players. The validated data was collected from manufacturers, existing suppliers, and customers through the complete analysis of the supply chain. The primary research also included surveys conducted online to obtain information about the end-users, price, and other usage-related information. A comprehensive database was compiled from the primary research conducted.

Bottom-up Approach

In this study, the bottom-up approach was used for the comprehensive analysis of the 2D materials market. In the bottom-up approach, first, the subtotal sales of different regions and countries were calculated and then they were summed up to arrive at the total market value. This approach was used to forecast the market size of the global 2D Materials market. This approach takes into account the micro-economic factors of the market.

Top-Down Approach

The top-down approach was also used to analyze the global 2D materials market. In this approach, the total market size was based on the market size of the various countries and regions as identified by the secondary research. This approach was used to estimate the total market size of the global 2D Materials market. This approach takes into account the macroeconomic factors of the market.

Factor Analysis

Factor analysis was used in this research to identify and analyze the driving forces, restraining forces, opportunities, and risks related to the global 2D materials market. Various industry parameters such as pricing, competition, customer preferences, technology, supply chain, and government policies were considered while carrying out the factor analysis.

Time-series Analysis

An in-depth time-series analysis was used to analyze the past and present trends in the volume of the global 2D materials market. The historical trends of the market were studied to make projections about the future direction of the global 2D materials market.

Demand Side and Supply Side Data Triangulation

Data triangulation was used to ensure the accuracy and reliability of the results. Data from different sources and different perspectives was collected and triangulated to identify and recognize any discrepancies between the market forecasts. The demand-side and supply-side data triangulation is used to arrive at an accurate overall market size.

Stakeholder Mapping

The research also includes conducting a stakeholder mapping. This involves mapping the stakeholders based on their roles in the global 2D materials market. The information collected from the mapping process was used for verifying the primary and secondary research and arrive at a reasonable market size.

Conclusion

The research methodology adopted in this study focused on collecting primary and secondary data on the past and current situation of the global 2D materials market. The primary research methodology included interviewing industry experts, suppliers, and customers. The research also included the utilization of different tools such as factor analysis, bottom-up approach, top-down approach, time-series analysis, and demand side and supply side data triangulation to identify, assess, and analyze the trends in the global 2D Materials market.

2-D Materials Market Segmentation

2-D Materials Materials Outlook (USD Billion, 2018-2032)

• Graphene

• TMDCs

• Black Phosphorus

• Boron Nitride

2-D Materials Application Outlook (USD Billion, 2018-2032)

• Semiconductor

• Aerospace

• Consumer Electronics

• Healthcare

• Energy

2-D Materials Regional Outlook (USD Billion, 2018-2032)

• North America Outlook (USD Billion, 2018-2032)

  • North America 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • North America 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • US Outlook (USD Billion, 2018-2032)

  • US 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • US 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • CANADA Outlook (USD Billion, 2018-2032)

  • CANADA 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • CANADA 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

• Europe Outlook (USD Billion, 2018-2032)

  • Europe 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Europe 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Germany Outlook (USD Billion, 2018-2032)

  • Germany 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Germany 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • France Outlook (USD Billion, 2018-2032)

  • France 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • France 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • UK Outlook (USD Billion, 2018-2032)

  • UK 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • UK 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • ITALY Outlook (USD Billion, 2018-2032)

  • ITALY 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • ITALY 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • SPAIN Outlook (USD Billion, 2018-2032)

  • Spain 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Spain 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Rest Of Europe Outlook (USD Billion, 2018-2032)

  • Rest Of Europe 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Rest Of Europe 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

• Asia-Pacific Outlook (USD Billion, 2018-2032)

  • Asia-Pacific 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Asia-Pacific 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • China Outlook (USD Billion, 2018-2032)

  • China 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • China 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Japan Outlook (USD Billion, 2018-2032)

  • Japan 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Japan 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • India Outlook (USD Billion, 2018-2032)

  • India 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • India 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Australia Outlook (USD Billion, 2018-2032)

  • Australia 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Australia 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Rest of Asia-Pacific Outlook (USD Billion, 2018-2032)

  • Rest of Asia-Pacific 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Rest of Asia-Pacific 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

• Rest of the World Outlook (USD Billion, 2018-2032)

  • Rest of the World 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Rest of the World 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Middle East Outlook (USD Billion, 2018-2032)

  • Middle East 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Middle East 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Africa Outlook (USD Billion, 2018-2032)

  • Africa 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Africa 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy

  • Latin America Outlook (USD Billion, 2018-2032)

  • Latin America 2-D Materials by Materials

    • Graphene

    • TMDCs

    • Black Phosphorus

    • Boron Nitride

  • Latin America 2-D Materials by Application

    • Semiconductor

    • Aerospace

    • Consumer Electronics

    • Healthcare

    • Energy