Global Quantum Dots Market, Analysis and Forecast| BIS Research

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Report Description

The quantum dots market is estimated to reach $7.8 billion by 2022 at a CAGR of 46.4% through the forecast period.

The future global economy is expected to consume more energy, especially with the growing energy demand from the developing countries, such as China and India. Additionally, the risk of climate change associated with the use of fossil fuels, has made supply of energy increasingly difficult. The quantum dots market is expected to grow at a significant rate during the forecast period. The market is estimated to witness growth at a CAGR of 46.4% over the period of 2016 to 2022. This is due to the growing demand of quantum dots from developing countries which is providing ample growth opportunities for quantum dots market. Growing demand of quantum dots in display devices and energy efficiency offered by quantum dots are some of the factors driving the growth of quantum dots market. However, slower adoption of the technology and utilization of heavy metals as raw material are restraining the growth of the global quantum dots market.

North America led the global quantum dots market in 2016 followed by Europe. Asia Pacific quantum dots market is expected to grow with the highest rate during the forecast period and overtake the position of Europe in global quantum dots market. Asia Pacific is still an emerging market for quantum dots technology. However, the presence of big players in the Asia Pacific market such as Samsung Electronics, Sony Corporation, and LG is expected to push the growth of quantum dots market in the Asia Pacific region. Japan and South Korea, being technologically advanced in the field of electronics and semiconductor devices, are going to drive the market in terms of technology and innovation.

Partnerships, joint ventures, collaborations and contracts have emerged as preferred strategies in bringing the quantum dots market players together. The companies with similar goals are collaborating together to form joint venture programmes in order to assist each other in achieving those goals. This helps companies gain access to each other’s technologies, services and thus facilitates them to achieve their objectives faster. Some of the key players involved in this market are Evident Thermoelectrics, Invisage Technologies Inc., Nanoco Group plc, Nanosys Inc., Nn-Labs Llc, Ocean Nanotech Llc, QD Laser Inc., QD Vision Inc., Quantum Material Corporation, and Merck KGaA.

The report is a compilation of different segments of global quantum dots market including a market breakdown by material, device type, and application. The report also discusses in detail about the key participants involved in the industry.

Key Questions Answered in this Report

What are the prevailing device types, and materials in quantum dots?

Market Overview

The quantum dots market is estimated to reach $7.8 billion by 2022 at a CAGR of 46.4% through the forecast period.

The future global economy is expected to consume more energy, especially with the growing energy demand from the developing countries, such as China and India. Additionally, the risk of climate change associated with the use of fossil fuels, has made supply of energy increasingly difficult. Several countries are opting for various methods for decreasing the carbon dioxide concentration. Rising energy demands globally currently calls for improved energy efficiency usage and increased energy supply. With the use of high vacuum growth reactors, the atom’s layers are deposited in a precise sequence. The atoms used in this process results in the formation of quantum dots. Quantum dots (QD) are tiny crystals having the ability to convert light from one color to another color very effectively. Quantum dots are also integrated into a film and collectively called as Quantum Dot Enhancement Film (QDEF), which replaces a diffuser film. With the introduction of numerous layers of quantum dots in active region of a solar cell, the spectral response of the cell is extended for absorption of more sun’s radiation, which is then converted into electricity.

The quantum dots market is estimated to reach $7.8 billion by 2022 at a CAGR of 46.4% through the forecast period. Quantum dots witnessed a major increase in adoption rate for the usage in various applications due to several advancements offered by the technology. The quantum dots market is expected to grow at a significant rate during the forecast period. This is due to the growing demand of quantum dots from developing countries which is providing ample growth opportunities to quantum dots market. Growing demand of quantum dots in display devices and energy efficiency offered by quantum dots are some of the major factors driving the growth of quantum dots market. However, slower rate of adoption of the technology and utilization of heavy metals as raw material are restraining the growth of the global quantum dots market.

In terms of revenue, the cadmium selenide segment holds the major share of 31% in the global quantum dots market in 2016; whereas indium serenade segment is expected to increase with the highest CAGR in the coming years. Cadmium selenide is an inorganic compound which is black to red-black solid and categorized as II-VI semiconductor of the n-type. Three forms of cadmium selenide are known to us which are as follows: wurtzite, rock-salt and sphalerite. Cadmium selenide formed Nano particles within the range of below 10 nm delivers a property called quantum confinement. It results when the electrons are confined to a very small volume.

The QD display segment holds the major share of 44% in the global quantum dots market in 2016; whereas QD solar cells segment is expected to increase with a considerable CAGR in the coming years. The quantum dots are used in various applications such as healthcare, consumer application, industrial application and others. Healthcare application is the highest revenue generating segment among all the applications of quantum dots; whereas consumer application is expected to grow with the highest rate during the forecast period. Quantum dots have been extensively used in healthcare segment. They have numerous advantages over conventional organic dyes, broad excitation and narrow emission technology. They were introduced as a biological examinations during 1998. Consumer application or gadgets are beneficial for everyday use especially in domestic usage in homes. Consumer application generally covers devices or equipment intended for entertainment purposes such as flat screen TVs, DVD players, video games, electric toys and smartphones among others. In 20th century, radio broadcasting had come up with the first consumer based product known as broadcast receiver. The later years witnessed a surge of computers, laptops, LED television in the market. Quantum dots is one of those emerging technologies which is capable enough to transform the consumer application market as a whole.

Maximum revenue generated in 2016 from the quantum dots was from the North American countries followed by European countries. The US has always been on the forefront of the world map when it comes to technological advancement. Like other disruptive technologies, quantum dots has also extended its roots in the US market. In terms of manufacturing, most of the prominent companies are US based, offering significant impetus to the growth of this market in the US as well as the whole of North America. Even the companies which are not US based have significant presence in the US, either because of their manufacturing facilities or R&D bases. Another region expected to generate considerable revenue from the quantum dots is Asia Pacific, which is expected to take the position of Europe market during the forecast period. Asia Pacific is still an emerging market for quantum dots technology. However, the presence of big players in the Asia Pacific market such as Samsung Electronics, Sony Corporation, and LG is expected to push the growth of quantum dots market in the Asia Pacific region.

Some of the key players in the industry are Evident Thermoelectrics, Invisage Technologies Inc., Nanoco Group plc, Nanosys Inc., Nn-Labs Llc, Ocean Nanotech Llc, QD Laser Inc., QD Vision Inc., Quantum Material Corporation, and Merck KGaA.

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1.1	Scope of the Report
1.2	Quantum Dots Market Research Methodology

2.1	Introduction
2.2	Market Drivers
2.2.1	Growing demand of quantum dots in display devices
2.2.2	Energy efficiency offered by quantum dots
2.2.3	Miniature Property of Quantum Dot Makes It Implemented In Almost All Application
2.3	Market Restraints
2.3.1	Slower Adoption of Technology Due To Lack of Awareness among Consumers
2.3.2	Utilization of Heavy Metals as Raw Material
2.4	Market Opportunities
2.4.1	Growing Demand from Developing Countries in Future
2.4.2	Quantum Dots, a Promising Alternative to OLED Technology
2.4.3	Potential Applications in Healthcare

3.1	Key Strategies and Developments
3.1.1	Partnerships, Joint Ventures, Collaborations and Contracts
3.1.2	New Product Launches, Developments and Expansions
3.1.3	Other Developments
3.2	Key Player Analysis
3.3	R&D Analysis of Leading Players in Quantum Dots Market
3.4	Processing Technologies Used for Quantum Dots
3.4.1	Colloidal Synthesis
3.4.2	Viral Assembly
3.4.3	Bulk Manufacturing
3.4.4	Cadmium-free Quantum Dots–Moving Beyond Cadmium
3.4.5	Electrochemical Assembly

4.1	Assumptions and Limitations
4.2	Introduction
4.2.1	Cadmium Selenide
4.2.2	Cadmium Sulfide
4.2.3	Cadmium Telluride
4.2.4	Indium Arsenide
4.2.5	Graphene

5.1	Introduction
5.1.1	Quantum Dot Medical Devices
5.1.1.1	QD Medical Devices by Application
5.1.1.2	QD Medical Devices by Region
5.1.2	QD Display
5.1.2.1	QD Display by Application
5.1.2.2	QD Display by Region
5.1.3	QD Lighting
5.1.3.1	QD Lighting by Application
5.1.3.2	QD Lighting by Region
5.1.4	QD Solar Cells
5.1.4.1	QD Solar Cells by Application
5.1.4.2	QD Solar Cells by Region
5.1.5	QD Laser
5.1.5.1	QD Laser by Application
5.1.5.2	QD Laser by Region
5.1.6	Others
5.1.6.1	Others by Application
5.1.6.2	Others by Region

6.1	Introduction
6.1.1	Healthcare
6.1.2	Consumer Application
6.1.3	Industrial Application

7.1	Introduction
7.2	North America by Country
7.3	Europe by Country
7.4	Asia Pacific by Country
7.5	ROW by Country

8.1	Evident Thermoelectrics
8.1.1	Company Overview
8.1.2	Corporate Summary
8.2	InVisage
8.2.1	Company Overview
8.2.2	Corporate Summary
8.3	Nanoco Group PLC
8.3.1	Company Overview
8.3.2	Financials
8.3.2.1	Overall Financials
8.3.2.2	Geographic Revenue Mix
8.3.2.3	Business Segment Revenue Mix
8.3.2.4	Financial Summary
8.3.3	SWOT Analysis
8.4	Nanosys Inc.
8.4.1	Company Overview
8.4.2	Corporate Summary
8.5	NN-Labs, LLC
8.5.1	Company Overview
8.5.2	Corporate Summary
8.6	Ocean NanoTech
8.6.1	Company Overview
8.6.2	Corporate Summary
8.7	QD Laser, Inc.
8.7.1	Company Overview
8.7.2	Corporate Summary
8.8	QD Vision, Inc.
8.8.1	Company Overview
8.8.2	Corporate Summary
8.9	Quantum Materials Corp.
8.9.1	Company Overview
8.9.2	Financials
8.9.2.1	Overall Financials
8.9.3	Corporate Summary
8.10	Merck KGaA
8.10.1	Company Overview
8.10.2	Financials
8.10.2.1	Overall Financials
8.10.2.2	Geographic Revenue Mix
8.10.2.3	Business Segment Revenue Mix
8.10.2.4	Financial Summary
8.10.3	SWOT Analysis
8.11	Sony Corporation
8.11.1	Company Overview
8.11.2	Financials
8.11.2.1	Overall Financials
8.11.2.2	Geographic Revenue Mix
8.11.2.3	Business Segment Revenue Mix
8.11.2.4	Financial Summary
8.11.3	SWOT Analysis
8.12	Crystalplex Corporation
8.12.1	Company Overview
8.12.2	Corporate Summary
8.13	Nanoco Group PLC
8.13.1	Company Overview
8.13.2	Financials
8.13.2.1	Overall Financials
8.13.2.2	Geographic Revenue Mix
8.13.2.3	Business Segment Revenue Mix
8.13.2.4	Financial Summary
8.13.3	SWOT Analysis
8.14	Samsung Electronics Co, Ltd.
8.14.1	Company Overview
8.14.2	Financials
8.14.2.1	Overall Financials
8.14.2.2	Geographic Revenue Mix
8.14.2.3	Business Segment Revenue Mix
8.14.2.4	Financial Summary
8.14.3	SWOT Analysis
8.15	OSRAM Licht AG
8.15.1	Company Overview
8.15.2	Financials
8.15.2.1	Overall Financials
8.15.2.2	Geographic Revenue Mix
8.15.2.3	Business Segment Revenue Mix
8.15.2.4	Financial Summary
8.15.3	SWOT Analysis
8.16	LG Electronics
8.16.1	Company Overview
8.16.2	Financials
8.16.2.1	Overall Financials
8.16.2.2	Business Segment Revenue Mix
8.16.2.3	Financial Summary
8.16.3	SWOT Analysis
8.17	Pacific Light Technologies Corp.
8.17.1	Company Overview
8.17.2	Corporate Summary
8.18	Fuji Pigment Company
8.18.1	Company Overview
8.18.2	Corporate Summary

9.1	Discussion Guide
9.2	List of Secondary Sources
9.3	Expert Interviews Excerpt
9.4	BIS Capability in Semiconductor Domain

Table 2.1	Ranking of Metals Based on Dangers Caused
Table 2.2	Ranking of Top Countries Based on their Standard of Living
Table 3.1	Partnerships, Joint Ventures, Collaborations and Contracts
Table 3.2	New Product Launches, Developments and Expansions
Table 3.3	Other Developments
Table 3.4	Major Players in the Quantum Dots Market
Table 4.1	Global Quantum Dots Market by Materials, (2016-2022)
Table 5.1	Global Quantum Dots Market by Materials, (2016-2022)
Table 5.2	Global QD Medical Devices Market Breakdown by Region, 2016 – 2022
Table 5.3	Global QD Display Market Breakdown by Application, 2016–2022
Table 5.4	Global QD Display Market Breakdown by Region, 2016–2022
Table 5.5	Global QD Lighting Market Breakdown by Application, 2016–2022
Table 5.6	Global QD Lighting Market Breakdown by Region, 2016–2022
Table 5.7	Global QD Solar Cells Market Breakdown by Application, 2016–2022
Table 5.8	Global QD Solar Cells Market Breakdown by Region, 2016–2022
Table 5.9	Global QD Laser Market Breakdown by Application, 2016–2022
Table 5.10	Global QD Laser Market Breakdown by Region, 2016–2022
Table 5.11	Global Others Market Breakdown by Application, 2016–2022
Table 5.12	Global Others Segment Market Breakdown by Region, 2016–2022
Table 6.1	Global Quantum Dots Market Breakdown by Application, 2016–2022
Table 7.1	Global Quantum Dots Market Breakdown by Region, 2016–2022
Table 7.2	North America Quantum Dots Market Breakdown by Country, 2015–2022
Table 7.3	Europe Quantum Dots Market Breakdown by Country, 2015 – 2022
Table 7.4	Asia Pacific Quantum Dots Market Breakdown by Country, 2015 – 2022
Table 7.5	ROW Quantum Dots Market Breakdown by Country, 2015–2022

Figure 1	Quantum Dot Technology Versus OLED
Figure 2	Global Quantum Dots Market
Figure 3	Cadmium Selenide Market is leading among all the Materials
Figure 4	Quantum Dot Display is leading among all the Device Type
Figure 5	Shipments of Quantum Dots Display
Figure 6	Healthcare Application of Quantum Dot Generated Maximum Revenue
Figure 7	North America Leading the Global Quantum Dots Market
Figure 1.1	Global Quantum Dots Market Scope
Figure 1.2	Secondary data sources
Figure 1.3	Top Down and Bottom up Approach
Figure 1.4	Quantum Dots Market Influencing Factors
Figure 1.5	Assumptions and limitations
Figure 2.1	Market Dynamics
Figure 2.2	Rapidly Increasing Atmospheric Carbon Dioxide Concentration (PPMV) Globally
Figure 2.3	Increasing Quantum Dots Market in Healthcare Application
Figure 3.1	Research and Development (R&D) Expenditure, $ Million
Figure 3.2	Technologies Used for Processing Quantum Dots
Figure 4.1	Global Quantum Dots Technology Market
Figure 4.2	Global Quantum Dots Segmentation by Material
Figure 4.3	Global Quantum Dots Market by Material
Figure 4.4	Cadmium Selenide Market
Figure 4.5	Cadmium Sulfide Market
Figure 4.6	Cadmium Telluride Market
Figure 4.7	Indium Arsenide Market
Figure 4.8	Graphene Market
Figure 5.1	Global Quantum Dots Market Segmentation by Device Type
Figure 5.2	Global Quantum Dots Market by Device Type
Figure 5.3	QD Medical Devices in Healthcare
Figure 5.4	QD Medical Devices by Region
Figure 5.5	QD Display Devices Shipments
Figure 5.6	QD Display by Application
Figure 5.7	QD Display by Region
Figure 5.8	QD Lighting Market
Figure 5.9	QD Lighting by Application
Figure 5.10	QD Lighting by Region
Figure 5.11	QD Solar Cells Market
Figure 5.12	QD Solar Cells by Application
Figure 5.13	QD Display by Region
Figure 5.14	QD Laser Market
Figure 5.15	QD Laser by Application
Figure 5.16	QD Laser by Region
Figure 5.17	Other QD Device Type Market
Figure 5.18	Others by Application
Figure 5.19	Others Segment by Region
Figure 6.1	Global Quantum Dots Market Segmentation by Application
Figure 6.2	Global Quantum Dots Market by Application
Figure 6.3	Quantum Dot Market Revenue Generated from Healthcare Application
Figure 6.4	Quantum Dot Market Revenue Generated from Consumer Application
Figure 6.5	Quantum Dot Market Revenue Generated from Industrial Application
Figure 7.1	Global Quantum Dots Market by Region
Figure 7.2	Global Quantum Dots Market by Region
Figure 7.3	Quantum Dots by Region
Figure 7.4	Regional Quantum Dots Market Share by Device Type
Figure 7.5	Regional Quantum Dots Market by Device Type
Figure 7.6	North America Quantum Dots Market by Country
Figure 7.7	Europe Quantum Dots Market by Country
Figure 7.8	Asia Pacific Quantum Dots Market by Country
Figure 7.9	ROW Quantum Dots Market by Country
Figure 8.1	Overall Financials, 2014-16 ($Million)
Figure 8.2	Geographic Revenue Mix, 2014-16 ($Million)
Figure 8.3	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.4	Nanoco Group PLC–SWOT Analysis
Figure 8.5	Company’s Structure of Development
Figure 8.6	Quantum Materials Corp.–Overall Financials, 2013-2015 ($Million)
Figure 8.7	Overall Financials, 2014-16 ($Million)
Figure 8.8	Geographic Revenue Mix, 2014-16 ($Million)
Figure 8.9	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.10	Merck KGaA–SWOT Analysis
Figure 8.11	Overall Financials, 2014-16 ($Million)
Figure 8.12	Geographic Revenue Mix, 2014-16 ($Million)
Figure 8.13	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.14	Sony Corporation–SWOT Analysis
Figure 8.15	Overall Financials, 2014-16 ($Million)
Figure 8.16	Geographic Revenue Mix, 2014-16 ($ Million)
Figure 8.17	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.18	E. I. duPont–SWOT Analysis
Figure 8.19	Overall Financials, 2014-16 ($Million)
Figure 8.20	Geographic Revenue Mix, 2014-16 ($ Million)
Figure 8.21	Segment Revenue Mix, 2014-16 ($ Million)
Figure 8.22	Samsung Electronics Corporation–SWOT Analysis
Figure 8.23	Overall Financials, 2014-16 ($Million)
Figure 8.24	Geographic Revenue Mix, 2014-16 ($Million)
Figure 8.25	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.26	OSRAM Licht AG–SWOT Analysis
Figure 8.27	Overall Financials, 2014-16 ($Million)
Figure 8.28	Segment Revenue Mix, 2014-16 ($Million)
Figure 8.29	LG Electronics–SWOT Analysis

Report Description

Key Questions Answered in this Report

The report discusses in detail about the key participants involved in the industry. It answers the following questions about the global quantum dots market:

• What are the prevailing device types, and materials in quantum dots?
• What are the different application areas of quantum dots?
• What are the different factors driving the market forward in the forecast period?
• What are the factors restraining the growth of global quantum dots market?
• Who are the major participants in the global quantum dots market?
• What kind of new strategies are being adopted by the existing market players to make a stronger mark in the industry?
• Which region will lead the global quantum dots market by the end of forecast period?

Market Overview

The future global economy is expected to consume more energy, especially with the growing energy demand from the developing countries, such as China and India. Additionally, the risk of climate change associated with the use of fossil fuels, has made supply of energy increasingly difficult. Several countries are opting for various methods for decreasing the carbon dioxide concentration. Rising energy demands globally currently calls for improved energy efficiency usage and increased energy supply. With the use of high vacuum growth reactors, the atom’s layers are deposited in a precise sequence. The atoms used in this process results in the formation of quantum dots. Quantum dots (QD) are tiny crystals having the ability to convert light from one color to another color very effectively. Quantum dots are also integrated into a film and collectively called as Quantum Dot Enhancement Film (QDEF), which replaces a diffuser film. With the introduction of numerous layers of quantum dots in active region of a solar cell, the spectral response of the cell is extended for absorption of more sun’s radiation, which is then converted into electricity.