Market Snapshot

Market Overview

Market Overview

Over decades, TiN has been of interest as a refractory material in a variety of applications due to its physical properties, which have proven to be well suited for harsh environments. It is typically regarded as a hard material with a high melting point, good chemical durability and good conductivity.

Among many other materials, TiN stands out by means of two important properties; bio-compatibility and compatibility with CMOS technology. It has been considered as a protective coating in high temperature environments for applications in supersonic jets, and harsh mechanical applications such as coating for milling tools.

COVID-19 Impact

Beginning of the second quarter of 2020, titanium nitride coating manufacturing operations have been impacted by the social distancing and mobility restrictions from days to months. China was first to differ order shipments to other countries. Due to this reason, revenues of the coating manufacturing companies were declined.

During the third quarter of 2020, companies have resumed manufacturing operations in a staggered manner, assessing the situation with basic number of employees. China was the first country to showcase demand recovery in the quarter.

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Porter 5

Market Segmentation

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Table of Contents

Table of Contents

1. Research Methodology and Scope

2. Executive Summary

3. Impact of COVID-19 on Titanium Nitride Coating Market

4. Market Dynamics

        4.1 Drivers

        4.2 Restraints

        4.3 Supply Chain Analysis

5. Competitive Landscape

        5.1 Key Strategies Adopted by Major Companies

6. Titanium Nitride Coating Market Market Segmentation by Application (Value and Volume)

        6.1 Cutting Tools

        6.2 Aerospace & Aircraft

        6.3 Medical

        6.4 Decorative

        6.5 Others

7. Titanium Nitride Coating Market Segmentation by Product (Volume and Value)

        7.1 Physical Vapor Deposition (PVD)

                 7.1.1 Arc

                 7.1.2 Sputtering

        7.2 Chemical Vapor Deposition (CVD)

8. Titanium Nitride Coating Market by Geography

        8.1 North America

                 8.1.1 United States

                 8.1.2 Canada

                 8.1.3 Mexico

        8.2 Europe

                 8.2.1 United Kingdom

                 8.2.2 France

                 8.2.3 Italy

                 8.2.4 Germany

                 8.2.5 Rest of Europe

        8.3 Asia-Pacific

                 8.3.1 China

                 8.3.2 India

                 8.3.3 Japan

                 8.3.4 South Korea

                 8.3.5 Rest of Asia-Pacific

        8.4 South America

                 8.4.1 Brazil

                 8.4.2 Rest of South America

        8.5 Middle East and Africa

10. Company Profiles

        10.1 Acree Technologies

        10.2 BryCoat

        10.3 Beamalloy Technologies

        10.4 IHI Ionbond AG

        10.5 Northeast Coating Technologies

        10.6 Oerlikon Balzers

        10.7 PVD Titanium

        10.8 Richter Precision

        10.9 SurfTech

        10.10 Surface Engineering Technologies

11. Appendix

Research Methodology

Segmentation by Product

The methods by which TiN thin films are applied to the cutting tools include chemical vapor deposition (CVD), physical vapor deposition (PVD)

PVD Coating refers to a variety of thin film deposition techniques where a solid material is vaporized in a vacuum environment and deposited on substrates as a pure material or alloy composition coating.

As the process transfers the coating material as a single atom or on the molecular level, it can provide extremely pure and high-performance coatings which for many applications can be preferable to other methods used.

At the heart of every microchip, and semiconductor device, durable protective film, optical lens, solar panel and many medical devices, PVD Coatings provide crucial performance attributes for the final product. Whether the coating needs to be extremely thin, pure, durable or clean, PVD provides the solution.

It is used in a wide variety of industries like optical applications ranging from eye glasses to self-cleaning tinted windows, photovoltaic applications for solar energy, device applications like computer chips, displays and communications as well as functional or decorative finishes, from durable hard protective films to brilliant gold, platinum or chrome plating.

Segmentation by Geography

Geographically, the global titanium nitride market has been classified into Europe, Asia Pacific, North America, Latin America, and Middle East & Africa.

Asia Pacific region is in the forefront raising the demand for titanium nitride coatings with the growing end users’ industries in the region.

For instance, China has quickly emerged as the epicenter of the global medical devices supply chain. The country’s unique blend of low labor costs, burgeoning market, and domestic policies aimed at attracting foreign capital have all played a role. However, the ongoing trade dispute with the United States has raised fresh concerns about the viability of investing in China.

However, the ongoing trade dispute with the United States has raised fresh concerns about the viability of investing in China. This concern, coupled with China’s diminishing reputation as a low-cost manufacturer, has led manufacturers to diversify their investments to Asia Pacific countries such as Malaysia, Singapore, and Vietnam.

While in machine tooling industry India is emerging as a key player in the global machine tools industry and is likely to see substantial high-end machine tool manufacturing, even as China keeps its lead in lower end volumes.

Several firms have entered the Indian machine tools sector, or announced plans for joint ventures or wholly owned subsidiaries in India. Manufacturing capacity is stagnating and the growth rate for the machine tools industry falling in developed economies, and are shifting machine tool capacity to low-cost high skill geographies like India.

Porter Five Forces Analysis

Major Players

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