Tooling board, often called modelling board, is a material that is primarily used to create mould tools for composite components and prototype or low-run patterns. Tooling boards can be customised to meet the specific requirements of a variety of industries, including aerospace, construction, consumer recreation, defence/ballistics, industrial/corrosion, infrastructure, marble/solid surface, marine, transportation, wind energy/power, and signage. They are made to meet a wide range of tooling, modelling, prototyping, and fabricating applications. Many advantages come with polyurethane tooling boards, such as low amounts of leftover particles for simple cleanup, stability, sharp edge definition, and simplicity of machining.
According to SPER market research, ‘Tooling Board Market Size- By Product, By Application- Regional Outlook, Competitive Strategies and Segment Forecast to 2033’ state that the Tooling Board Market is predicted to reach USD 17.35 billion by 2033 with a CAGR of 4.56%.
The growing usage of tooling boards for prototyping in a variety of end-use sectors is the main factor driving the global market. This is made possible by the shorter product lifecycles of many electronics, ongoing technical developments, and the growing need for the creation of new items. The automotive industry is experiencing a surge in demand for tooling boards as a means of developing sophisticated electric vehicle (EV) models. Major automobile manufacturers are making significant investments in R&D to improve their vehicles through technological advancements. This is anticipated to drive market expansion because of the public’s rising levels of disposable income, shifting lifestyle choices, and increased attention to sustainable development.
Materials formed of filled polymers are used to make tooling boards. These boards are used to make models of CNC-machined tooling when glued together to build bigger blanks and blocks. The market for tooling boards is capital-intensive and necessitates large initial expenditures. Tooling board materials can be used to make reusable, long-lasting tools, models, prototypes, and patterns for the automotive, marine, aerospace, and racing sectors. The cost of the raw ingredients needed to produce polyurethane and epoxy tooling boards is high. Tooling boards made of epoxy are made using epoxy resins. A lack of chemicals used as feedstock resulted in a rise in epoxy resin pricing in the United States. These elements may present difficulties for the market.
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Different industries are affected differently by the COVID-19 pandemic in terms of demand for tooling boards. The two largest markets, the transportation and aerospace sectors, saw significant decreases throughout the pandemic, whereas the comparatively smaller industry, wind energy and marine, saw minor declines over the same period. In general, there was a low double-digit reduction in the worldwide tooling board market. One of the main indicators pointing to the industry’s successful transition to a robust recovery is the anticipated economic rebound along with the explosive growth in car manufacturing.
Due to Germany and Belgium being the biggest manufacturers of polyurethane as a raw material, Europe controlled the market. The Asia Pacific area has emerged as the second-largest regional market and is anticipated to have substantial growth during the projected period due to the existence of important markets like wind energy, automotive, aerospace and defence, and others. Furthermore, the region’s huge population in comparison to established nations and fast industrialization are likely to support growth during the forecasted period. Additionally, some of the key market players are Alchemie Ltd, Curbell Plastics, Inc., General Plastics Manufacturing Company and others.
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