Automotive parts die casting market seen reaching $91.93 billion by 2035

Market Research Future projects the automotive parts die casting market will reach $91.93 billion by 2035, rising at a 5.7% annual clip from 2026 to 2035. Growth is being driven by lightweighting, EV demand, and faster adoption of advanced casting methods, with Asia-Pacific expected to lead regional expansion.

Why it matters: - Automotive parts die casting is becoming a core manufacturing process for automakers trying to cut weight, meet emissions rules, and support electric vehicle platforms. - The market’s growth reflects rising demand for lightweight, high-strength components that can be produced at scale and with tight tolerances. - Asia-Pacific is projected to be the fastest-growing region, with estimated market value of $29.50 billion by 2035.

What happened: - Market Research Future projects the automotive parts die casting market will reach $91.93 billion by 2035. - The forecast calls for a 5.7% CAGR from 2026 to 2035. - The report was published Aug. 26, 2026. - Market Research Future is offering a free sample report and a full report purchase option.

The details: - Automotive parts die casting uses high-pressure molten metal forced into reusable steel molds to make accurate, smooth and high-strength parts. - The process is used for engine blocks, transmission housings, structural parts and battery-related EV components. - Pressure die casting remains the dominant process because it supports high-volume output, thin walls and complex shapes. - Vacuum die casting is gaining use because it reduces trapped air and improves mechanical properties. - Squeeze die casting is expanding in safety-critical structural parts because it boosts density and lowers porosity. - Semi-solid die casting is being used more for lightweight alloys because it improves mechanical performance and dimensional stability. - Aluminum is the largest raw-material segment because of its low weight, corrosion resistance, strength-to-weight ratio and recyclability. - Zinc remains important for small, detailed components such as trim parts, door handles and electronic housings. - Magnesium is the fastest-growing material segment because it is far lighter than steel and fits weight-sensitive applications. - Body assemblies are the fastest-growing application segment, supported by more die-cast aluminum and magnesium in vehicle structures. - Engine parts and transmission parts remain major uses because they need durability, precision and thermal performance. - Asia-Pacific leads the global market because of high vehicle production, established casting capacity and growing use of lightweight materials. - China is the regional leader and a major hub for die-cast component production. - North America and Europe remain mature markets, supported by strict emissions rules and rising EV output.

Between the lines: - The market forecast underscores how EV design is reshaping supplier demand, especially for battery housings and structural enclosures. - Advanced casting technologies are moving from niche applications toward broader production use as automakers push for lighter and more complex parts. - The competitive field is moderately consolidated, which suggests scale, process know-how and regional footprint matter more than simple capacity. - Capital intensity remains a barrier, so larger players with room to invest in tooling and automation may have an advantage.

What's next: - Further EV adoption is likely to increase demand for die-cast battery housings, motor housings and structural components. - More manufacturers are expected to expand aluminum and magnesium die-casting capacity. - Industry use of predictive maintenance, real-time monitoring and automated quality control should keep rising as factories adopt Industry 4.0 tools. - Strategic partnerships, acquisitions and geographic expansion into Asia-Pacific are likely to continue. - Sustainable manufacturing and recycled-material use may become a bigger differentiator as customers push for lower costs and lower emissions.

The bottom line: - Die casting is shifting from a mature auto-parts process to a strategic technology for EVs, lightweighting and precision manufacturing.