Aluminum Casting Market Size, Share, Growth, and Industry Analysis, By Type (Die Casting, Permanent Mold Casting, Sand Casting), By Application (Automobiles, Heavy machinery and industrial, Aerospace and marine, Building and construction hardware, Power and hand tools, Telecom, Others), Regional Insights and Forecast to 2035

Aluminum Casting Market Overview

The global Aluminum Casting Market size estimated at USD 99771.96 million in 2026 and is projected to reach USD 182869.58 million by 2035, growing at a CAGR of 6.96% from 2026 to 2035.

The Aluminum Casting Market is a rapidly expanding segment within the global metals and manufacturing ecosystem, driven by increasing demand from automotive, aerospace, construction, and industrial machinery sectors. The Aluminum Casting Market Overview highlights rising usage of lightweight aluminum components, with global casting output exceeding 28 million metric tons annually across die casting, sand casting, and permanent mold processes. The Aluminum Casting Market Research Report indicates that over 60% of aluminum cast components are consumed by automotive applications for structural and engine parts. The Aluminum Casting Market Analysis shows strong integration of automation and high-pressure die casting technologies across production facilities worldwide. 

In the USA, the Aluminum Casting Market demonstrates strong industrial penetration, supported by advanced automotive manufacturing hubs across Michigan, Ohio, and Texas. The United States accounts for nearly 18%–22% of global aluminum casting consumption, driven by EV production and lightweight vehicle demand. Annual aluminum casting usage in the USA exceeds 4.5 million metric tons, with aerospace and defense contributing significantly to high-performance alloy demand. The Aluminum Casting Market Insights reveal increased investment in foundry modernization and automation adoption exceeding 55% across major facilities. Domestic demand is strongly influenced by fuel efficiency regulations and industrial reshoring initiatives.

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Key Findings

• Key Market Driver: The Aluminum Casting Market is primarily driven by a 68% surge in demand for lightweight automotive components, with EV adoption influencing around 72% of new demand and industrial upgrades contributing nearly 64% of overall growth momentum across global manufacturing industries.
• Major Market Restraint: The Aluminum Casting Market faces significant restraints due to 42% volatility in raw material pricing, 38% dependency on energy-intensive production systems, and 31% supply chain disruptions that collectively impact production stability and operational efficiency across regions.
• Emerging Trends: The Aluminum Casting Market is witnessing strong transformation trends, including 57% automation adoption in foundries, 49% shift toward recyclable aluminum alloys, and 45% integration of AI-based quality control systems improving manufacturing precision and reducing defect rates.
• Regional Leadership: The Aluminum Casting Market is led by Asia-Pacific with a 52% share, followed by North America at 21% and Europe at 19%, reflecting strong regional manufacturing clusters and growing automotive and industrial demand.
• Competitive Landscape: The Aluminum Casting Market remains highly consolidated, with 60% of the market controlled by top manufacturers, 33% experiencing consolidation activities, and 29% involving joint ventures that strengthen global production capabilities and supply chain networks.
• Market Segmentation: The Aluminum Casting Market is segmented into 48% die casting, 32% sand casting, and 20% permanent mold casting, driven by application-specific demand across automotive, aerospace, industrial machinery, and construction sectors.
• Recent Development: The Aluminum Casting Market has recorded 46% capacity expansions, 41% technology upgrades, and 37% strategic partnerships, highlighting ongoing modernization and increased focus on automation and advanced manufacturing technologies worldwide.

Aluminum Casting Market Latest Trends

The Aluminum Casting Market Latest Trends indicate strong transformation driven by electric vehicle manufacturing and industrial automation. Nearly 62% of EV manufacturers are increasing aluminum usage in battery housings and structural frames. High-pressure die casting demand has risen by 58% due to precision engineering requirements. Around 47% of foundries are adopting robotic automation systems, significantly reducing defect rates and improving production efficiency. Sustainability trends are also accelerating, with 53% of manufacturers integrating recycled aluminum feedstock to reduce emissions and enhance circular production models.

Another key trend in the Aluminum Casting Market is digital transformation across production facilities. Approximately 44% of casting plants now use IoT-based monitoring systems for real-time quality control. Aerospace applications account for nearly 26% of high-performance casting demand, especially for structural and turbine components. The Aluminum Casting Market Forecast indicates that 39% of manufacturers are adopting digital twin simulation technologies. Additionally, 51% of suppliers are expanding capacity to meet rising demand from automotive and industrial sectors, strengthening long-term Aluminum Casting Market Outlook.

Aluminum Casting Market Dynamics

Drivers of Market Growth

"Rising demand for lightweight industrial components"

The Aluminum Casting Market is driven by increasing demand for lightweight and high-strength components across automotive and aerospace sectors. Around 70% of automakers are shifting toward aluminum parts to improve fuel efficiency and reduce emissions. EV production contributes over 65% of incremental casting demand. Aerospace applications account for more than 60% usage in structural assemblies. Industrial automation growth further boosts efficiency improvements exceeding 55%, supporting sustained Aluminum Casting Market Growth globally.

Market Restraints

"Volatile raw material and energy dependency"

The Aluminum Casting Market faces challenges due to fluctuating aluminum prices and high energy consumption. Nearly 48% of manufacturers report instability in scrap pricing, while 40% face rising electricity costs. Energy-intensive production accounts for around 35% of manufacturing expenditure. Supply chain disruptions affect over 30% of global output cycles, limiting scalability and consistency in the Aluminum Casting Market.

Market Opportunities

"Expansion in EV and renewable infrastructure"

The Aluminum Casting Market presents strong opportunities from EV growth, renewable energy expansion, and smart manufacturing adoption. Over 68% of EV manufacturers are increasing aluminum usage in key components. Renewable energy systems utilize aluminum castings in more than 45% of structural applications. Additionally, 50% of industrial modernization projects are adopting advanced casting technologies, creating strong Aluminum Casting Market Opportunities globally.

Market Challenges

"High operational complexity and skill gaps"

The Aluminum Casting Market faces challenges from skilled labor shortages and technical complexity. Around 52% of foundries report difficulty in hiring trained workers. Defect rates in complex casting processes remain near 28% in small and mid-scale facilities. About 37% of manufacturers struggle with automation adoption due to high costs, limiting efficiency and consistent Aluminum Casting Market Growth.

Aluminum Casting Market Segmentation

The Aluminum Casting Market Segmentation is primarily categorized by type and application, reflecting diverse industrial usage across automotive, aerospace, construction, and electronics industries. By type, the market includes die casting, permanent mold casting, and sand casting, collectively accounting for more than 100% of total production distribution due to overlapping industrial usage patterns. By application, automobiles dominate with nearly 55%–60% consumption share, followed by aerospace and industrial machinery at 20%–25%, and construction-related hardware contributing around 10%–12% of Aluminum Casting Market demand globally.

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BY TYPE

Die Casting: Die casting represents the most technologically advanced and widely adopted segment in the Aluminum Casting Market, contributing approximately 45%–50% of global aluminum casting output. This process is extensively used in automotive manufacturing for producing engine blocks, transmission cases, structural brackets, and EV battery housings. Nearly 70% of electric vehicle structural components rely on high-pressure die casting due to its precision and lightweight advantages. Die casting facilities operate with automation penetration exceeding 60%, significantly improving production efficiency and reducing defect rates by up to 35% compared to traditional casting methods. Asia-Pacific leads production with nearly 55% share, followed by North America at 22% and Europe at 18%, reflecting strong industrial concentration. 

Permanent Mold Casting: Permanent mold casting holds a significant position in the Aluminum Casting Market, accounting for approximately 25%–30% of total aluminum casting output. This method is widely used for producing medium-to-high strength components requiring superior mechanical properties and dimensional accuracy. Applications include automotive wheels, hydraulic parts, aerospace fittings, and industrial machinery components. Around 60% of aluminum wheel manufacturing globally relies on permanent mold casting due to its ability to produce consistent surface finish and structural strength improvements of nearly 40% compared to sand casting. In the Aluminum Casting Market, permanent mold casting is gaining traction due to its balance between cost efficiency and quality output. 

Sand Casting: Sand casting remains one of the oldest and most versatile processes in the Aluminum Casting Market, contributing approximately 25%–30% of total production volume. It is widely used for large, complex, and low-to-medium volume components across heavy machinery, construction, marine, and industrial sectors. Nearly 65% of heavy equipment manufacturers rely on sand casting for producing large engine blocks, pump housings, and structural components due to its flexibility in handling complex geometries. The Aluminum Casting Market analysis shows that sand casting continues to be dominant in low-cost production environments, particularly in emerging economies where automation levels are below 40%. Material waste rates in sand casting are higher compared to other methods, averaging around 20%–25%, but its adaptability allows production of components weighing over 1,000 kilograms. 

BY APPLICATION

Automobiles: The automobiles segment dominates the Aluminum Casting Market, accounting for nearly 55%–60% of total aluminum casting consumption globally. This includes passenger vehicles, commercial vehicles, and electric vehicles, where lightweight materials are essential for improving fuel efficiency and performance. Nearly 72% of EV manufacturers rely on aluminum cast components for battery enclosures, motor housings, and structural frames. Engine components, transmission systems, and suspension parts collectively contribute over 60% of automotive casting demand. The Aluminum Casting Market shows strong integration of die casting in automotive manufacturing, with around 68% of vehicle aluminum components produced through high-pressure die casting. Weight reduction achieved through aluminum casting improves vehicle efficiency by nearly 30% compared to steel alternatives. 

Heavy machinery and industrial: The heavy machinery and industrial segment represents around 20%–25% of the Aluminum Casting Market demand. This includes construction equipment, mining machinery, agricultural machines, and industrial processing systems. Nearly 70% of heavy equipment engine housings and structural parts are produced using aluminum casting due to its durability and corrosion resistance. Sand casting dominates this segment with approximately 60% usage due to its ability to handle large and complex components. Permanent mold casting contributes nearly 25%, especially for precision parts requiring higher mechanical strength. Asia-Pacific leads demand with about 55% share, driven by infrastructure expansion and industrialization. The Aluminum Casting Market Analysis indicates that around 48% of manufacturers are adopting advanced simulation tools to improve casting quality and reduce defects by nearly 30%. Industrial automation adoption exceeds 40%, enhancing production efficiency in large-scale machinery manufacturing.

Aerospace and marine: The aerospace and marine segment contributes approximately 15%–18% of the Aluminum Casting Market demand. Aerospace applications include turbine housings, structural supports, and engine components, while marine applications involve ship engine parts, propellers, and structural fittings. Nearly 75% of aerospace aluminum castings require high-precision die casting or permanent mold processes due to strict performance standards. The Aluminum Casting Market Trends indicate that aerospace manufacturers use aluminum alloys in over 60% of structural assemblies due to weight reduction and fatigue resistance. Marine industry applications account for around 45% of corrosion-resistant aluminum casting demand globally. North America and Europe together contribute nearly 55% of aerospace casting consumption due to advanced manufacturing capabilities.

Building and construction hardware: The building and construction hardware segment accounts for approximately 10%–12% of the Aluminum Casting Market. This includes structural fittings, window frames, door hardware, scaffolding components, and architectural elements. Nearly 60% of modern construction hardware manufacturers use aluminum casting due to its corrosion resistance and lightweight properties. Sand casting dominates this segment with nearly 55% share due to its flexibility in producing customized architectural components. Asia-Pacific leads with over 60% demand share, driven by rapid urbanization and infrastructure development. The Aluminum Casting Market Analysis shows that aluminum usage in construction hardware improves installation efficiency by nearly 35% compared to steel. 

Power and hand tools: The power and hand tools segment contributes around 8%–10% of the Aluminum Casting Market demand. This includes housings for electric drills, grinders, saws, and industrial tools. Nearly 70% of tool manufacturers use aluminum casting for lightweight, durable, and heat-resistant components. Die casting dominates with nearly 60% usage due to precision requirements in compact tool designs. The Aluminum Casting Market Insights indicate that aluminum use improves tool lifespan by nearly 30% compared to plastic alternatives. North America and Europe together account for about 48% of demand due to high industrial tool usage. Automation levels exceed 50% in tool manufacturing facilities, reducing defects by approximately 32%. Lightweight design trends continue to drive aluminum adoption in this segment.

Telecom: The telecom segment accounts for approximately 5%–7% of the Aluminum Casting Market. It includes network infrastructure housings, antenna components, and communication equipment structures. Nearly 65% of telecom hardware manufacturers use aluminum casting for heat dissipation and structural durability. Die casting accounts for over 55% of production in this segment due to precision requirements. The Aluminum Casting Market Trends show increased demand from 5G infrastructure expansion, where aluminum components improve signal equipment efficiency by nearly 25%. Asia-Pacific leads telecom casting demand with about 60% share due to rapid network expansion. Automation penetration exceeds 45%, improving production consistency and reducing material waste.

Others: The “Others” segment includes consumer electronics, defense, and niche industrial applications, contributing approximately 5%–8% of the Aluminum Casting Market. Nearly 70% of electronic housings and defense components use aluminum casting for durability and lightweight benefits. Die casting dominates with nearly 60% share in this segment due to precision engineering requirements. The Aluminum Casting Market Analysis indicates increasing adoption in robotics and smart devices, with demand rising across industrial innovation sectors. Automation levels exceed 50% in high-tech applications, improving production accuracy and reducing defects by approximately 30%.

Aluminum Casting Market Regional Outlook

The Aluminum Casting Market Regional Outlook shows a globally balanced distribution where 100% market share is divided across five major regions. Asia-Pacific leads with nearly 52% share, driven by large-scale automotive and industrial production; North America holds around 21% supported by advanced aerospace and EV manufacturing. Europe accounts for approximately 19% due to strong engineering and automotive OEM presence,  Middle East & Africa contributes nearly 5% driven by infrastructure expansion.

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NORTH AMERICA

The North America Aluminum Casting Market holds nearly 21% global share, supported by strong automotive electrification, aerospace production, and industrial machinery demand. The United States dominates with over 85% of regional consumption, while Canada and Mexico contribute approximately 10% and 5% respectively. Aluminum casting adoption in the region is heavily influenced by EV production, where nearly 72% of new electric vehicle platforms use aluminum structural components. Aerospace applications account for around 28% of regional aluminum casting consumption, particularly in aircraft engines and structural assemblies. Die casting dominates with nearly 60% share due to high precision requirements in automotive manufacturing, while sand casting contributes around 25% for heavy machinery parts. Automation penetration in North America exceeds 65%, significantly improving production efficiency and reducing defect rates by nearly 40%. Nearly 58% of foundries in the region have adopted robotic casting systems, enabling faster production cycles. The Aluminum Casting Market in North America is also strongly driven by regulatory pressure, where nearly 70% of manufacturers are investing in lightweight materials to meet emission reduction standards. Permanent mold casting contributes about 30% of output due to high demand for durable automotive wheels and industrial components. 

EUROPE

The Europe Aluminum Casting Market accounts for approximately 19% global share, driven by advanced automotive engineering, aerospace manufacturing, and renewable energy infrastructure. Germany, France, Italy, and the United Kingdom collectively contribute more than 75% of regional demand. Automotive applications dominate with nearly 62% consumption share, particularly in premium vehicle manufacturing and EV production. Aerospace contributes around 20% due to strong presence of aircraft manufacturers and precision engineering industries. Die casting leads with nearly 50% share in Europe, followed by permanent mold casting at 30% and sand casting at 20%. Around 68% of European automotive OEMs use aluminum cast components to reduce vehicle weight by up to 35%. Automation adoption exceeds 60%, with advanced robotics widely integrated in foundries. Nearly 57% of manufacturing facilities utilize recycled aluminum, supporting strict environmental regulations. Aerospace casting demand accounts for 22% of high-precision aluminum usage, especially in turbine and structural components. 

GERMANY Aluminum Casting Market

Germany represents nearly 32% of the Europe Aluminum Casting Market share, making it the largest contributor within the region. The country’s strong automotive industry, led by premium vehicle manufacturers, drives over 70% of domestic aluminum casting consumption. Die casting dominates with nearly 55% share due to high demand for precision automotive parts such as engine blocks, transmission housings, and structural frames. Industrial machinery accounts for around 20% of demand, while aerospace contributes nearly 15%. Automation in German foundries exceeds 70%, one of the highest globally, reducing production defects by nearly 42%. Nearly 60% of manufacturers use recycled aluminum, supporting sustainability targets. Lightweight vehicle engineering programs influence over 75% of new automotive designs, significantly increasing aluminum casting usage. Permanent mold casting contributes around 28% of production, especially for wheels and high-strength components. Germany’s advanced R&D ecosystem supports nearly 50% of Europe’s innovation in casting technologies, strengthening its leadership in precision manufacturing and industrial efficiency.

UNITED KINGDOM Aluminum Casting Market

The United Kingdom Aluminum Casting Market holds approximately 9% share of the Europe region, driven by aerospace, automotive, and defense industries. Aerospace accounts for nearly 40% of UK aluminum casting demand due to strong aircraft manufacturing and maintenance operations. Automotive contributes around 35%, particularly in lightweight EV components and premium vehicle parts. Industrial machinery and defense applications collectively account for 25%. Die casting dominates with nearly 48% share, followed by sand casting at 32% due to specialized and low-volume production requirements. Nearly 62% of UK manufacturers have adopted automation systems, improving efficiency by approximately 38%. Recycled aluminum usage exceeds 52%, supporting environmental compliance initiatives. Aerospace-grade aluminum castings account for nearly 45% of high-performance applications in the country. The Aluminum Casting Market in the UK is strongly influenced by innovation in lightweight materials, with nearly 55% of manufacturers investing in advanced alloy development.

ASIA-PACIFIC

The Asia-Pacific Aluminum Casting Market dominates globally with nearly 52% share, driven by large-scale automotive production, industrial expansion, and infrastructure development. China, India, Japan, and South Korea collectively account for over 85% of regional demand. Automotive applications dominate with nearly 58% consumption share, while industrial machinery contributes around 25% and construction accounts for nearly 10%. Die casting leads with approximately 50% share due to high-volume production capabilities. Sand casting contributes around 30%, particularly in heavy machinery manufacturing. Nearly 65% of global aluminum casting production capacity is located in Asia-Pacific due to cost advantages and large manufacturing bases. Automation adoption exceeds 55%, with rapid expansion in smart manufacturing systems. The Aluminum Casting Market in Asia-Pacific is also driven by EV production, where nearly 75% of new vehicle platforms incorporate aluminum cast components. Recycled aluminum usage exceeds 50%, supporting sustainability growth across the region.

JAPAN Aluminum Casting Market

Japan holds approximately 12% share of the Asia-Pacific Aluminum Casting Market, driven by automotive innovation, robotics, and precision engineering industries. Automotive applications dominate with nearly 60% demand share, particularly in hybrid and electric vehicle components. Industrial machinery contributes around 25%, while electronics and aerospace account for 15%. Die casting dominates with nearly 55% share due to Japan’s focus on precision manufacturing and high-quality standards. Automation penetration exceeds 75%, one of the highest globally, reducing defect rates by nearly 45%. Around 58% of manufacturers use recycled aluminum to enhance sustainability. Lightweight engineering initiatives influence over 70% of automotive production strategies. Permanent mold casting contributes approximately 28% of output, particularly in high-strength automotive parts.

CHINA Aluminum Casting Market

China dominates the Asia-Pacific Aluminum Casting Market with nearly 38% regional share, making it the largest global contributor. Automotive production accounts for around 55% of aluminum casting demand, driven by massive EV manufacturing output. Industrial machinery contributes approximately 25%, while construction and electronics account for 20%. Die casting leads with nearly 52% share due to large-scale automotive production. Sand casting contributes around 28% for heavy equipment manufacturing. Automation adoption exceeds 50%, rapidly increasing in modern foundries. Nearly 60% of manufacturers use recycled aluminum, supporting environmental policies. China’s EV industry influences over 70% of new aluminum casting demand, making it a key global growth driver. Production efficiency improvements exceed 45% due to advanced manufacturing integration.

MIDDLE EAST & AFRICA

The Middle East & Africa Aluminum Casting Market accounts for approximately 5% global share, driven by infrastructure development, construction expansion, and industrial diversification. The Gulf Cooperation Council countries contribute nearly 65% of regional demand, while Africa accounts for around 35%. Construction applications dominate with nearly 45% share, followed by industrial machinery at 30% and automotive at 15%. Sand casting leads with nearly 55% share due to cost efficiency and large-scale structural component production. Die casting contributes around 30%, particularly in automotive and industrial applications. Automation adoption remains moderate at approximately 35%, but is increasing in Gulf countries. Nearly 40% of manufacturers use recycled aluminum to reduce material costs. The Aluminum Casting Market in this region is influenced by infrastructure projects, where over 50% of new developments use aluminum-based components for durability and corrosion resistance.

List of Key Aluminum Casting Market Companies

• Alcoa Corporation
• Ryobi Limited
• Aluminum Corporation of China Limited
• Rio Tinto
• United Company Rusal
• China Hongqiao Group Limited
• Arconic Inc.
• Gibbs Die Casting Corp
• Dynacast Charlotte
• Nemak S.A.B. de C.V.
• Kaiser Aluminum
• Rockman Industries Ltd.
• Endurance Technologies
• Consolidated Metco, Inc.
• Martinrea Honsel
• Alcast Technologies Ltd.
• Bodine Aluminum Inc.

Top Two Companies with Highest Share

• Alcoa Corporation: Holds nearly 14% share of the global Aluminum Casting Market, driven by strong aerospace and automotive supply contracts and advanced lightweight alloy production capabilities.
• Nemak S.A.B. de C.V.: Accounts for approximately 11% share, supported by dominance in automotive die casting solutions and strong EV component manufacturing integration.

Investment Analysis and Opportunities

The Aluminum Casting Market presents strong investment opportunities driven by increasing demand for lightweight automotive components and industrial modernization. Nearly 68% of investors are focusing on EV-related casting facilities, while 55% are targeting automation-driven foundry upgrades. Around 60% of capital inflow is directed toward Asia-Pacific due to large-scale manufacturing advantages. Additionally, 48% of investment projects focus on recycled aluminum processing systems to improve sustainability and reduce production costs. Expansion in aerospace applications attracts nearly 35% of high-value investments due to precision engineering requirements.

Infrastructure modernization accounts for approximately 50% of global investment activity in the Aluminum Casting Market. Nearly 42% of manufacturers are investing in digital twin and AI-based production systems to reduce defects by up to 30%. North America and Europe together account for about 40% of high-tech casting investments, particularly in aerospace and EV sectors. Increasing demand for permanent mold casting has attracted nearly 38% of new production line investments globally, strengthening long-term industry scalability.

New Products Development

New product development in the Aluminum Casting Market is strongly driven by EV platforms, aerospace innovations, and industrial automation requirements. Nearly 65% of manufacturers are developing lightweight aluminum alloy components with improved strength-to-weight ratios. Around 58% of new designs focus on high-pressure die cast EV battery housings and thermal management systems. Innovation in permanent mold casting has increased by nearly 40%, improving structural durability and performance consistency across automotive applications.

Additionally, nearly 52% of new product development initiatives are focused on recycled aluminum integration to enhance sustainability. Aerospace-grade casting innovations account for approximately 30% of R&D activity, particularly in turbine and engine components. Around 45% of manufacturers are developing AI-assisted casting design systems to reduce defects and improve efficiency. The Aluminum Casting Market continues to evolve through advanced alloy development and precision engineering technologies.

Five Recent Developments

• Alcoa Corporation: Expanded high-pressure die casting capacity by nearly 18% to support EV structural component demand growth.
• Nemak S.A.B. de C.V.: Increased automation integration by 22% across global facilities to enhance production accuracy and reduce defects.
• Ryobi Limited: Enhanced aluminum wheel casting output by approximately 20% driven by rising automotive demand.
• Endurance Technologies: Improved lightweight component manufacturing efficiency by nearly 25% through upgraded casting systems.
• China Hongqiao Group Limited: Expanded recycled aluminum processing share by about 30% to support sustainability-driven production.

Report Coverage Of Aluminum Casting Market

The Aluminum Casting Market Report Coverage includes comprehensive analysis of global production distribution, segmented across type, application, and regional performance. The study evaluates nearly 100% of market structure including die casting, permanent mold casting, and sand casting, which collectively account for full industry output distribution. Automotive applications dominate with nearly 58% share, followed by aerospace at 18%, industrial machinery at 22%, and construction-related demand at 12%.

The report also covers regional insights, where Asia-Pacific leads with approximately 52% share, North America holds 21%, Europe contributes 19%, and Middle East & Africa accounts for 5%. It includes detailed assessment of automation penetration exceeding 60% in developed markets and 45% in emerging regions. Nearly 55% of manufacturers are investing in recycled aluminum technologies to improve sustainability. The report highlights over 50% adoption of smart manufacturing systems globally, including AI-based quality control and digital twin simulation. It also evaluates competitive landscapes where top players control nearly 60% of total production capacity, reflecting high consolidation in the Aluminum Casting Market ecosystem.