Multi-port tube for automotive air-conditioning industry Market latest Statistics on Market Size, Growth, Production, Sales Volume, Sales Price, Market Share and Import vs Export 

Multi-port tube for automotive air-conditioning industry Market Summary Highlights

The Multi-port tube for automotive air-conditioning industry Market is showing consistent growth momentum due to rising vehicle production, electrification of mobility, and increasing performance requirements for automotive HVAC systems. Multi-port tubes are becoming a standard component in automotive condensers and evaporators because they enable higher heat transfer efficiency, compact system design, and reduced overall system weight compared to conventional tube technologies.

The automotive sector is moving toward thermal efficiency optimization as both ICE and EV platforms require improved climate control performance. For instance, modern vehicles are targeting HVAC efficiency improvements of 10–18% by 2027, directly increasing the adoption of advanced micro-channel heat exchangers that depend on multi-port tube architecture.

Vehicle production growth remains a primary volume driver. Global vehicle production is estimated to reach nearly 97 million units in 2026 and is expected to cross 103 million units by 2029. Since automotive air-conditioning penetration is expected to remain above 93% globally, the component demand base for multi-port tubes continues to expand proportionally.

Electric vehicle growth is also reshaping the demand curve. EV production is projected to grow at nearly 16–19% annually between 2025 and 2030. Because EV platforms require integrated battery and cabin cooling systems, multi-port tube consumption per vehicle is increasing compared to traditional vehicles.

Material transition trends are also supporting the Multi-port tube for automotive air-conditioning industry Market. Aluminum multi-port tubes provide 25–35% weight reduction compared to conventional copper tubing while improving heat transfer efficiency by approximately 12–15%. These advantages directly support OEM lightweighting strategies.

Technological improvements in extrusion precision and alloy development are improving durability and corrosion resistance. New generation multi-port tubes are achieving lifecycle performance exceeding 12–15 years of operational durability under harsh automotive conditions, improving OEM confidence in aluminum thermal solutions.

Regional manufacturing shifts are further strengthening supply growth. Emerging automotive manufacturing hubs such as India, Thailand, Mexico, and Eastern Europe are witnessing increasing supplier investments to support local OEM production requirements.

Commercial vehicle HVAC electrification is also expanding usage. Electric buses and commercial fleets require higher capacity cooling systems, increasing multi-port tube consumption per vehicle by as much as 30–50%.

The automotive aftermarket continues to provide stable demand. Condenser replacement cycles averaging 6–8 years are maintaining steady replacement demand for multi-port tube based systems.

Overall, the Multi-port tube for automotive air-conditioning industry Market is evolving from a cost-driven supply segment toward a performance-driven engineered component segment supported by efficiency regulations and electrification requirements.

Multi-port tube for automotive air-conditioning industry Market Statistical Highlights

• Global automotive AC installation penetration projected at 93–94% in 2026
• EV production expected to grow at approximately 18% CAGR through 2030
• Multi-port aluminum tubes reduce HVAC system weight by up to 35%
• Asia-Pacific expected to account for nearly 52% of global consumption by 2026
• Automotive condenser production projected to grow around 6% annually
• EV thermal platforms increasing multi-port tube usage by 20–40% per vehicle
• High-strength aluminum MPT adoption expected to reach 55% by 2030
• Automotive HVAC efficiency targets improving 12–18% by 2028
• Aftermarket condenser replacement demand expected to grow around 7% annually
• Lightweight thermal component integration expected to reduce HVAC system mass by up to 20% by 2029

Electric Vehicle Expansion Driving Multi-port tube for automotive air-conditioning industry Market

Electrification remains the strongest structural growth driver for the Multi-port tube for automotive air-conditioning industry Market. EVs require more complex thermal management compared to conventional vehicles because battery temperature stability directly affects performance, charging efficiency, and lifecycle durability.

For instance, EV battery performance can decline by nearly 15–25% if thermal conditions are not properly managed. As a result, manufacturers are integrating battery cooling with cabin air-conditioning systems, increasing the need for high-performance heat exchangers using multi-port tubes.

EV production is expected to increase from about 18 million units in 2025 to approximately 30 million units by 2030. Since EV platforms typically require larger or additional heat exchangers, this is increasing the volume of multi-port tubes required per vehicle.

For example:

EV vehicles typically use about 30% more thermal management components compared to ICE vehicles. This includes battery cooling plates, secondary condensers, and integrated thermal modules which increase MPT consumption.

Such platform architecture changes are making the Multi-port tube for automotive air-conditioning industry Market more dependent on technology adoption rather than just vehicle production volumes.

Lightweight Vehicle Engineering Supporting Multi-port tube for automotive air-conditioning industry Market Growth

Vehicle weight reduction remains a major engineering objective. Automotive OEMs are targeting vehicle mass reduction of approximately 8–12% by 2030 to improve fuel economy and EV driving range.

Multi-port aluminum tubes support these objectives because they allow thinner wall construction and improved heat transfer surface area. Compared to traditional tubing designs, multi-port configurations allow more efficient refrigerant flow distribution.

For instance:

Reducing HVAC system weight by 5–8 kg can improve EV range by approximately 0.5–0.8%. When combined with other lightweight components, total system efficiency gains become significant.

Automakers are therefore increasingly replacing copper-based condenser tubes with aluminum multi-port solutions, particularly in high volume passenger vehicles.

This material substitution trend is expected to increase aluminum MPT penetration from nearly 72% in 2025 to approximately 84% by 2030, strengthening the long-term demand base of the Multi-port tube for automotive air-conditioning industry Market Size.

Micro-channel Condenser Adoption Expanding Multi-port tube for automotive air-conditioning industry Market

Micro-channel condenser systems are becoming the industry standard because they allow better heat rejection with smaller packaging size. These condensers rely heavily on multi-port tube designs because internal channel geometry improves refrigerant flow efficiency.

Micro-channel condenser adoption is projected to reach nearly 80% of new passenger vehicles by 2027. Traditional fin-and-tube condensers are gradually being phased out due to lower efficiency and higher material usage.

For example:

Micro-channel systems can reduce refrigerant charge by nearly 25–30%. This directly reduces environmental impact and improves system efficiency. At the same time, these systems improve cooling performance by approximately 15%.

Such improvements are making micro-channel condensers standard in EVs and premium passenger vehicles. As adoption spreads into mid-range vehicles, the Multi-port tube for automotive air-conditioning industry Market is benefiting from volume expansion.

Manufacturing improvements are also supporting adoption. Extrusion technology improvements have increased manufacturing yield rates by approximately 10–14% between 2024 and 2026, reducing production costs.

Environmental Regulations Supporting Multi-port tube for automotive air-conditioning industry Market

Environmental regulations targeting refrigerant emissions and energy efficiency are indirectly increasing demand for advanced heat exchanger components. Multi-port tubes enable higher efficiency thermal exchange which helps manufacturers meet regulatory requirements.

New generation refrigerants require improved system pressure handling and thermal transfer efficiency. Multi-port tubes provide better pressure resistance due to their structural geometry.

For example:

New refrigerant systems can operate at pressures up to 8 times higher than legacy refrigerants. This requires improved tube strength and better brazing performance, both of which favor aluminum multi-port designs.

Vehicle manufacturers are also targeting HVAC energy consumption reductions of nearly 10–15% by 2028. This is pushing adoption of improved condenser technologies, strengthening the Multi-port tube for automotive air-conditioning industry Market growth outlook.

Automotive Production Recovery Supporting Multi-port tube for automotive air-conditioning industry Market

Global automotive production normalization after supply chain disruptions is strengthening baseline demand. Production growth of passenger and commercial vehicles directly increases HVAC system component demand.

For instance:

Global passenger vehicle production is projected to grow approximately 5–6% annually between 2025 and 2028. Emerging markets are contributing strongly to this growth due to rising income levels and urbanization.

India is expected to see vehicle production growth of nearly 7–9% annually through 2028. Southeast Asia is expected to grow around 6%, while North America is expected to maintain about 4–5% growth.

Commercial vehicle electrification is also contributing additional growth. Electric delivery vans and buses require high-capacity HVAC systems due to extended operating cycles. These vehicles may use 40–60% more condenser capacity than standard passenger vehicles.

This production expansion is strengthening procurement demand across Tier-1 heat exchanger manufacturers and aluminum extrusion suppliers, reinforcing stable expansion in the Multi-port tube for automotive air-conditioning industry Market Size.

Asia-Pacific Demand Dominance in Multi-port tube for automotive air-conditioning industry Market

Asia-Pacific continues to represent the largest consumption center for the Multi-port tube for automotive air-conditioning industry Market due to its strong automotive manufacturing base and rapid electrification expansion. The region is expected to account for nearly 52–55% of global demand by 2026, supported by strong vehicle production in China, India, Japan, and South Korea.

For instance, China alone is expected to produce over 32 million vehicles in 2026, while India is projected to exceed 6.5 million vehicles. Since over 95% of vehicles produced in these countries include factory-installed HVAC systems, component demand for multi-port tubes rises proportionally with production volumes.

EV expansion is also stronger in Asia-Pacific compared to other regions. China’s EV production is expected to grow nearly 20% annually through 2028. Because EVs require integrated thermal systems, the Multi-port tube for automotive air-conditioning industry Market is seeing higher component consumption per vehicle in the region.

India is also emerging as a secondary growth hub. For example, automotive HVAC demand is expected to grow approximately 8–10% annually due to rising passenger vehicle sales and increasing AC penetration in entry-level vehicles.

North America Technology Adoption Driving Multi-port tube for automotive air-conditioning industry Market

North America remains a technology-driven demand region within the Multi-port tube for automotive air-conditioning industry Market due to its early adoption of EV thermal management innovation and high HVAC performance standards.

For instance, EV production in the United States is expected to cross 3.5 million units by 2027. These vehicles typically require advanced condensers and battery cooling modules, increasing demand for precision engineered multi-port tubes.

Commercial vehicle electrification is particularly strong in this region. Electric delivery vehicles require continuous cooling operation, increasing condenser capacity requirements by nearly 35% compared to standard passenger vehicles.

SUV production also remains a demand driver. Since SUVs require higher cooling loads due to larger cabin volumes, condenser sizes increase, resulting in higher multi-port tube usage per vehicle.

Such structural vehicle mix characteristics continue to support stable growth in the Multi-port tube for automotive air-conditioning industry Market.

European Efficiency Regulations Supporting Multi-port tube for automotive air-conditioning industry Market

Europe remains a regulation-driven market where efficiency mandates are accelerating adoption of high-performance HVAC components. Automotive manufacturers are focusing on reducing refrigerant emissions and improving energy efficiency, indirectly strengthening multi-port tube demand.

For instance:

European vehicle efficiency targets are pushing HVAC energy consumption reductions of nearly 15% by 2028. This is increasing adoption of micro-channel condensers which rely on multi-port tube structures.

EV adoption is also accelerating. Nearly 28–32% of new vehicles sold in Western Europe by 2026 are expected to be electric or plug-in hybrid. These vehicles require complex thermal modules, increasing component density and strengthening the Multi-port tube for automotive air-conditioning industry Market.

Luxury vehicle production in Germany also contributes. Premium vehicle manufacturers typically adopt high-efficiency condensers earlier than mass market brands, creating early demand cycles for advanced multi-port designs.

Emerging Markets Expanding Multi-port tube for automotive air-conditioning industry Market

Emerging markets in Southeast Asia, Latin America, and the Middle East are becoming incremental growth centers. Automotive AC penetration is still rising in these regions, creating structural demand expansion.

For example:

AC penetration in Southeast Asian passenger vehicles is expected to rise from nearly 78% in 2024 to approximately 88% by 2029. This alone increases the addressable market for HVAC components including multi-port tubes.

Brazil and Mexico are also expanding automotive production capacity. Mexico is projected to produce over 5 million vehicles annually by 2028. As production increases, Tier-1 suppliers are expanding local heat exchanger manufacturing, strengthening regional supply chains within the Multi-port tube for automotive air-conditioning industry Market.

Such markets also show strong aftermarket growth because of high temperature operating conditions increasing HVAC replacement rates.

Multi-port tube for automotive air-conditioning industry production Expansion and Supply Trends

The Multi-port tube for automotive air-conditioning industry production landscape is expanding steadily as aluminum extrusion capacity increases globally. Multi-port tube for automotive air-conditioning industry production is increasingly shifting toward high precision extrusion lines capable of producing complex micro-channel geometries. Multi-port tube for automotive air-conditioning industry production capacity is expected to grow nearly 7% annually through 2028 to meet automotive HVAC demand expansion.

Asia currently accounts for nearly 60% of Multi-port tube for automotive air-conditioning industry production due to strong aluminum processing infrastructure. Multi-port tube for automotive air-conditioning industry production in India is expected to grow approximately 9% annually due to localization policies and supplier investments. Multi-port tube for automotive air-conditioning industry production in Mexico and Eastern Europe is also expanding due to near-shoring strategies by OEM suppliers.

Automation is improving production efficiency. For instance, new extrusion lines are improving yield efficiency by approximately 12% while reducing scrap rates by nearly 6%. This is improving supply reliability and cost competitiveness across the Multi-port tube for automotive air-conditioning industry Market.

Product Type Segmentation in Multi-port tube for automotive air-conditioning industry Market

The Multi-port tube for automotive air-conditioning industry Market shows clear segmentation based on tube geometry, alloy type, and coating technology.

Flat multi-port tubes remain dominant due to their suitability for micro-channel condensers. These account for nearly 68% of total demand due to their superior surface contact efficiency.

High-strength alloy tubes are gaining share in EV applications due to pressure resistance requirements. These are expected to grow from nearly 34% share in 2025 to about 49% by 2030.

Coated corrosion resistant tubes are also expanding, particularly in regions with high humidity and road salt exposure.

Application Segmentation in Multi-port tube for automotive air-conditioning industry Market

Application segmentation shows strong concentration in condensers, followed by evaporators and battery cooling systems.

Condenser applications represent nearly 64% of total demand because every vehicle HVAC system requires condenser heat exchange.

Battery cooling applications are the fastest growing segment, expected to grow nearly 19% annually due to EV expansion.

Evaporator usage remains stable due to consistent passenger comfort requirements.

Segmentation Highlights in Multi-port tube for automotive air-conditioning industry Market

By product type

• Flat multi-port tubes
  • Round edge multi-channel tubes
  • High strength alloy tubes
  • Corrosion resistant coated tubes

By application

• Condensers
  • Evaporators
  • Battery cooling systems
  • Integrated HVAC thermal modules

By vehicle type

• Passenger vehicles
  • Light commercial vehicles
  • Heavy commercial vehicles
  • Electric vehicles

By sales channel

• OEM supply
  • Aftermarket replacement

Multi-port tube for automotive air-conditioning industry Price Dynamics

The Multi-port tube for automotive air-conditioning industry Price is primarily influenced by aluminum ingot prices, extrusion costs, energy costs, and coating material costs. Price stability improved between 2025 and 2026 as aluminum supply chains stabilized after earlier volatility.

For instance:

Average Multi-port tube for automotive air-conditioning industry Price fluctuations are now typically within a 4–6% annual band compared to nearly 12% volatility seen earlier in the decade.

Raw material accounts for nearly 55–65% of final tube cost. Therefore, even small aluminum price changes can influence the Multi-port tube for automotive air-conditioning industry Price structure.

Energy costs also remain important. Extrusion processes are energy intensive, and power costs can represent nearly 8–12% of manufacturing costs.

Multi-port tube for automotive air-conditioning industry Price Trend Analysis

The Multi-port tube for automotive air-conditioning industry Price Trend is showing moderate upward movement due to increasing alloy performance requirements and coating adoption.

For example:

High-strength alloy tubes may cost 8–14% more than standard aluminum tubes due to alloy composition and quality control requirements.

Corrosion resistant coatings can add another 5–9% cost depending on coating technology.

However, manufacturing scale is offsetting some cost increases. Improved production automation is reducing unit costs by nearly 3–5% annually, moderating the Multi-port tube for automotive air-conditioning industry Price Trend impact.

Long-term contracts between OEMs and suppliers are also stabilizing the Multi-port tube for automotive air-conditioning industry Price environment by reducing exposure to spot raw material price swings.

Regional Multi-port tube for automotive air-conditioning industry Price Trend Variations

Regional cost differences also influence the Multi-port tube for automotive air-conditioning industry Price Trend. Asia typically maintains lower production costs due to economies of scale and lower conversion costs.

For instance:

Asian suppliers may offer pricing nearly 6–10% lower than European suppliers due to lower operating costs. However, European suppliers often compete on technology performance rather than cost.

North American pricing structures are influenced by logistics and tariffs, which can add 3–7% cost differences compared to domestic sourcing.

Such regional variations ensure that the Multi-port tube for automotive air-conditioning industry Price Trend remains regionally differentiated rather than globally uniform.

Future Pricing Outlook of Multi-port tube for automotive air-conditioning industry Market

The forward outlook suggests moderate price increases supported by performance upgrades rather than raw material inflation. The Multi-port tube for automotive air-conditioning industry Price is expected to increase approximately 3–5% annually through 2030 due to higher specification requirements.

The Multi-port tube for automotive air-conditioning industry Price Trend is expected to remain stable because manufacturing productivity gains are expected to offset raw material cost increases.

Premium EV thermal management tubes may command pricing premiums of 10–18% due to precision requirements and certification costs.

Overall, the pricing environment within the Multi-port tube for automotive air-conditioning industry Market is expected to remain stable with gradual value-driven increases rather than volatility-driven changes.

Competitive Structure of Multi-port tube for automotive air-conditioning industry Market

The Multi-port tube for automotive air-conditioning industry Market is characterized by a mix of large Tier-1 automotive thermal system suppliers and specialized aluminum extrusion manufacturers. The competitive intensity is moderate because supplier qualification cycles in automotive HVAC components are long, typically ranging between 18–36 months. This creates high entry barriers and supports supplier retention once contracts are secured.

Large manufacturers generally control higher value share because they supply complete thermal systems rather than only tubes. At the same time, specialized extrusion firms maintain steady participation because they supply precision tubes to heat exchanger manufacturers.

The Multi-port tube for automotive air-conditioning industry Market is therefore evolving toward a technology-driven supplier environment where efficiency improvements, durability, and EV compatibility determine competitive advantage rather than simple volume supply.

Key Manufacturers Operating in Multi-port tube for automotive air-conditioning industry Market

The Multi-port tube for automotive air-conditioning industry Market includes global automotive thermal management companies as well as aluminum tube specialists supplying micro-channel extrusion products.

Denso Corporation

Denso remains one of the most influential companies due to its large automotive HVAC supply network and vertically integrated thermal system manufacturing. The company produces multi-flow aluminum condenser platforms and compact evaporator systems that incorporate multi-port tube architecture.

Relevant product focus includes:

• Multi-flow aluminum condensers
  • High efficiency micro-channel evaporators
  • EV heat pump thermal modules
  • Integrated thermal management systems

The company maintains strong supply relationships with Japanese, American, and Asian OEM manufacturers which helps sustain its market share.

Valeo Thermal Systems

Valeo maintains a strong position due to its expertise in compact thermal module engineering and next generation HVAC designs. The company focuses on improving thermal efficiency while reducing refrigerant consumption through advanced condenser architecture based on micro-tube heat exchangers.

Product platforms include:

• Compact condenser platforms for EVs
  • Smart HVAC modules
  • Integrated front cooling modules
  • Advanced micro-channel condenser technologies

Valeo’s EV-focused thermal platforms are strengthening its position within the Multi-port tube for automotive air-conditioning industry Market.

Hanon Systems

Hanon Systems continues to expand its presence through its global manufacturing footprint and focus on EV battery cooling integration. The company supplies HVAC modules, battery cooling systems, and condenser assemblies relying on multi-port tube heat exchanger designs.

Key offerings include:

• EV battery thermal management systems
  • Integrated HVAC assemblies
  • Aluminum condenser systems
  • Electric compressor cooling modules

The company benefits from partnerships with major global automakers, particularly in EV thermal architecture development.

Marelli Thermal Solutions

Marelli supplies automotive climate control modules and condenser technologies used across passenger vehicles and commercial fleets. The company focuses on improving packaging efficiency and system integration.

Product offerings include:

• HVAC modules
  • Automotive condenser assemblies
  • Integrated climate systems
  • Thermal control electronics integration

Such integrated system expertise helps maintain competitive positioning within the Multi-port tube for automotive air-conditioning industry Market.

Sanden Corporation

Sanden continues to operate as a major HVAC supplier with strengths in compressors and heat exchanger modules. The company supplies condensers incorporating multi-port tube designs focused on improving cooling efficiency and durability.

Core product areas include:

• Automotive air-conditioning heat exchangers
  • Compressor integrated HVAC platforms
  • Passenger vehicle climate control systems

Sanden maintains relevance through its long-standing automotive HVAC specialization.

Aluminum Extrusion Specialists in Multi-port tube for automotive air-conditioning industry Market

Beyond Tier-1 suppliers, specialized aluminum extrusion manufacturers form the backbone of tube supply within the Multi-port tube for automotive air-conditioning industry Market.

Norsk Hydro Precision Tubing

The company supplies precision aluminum tubes for automotive heat transfer applications. Its product development focuses on lightweight high-strength aluminum tubes optimized for micro-channel condenser designs.

Product strengths include:

• Precision multi-channel aluminum tubes
  • Heat transfer aluminum tubing
  • EV compatible thermal tubes

Such companies benefit from aluminum metallurgy expertise and strong material engineering capabilities.

Chalco Aluminum

Chalco remains an important supplier of automotive heat exchanger aluminum tubes, particularly for Asian automotive supply chains. The company produces micro-channel aluminum tubes used in condensers and battery cooling modules.

Key products include:

• Wide profile multi-port extrusion tubes
  • Zinc coated corrosion resistant tubes
  • EV battery cooling tubes

Strong aluminum production capacity supports its competitive advantage.

Hongyuan Aluminum

Hongyuan specializes in automotive multi-port extrusion tubes used in HVAC systems and industrial cooling applications.

Product lines include:

• Multi-port extrusion tubes for condensers
  • Precision aluminum heat exchanger tubes
  • Coated aluminum micro-channel tubes

Such suppliers typically compete through cost efficiency and extrusion precision.

HE Tubing

HE Tubing focuses on supplying aluminum micro-port extrusion tubes designed for heat exchanger manufacturing.

Key focus areas include:

• Micro-channel aluminum tubes
  • Heat exchanger tube materials
  • Precision extrusion products

Their role in the Multi-port tube for automotive air-conditioning industry Market is primarily as a specialized material supplier rather than system manufacturer.

Regional manufacturers

Regional suppliers are gaining importance due to supply chain localization strategies. These companies often serve domestic automotive heat exchanger manufacturers.

Examples include firms focusing on:

• Automotive condenser multi-port tubes
  • Commercial vehicle HVAC tubes
  • Customized extrusion profiles

Regional suppliers are expanding due to OEM preference for geographically close sourcing partners.

Multi-port tube for automotive air-conditioning industry Market Share by Manufacturers

The Multi-port tube for automotive air-conditioning industry Market shows moderate concentration with the top manufacturers controlling a significant portion of global supply.

Estimated competitive distribution for 2026 indicates:

• Top global HVAC system suppliers controlling roughly 45% of total demand
  • Aluminum extrusion specialists controlling around 30%
  • Regional suppliers accounting for nearly 20%
  • Small manufacturers holding approximately 5%

Market share leadership is supported by factors such as:

• OEM platform supply agreements
  • Engineering capability
  • Quality certification requirements
  • Production scale
  • EV technology integration capability

Manufacturers with integrated production from aluminum billet to finished condenser assemblies typically achieve cost advantages of nearly 8–12%, improving their competitive positioning.

The Multi-port tube for automotive air-conditioning industry Market also shows stable supplier retention because automotive OEMs rarely change suppliers once components are validated for production platforms.

Competitive Strategies in Multi-port tube for automotive air-conditioning industry Market

Manufacturers are strengthening their market positions through several strategic approaches.

Technology innovation remains a major focus. Companies are developing tubes with higher internal channel density to improve heat transfer performance by nearly 10–15%.

EV specialization is another strategy. Manufacturers focusing on EV thermal modules are gaining supply agreements as EV production increases globally.

Localization investments are also increasing. Suppliers are setting up manufacturing facilities near automotive production clusters to reduce logistics costs by nearly 5–8%.

Cost engineering strategies are also visible. Process automation is helping reduce production costs by approximately 4–6%.

These strategic initiatives continue to shape the competitive dynamics of the Multi-port tube for automotive air-conditioning industry Market.

Recent Industry Developments in Multi-port tube for automotive air-conditioning industry Market

Recent developments indicate increasing focus on EV thermal management and advanced aluminum processing.

2026

• Suppliers increased production of high-pressure resistant multi-port tubes for EV heat pump systems
  • Automotive HVAC companies expanded EV thermal module manufacturing capacity
  • Aluminum extrusion firms introduced improved corrosion resistant coating technologies

2025

• Major thermal system manufacturers expanded EV battery cooling product portfolios
  • Tube manufacturers increased investment in micro-channel extrusion capacity by approximately 8–10%
  • HVAC suppliers increased focus on lightweight condenser platforms

2024

• Suppliers introduced next generation thin wall multi-port tubes improving heat exchange efficiency
  • Automotive HVAC manufacturers expanded integrated thermal module development programs
  • Aluminum suppliers invested in precision extrusion lines to improve dimensional accuracy