NVH automotive materials Market latest Statistics on Market Size, Growth, Production, Sales Volume, Sales Price, Market Share and Import vs Export 

NVH Automotive Materials Market Summary Highlights 

The NVH automotive materials Market is gaining structural importance within the global automotive supply chain as vehicle manufacturers intensify efforts to reduce noise, vibration, and harshness levels across passenger vehicles, electric vehicles, and commercial fleets. NVH materials—such as acoustic foams, damping sheets, barrier composites, and vibration isolators—play a fundamental role in improving ride comfort, structural durability, and acoustic performance. 

Automotive electrification, premium vehicle adoption, and stricter cabin comfort standards are accelerating the integration of NVH solutions in vehicle design. The transition toward electric mobility is particularly significant because electric vehicles lack the masking noise of internal combustion engines, making road noise, tire vibration, and aerodynamic disturbances more perceptible. As a result, manufacturers are deploying higher-performance acoustic insulation and vibration-damping materials throughout vehicle bodies, battery enclosures, and chassis structures. 

By 2026, the NVH automotive materials Market is experiencing consistent expansion as OEMs increase the quantity of acoustic and vibration control materials used per vehicle. Lightweight polymer foams, thermoplastic barriers, multilayer composites, and fiber-based acoustic panels are increasingly replacing traditional heavy damping solutions to meet vehicle weight reduction targets while maintaining noise control efficiency. 

The integration of advanced materials such as polyurethane acoustic foams, melamine foams, and thermoplastic elastomer barriers is increasing rapidly across engine compartments, door panels, wheel arches, and underbody structures. Meanwhile, battery electric vehicles are introducing new NVH requirements associated with battery vibration management, inverter noise insulation, and drivetrain resonance control. 

Regional automotive production growth in Asia-Pacific, rising EV manufacturing capacity in Europe, and continuous vehicle platform innovation in North America are driving significant demand for NVH materials. Suppliers are expanding their material engineering capabilities to develop lighter, recyclable, and higher-performance acoustic systems compatible with future vehicle architectures. 

In parallel, regulatory pressure for fuel efficiency and sustainability is pushing the NVH automotive materials Market toward eco-friendly materials such as recycled fibers, bio-based foams, and low-emission adhesives. These material innovations are enabling manufacturers to balance acoustic performance, environmental compliance, and manufacturing efficiency. 

Statistical Highlights of the NVH Automotive Materials Market 

• The NVH automotive materials Market is projected to grow at an estimated 6.8% CAGR between 2025 and 2032. 

• Global NVH automotive materials Market Size is estimated to reach USD 14.6 billion in 2026, up from approximately USD 12.9 billion in 2025. 

• Passenger vehicles account for nearly 67% of total NVH automotive materials Market demand in 2026. 

• Electric vehicles represent the fastest-growing segment, with NVH material consumption rising at nearly 11.4% annually through 2032. 

• Polyurethane acoustic foams contribute approximately 31% of total material consumption within the NVH automotive materials Market. 

• Asia-Pacific holds the largest regional share, representing around 46% of global NVH automotive materials Market revenue in 2026. 

• Lightweight NVH materials reduce vehicle cabin noise levels by up to 5–8 decibels, improving passenger comfort significantly. 

• EV battery packs require 20–30% additional NVH insulation components compared with conventional powertrains. 

• Door panel and floor insulation materials account for nearly 38% of total NVH automotive materials Market application demand. 

• Sustainable NVH materials, including recycled fiber mats and bio-based foams, are expected to capture over 18% of the NVH automotive materials Market by 2030. 

Vehicle Electrification Accelerating NVH Automotive Materials Market Demand 

Electrification represents one of the most significant structural drivers shaping the NVH automotive materials Market. Electric vehicles eliminate combustion engine noise, which historically masked road, wind, and structural vibrations. Without engine masking effects, even minor acoustic disturbances become noticeable within the cabin environment. 

This shift is increasing the reliance on acoustic insulation materials across multiple vehicle components. Battery electric vehicles incorporate specialized NVH materials in battery enclosures, electric motor housings, power electronics compartments, and floor structures. 

For instance: 

• Electric vehicles require 25–35 kg of NVH materials per vehicle, compared with approximately 18–22 kg in conventional vehicles. 

• By 2026, global EV production is projected to exceed 22 million units annually, increasing demand for NVH materials significantly. 

• Battery pack vibration isolation components alone contribute nearly 9% of additional NVH automotive materials Market consumption in EV platforms. 

Materials such as melamine foam, polyurethane acoustic foam, and thermoplastic elastomer barriers are widely used in electric powertrain compartments. These materials absorb high-frequency inverter noise and suppress motor resonance. 

As EV adoption accelerates, the NVH automotive materials Market Size is expanding due to the increasing material intensity per vehicle platform. 

Lightweight Acoustic Materials Driving Innovation in the NVH Automotive Materials Market 

Vehicle weight reduction strategies are another critical factor influencing the NVH automotive materials Market. Automotive manufacturers are continuously optimizing vehicle mass to improve fuel efficiency and electric vehicle driving range. 

Traditional heavy asphalt damping sheets are gradually being replaced by lightweight polymer and composite materials that deliver equivalent or superior acoustic performance. 

Key lightweight NVH material solutions include: 

• Polyurethane acoustic foams 

• Polypropylene fiber mats 

• Thermoplastic elastomer damping layers 

• Glass fiber reinforced acoustic panels 

These materials provide comparable noise absorption performance while reducing weight by 20–40% compared with traditional damping materials. 

For example: 

• A typical passenger vehicle floor insulation module using polymer fiber composites can reduce weight by 1.5–2.3 kg per vehicle. 

• Lightweight door panel insulation materials can decrease acoustic component mass by 18–25%. 

As global automakers implement lightweight vehicle platforms, demand for advanced materials within the NVH automotive materials Market continues to expand. Material suppliers are investing heavily in polymer engineering and composite technology to enhance acoustic absorption while maintaining structural durability. 

Rising Passenger Comfort Expectations Expanding the NVH Automotive Materials Market 

Consumer expectations regarding vehicle interior comfort are increasing significantly across both premium and mid-range vehicle segments. Cabin acoustic quality is now considered a key purchasing factor, especially in electric vehicles and luxury passenger cars. 

Modern vehicle platforms are incorporating NVH materials in numerous structural areas, including: 

• Dash insulators 

• Engine encapsulation modules 

• Door trim panels 

• Wheel arch liners 

• Roof headliners 

• Floor carpets 

These components collectively contribute to improving acoustic insulation and vibration control inside the cabin. 

For example: 

• Premium vehicles now integrate 35–45 NVH components per vehicle platform, compared with approximately 25–30 components in mid-range vehicles. 

• Acoustic laminated glass installations are increasing at over 8% annually, enhancing cabin noise reduction. 

The growing focus on passenger comfort is significantly increasing material consumption per vehicle, thereby strengthening the growth trajectory of the NVH automotive materials Market. 

Expansion of Global Automotive Production Supporting NVH Automotive Materials Market Growth 

Automotive production growth in Asia-Pacific, particularly in China, India, and Southeast Asia, is creating strong demand for acoustic and vibration control materials. 

Vehicle production is expected to exceed 98 million units globally in 2026, reflecting steady recovery and expansion across several major automotive markets. 

Asia-Pacific remains the dominant production hub, accounting for: 

• Approximately 55% of global passenger vehicle manufacturing 

• Nearly 60% of electric vehicle production capacity 

This regional manufacturing concentration significantly influences the NVH automotive materials Market, as suppliers often establish production facilities close to automotive assembly plants. 

For instance: 

• China’s passenger vehicle production is projected to reach 34 million units by 2026, driving strong demand for acoustic insulation materials. 

• India’s vehicle production is forecast to surpass 7.2 million units annually by 2026, expanding regional consumption of NVH materials. 

Growing automotive output directly translates into increased demand for NVH insulation modules, acoustic foams, and damping materials across multiple vehicle components. 

Sustainable Material Innovation Reshaping the NVH Automotive Materials Market 

Environmental sustainability is becoming a defining factor within the NVH automotive materials Market as automotive manufacturers pursue carbon reduction strategies and circular material systems. 

Suppliers are increasingly developing eco-friendly NVH materials using recycled fibers, bio-based polymers, and low-emission adhesives. 

Examples of sustainable NVH material innovations include: 

• Recycled PET fiber acoustic mats 

• Bio-based polyurethane foams 

• Natural fiber composite panels 

• Low-VOC acoustic insulation adhesives 

These materials offer both acoustic efficiency and environmental benefits. 

For example: 

• Recycled fiber insulation materials can reduce carbon emissions by up to 35% compared with virgin polymer materials. 

• Bio-based acoustic foams are projected to account for over 12% of total NVH automotive materials Market consumption by 2030. 

Automotive manufacturers are also incorporating sustainability targets into supplier procurement strategies. As a result, environmentally friendly acoustic solutions are becoming a central innovation area within the NVH automotive materials Market. 

Asia-Pacific Leadership in the NVH Automotive Materials Market 

The NVH automotive materials Market demonstrates strong geographical concentration in Asia-Pacific, where automotive manufacturing output and vehicle platform innovation are expanding rapidly. Countries such as China, Japan, South Korea, and India collectively represent the largest consumption base for NVH materials due to the scale of passenger vehicle production and increasing electrification of mobility. 

China alone accounts for approximately 34–36% of global automotive manufacturing output in 2026, creating a substantial demand base for acoustic insulation materials. For instance, large-scale electric vehicle manufacturing clusters in Shanghai, Guangdong, and Anhui provinces are increasing the integration of acoustic foams, vibration-damping composites, and multilayer barrier materials in vehicle platforms. 

In addition, rising passenger vehicle ownership in India and Southeast Asia is strengthening regional demand. India’s vehicle production is projected to exceed 7.2 million units annually by 2026, increasing the consumption of door panel insulation materials, floor acoustic barriers, and engine encapsulation components. 

The NVH automotive materials Market in Asia-Pacific benefits from integrated automotive supply chains, enabling material suppliers to operate close to OEM production facilities. This proximity significantly reduces logistics costs and accelerates material development cycles, strengthening the region’s position as the primary consumption hub for NVH materials. 

Europe’s Electrification Transition Expanding the NVH Automotive Materials Market 

Europe represents a technologically advanced segment of the NVH automotive materials Market, driven largely by the rapid transition toward electric mobility and premium vehicle manufacturing. Germany, France, Italy, and the United Kingdom remain key markets where acoustic performance standards are particularly stringent. 

Electric vehicles manufactured in Europe often require additional NVH solutions because the absence of combustion engine noise makes road vibration and aerodynamic disturbances more noticeable. For example, battery electric vehicle platforms developed in Germany integrate multilayer acoustic insulation systems within battery compartments and chassis structures. 

European automotive manufacturers are also prioritizing sustainable NVH materials. Natural fiber composites, recycled PET acoustic mats, and low-VOC polymer foams are gaining adoption across interior acoustic components. Such materials are increasingly used in door panels, roof headliners, and trunk insulation modules. 

By 2026, Europe is expected to contribute approximately 24% of global NVH automotive materials Market revenue, supported by strong EV manufacturing capacity and high demand for premium acoustic comfort features. 

North American Automotive Platforms Strengthening the NVH Automotive Materials Market 

North America remains an important technological center within the NVH automotive materials Market, particularly in vehicle platform development and material engineering innovation. The United States and Mexico serve as key automotive manufacturing hubs, producing both internal combustion vehicles and electric mobility platforms. 

Large SUVs and pickup trucks dominate the North American vehicle mix, which significantly influences NVH material consumption. These vehicle categories require extensive acoustic insulation due to larger cabin spaces, more powerful engines, and increased drivetrain vibrations. 

For instance: 

• Full-size pickup trucks incorporate up to 30–35 kg of NVH materials per vehicle. 

• Premium SUVs may utilize over 40 NVH insulation components across doors, floors, dashboards, and underbody structures. 

Automotive suppliers in the United States are investing heavily in advanced acoustic materials such as thermoplastic damping sheets, polyurethane foam laminates, and fiber composite insulation modules. These innovations contribute to strengthening the technological foundation of the NVH automotive materials Market across North America. 

Emerging Automotive Manufacturing Regions in the NVH Automotive Materials Market 

Several emerging economies are gradually strengthening their position within the NVH automotive materials Market as automotive manufacturing expands globally. Countries such as Brazil, Mexico, Thailand, and Indonesia are developing significant vehicle assembly capacity. 

For example, Southeast Asia’s vehicle production is projected to exceed 5.5 million units annually by 2027, creating new demand for NVH insulation components. Automotive OEMs operating in Thailand and Indonesia are increasingly incorporating lightweight acoustic materials to meet modern vehicle comfort expectations. 

Similarly, Mexico has become a major export-oriented vehicle manufacturing hub, producing vehicles for North American and European markets. The expansion of production lines in these regions is increasing the demand for acoustic foams, vibration isolators, and damping materials. 

Although these regions currently represent a smaller share of the NVH automotive materials Market, their long-term growth potential remains significant due to increasing vehicle ownership and expanding manufacturing infrastructure. 

NVH Automotive Materials Market Segmentation Overview 

The NVH automotive materials Market is segmented across material types, vehicle types, and application areas. Each segment contributes differently to overall market growth depending on technological requirements and vehicle architecture. 

Segmentation Highlights 

By Material Type 

• Polyurethane acoustic foams dominate the NVH automotive materials Market, accounting for approximately 31% of global consumption. 

• Fiber-based insulation materials, including glass fiber and polyester fiber mats, contribute nearly 24% of demand. 

• Rubber-based vibration damping materials represent approximately 18% of total market share. 

• Thermoplastic elastomer barriers and multilayer composite materials collectively account for 15–17% of the market. 

By Vehicle Type 

• Passenger vehicles account for around 67% of NVH automotive materials Market demand. 

• Electric vehicles represent the fastest-growing segment with 11–12% annual growth in NVH material consumption. 

• Commercial vehicles contribute nearly 20% of total demand, primarily driven by heavy truck and bus applications. 

By Application 

• Floor insulation and carpet acoustic modules contribute approximately 22% of material usage. 

• Door panel insulation materials account for around 16% of NVH automotive materials Market consumption. 

• Engine encapsulation and underbody insulation systems represent 18–20% of demand. 

• Roof liners, dashboards, and trunk acoustic modules collectively represent over 25% of application demand. 

This segmentation highlights how the NVH automotive materials Market continues to evolve with increasing vehicle complexity and acoustic performance requirements. 

NVH Automotive Materials Price Dynamics in the NVH Automotive Materials Market 

The NVH automotive materials Price structure is influenced primarily by polymer raw materials, fiber composites, rubber compounds, and energy-intensive manufacturing processes. Raw material costs for polyurethane, polypropylene fibers, and thermoplastic elastomers represent a major component of overall NVH material production expenses. 

For instance, polymer-based acoustic foams account for nearly 45–50% of NVH automotive materials manufacturing costs. Fluctuations in petrochemical feedstock prices therefore directly affect the NVH automotive materials Price Trend. 

Between 2025 and 2026, the NVH automotive materials Price Trend has remained moderately stable due to balanced supply chains and gradual improvements in material manufacturing efficiency. However, high-performance composite acoustic panels used in electric vehicles continue to command higher pricing due to specialized production processes. 

Several factors influencing the NVH automotive materials Price Trend include: 

• Raw material cost fluctuations in petrochemical markets 

• Increasing adoption of recycled fibers and sustainable materials 

• Higher material performance requirements in electric vehicles 

• Manufacturing automation improving cost efficiency 

For example, bio-based acoustic foam materials may currently cost 10–15% more than conventional polymer foams, but production scale improvements are gradually stabilizing the NVH automotive materials Price across sustainable material segments. 

As automotive manufacturers prioritize lightweight acoustic materials and environmentally friendly components, the NVH automotive materials Price Trend is expected to remain moderately upward through 2030 due to advanced material engineering requirements. 

NVH Automotive Materials Production Expansion Across Global Automotive Supply Chains 

The NVH automotive materials production landscape is expanding steadily as automotive suppliers increase manufacturing capacity to support growing vehicle output and electrification trends. Global NVH automotive materials production is projected to exceed 6.4 million metric tons by 2026, reflecting continuous growth in acoustic insulation and vibration damping component manufacturing. 

Asia-Pacific remains the dominant production region, accounting for nearly 48% of global NVH automotive materials production, supported by large automotive manufacturing clusters in China, Japan, and South Korea. Several global suppliers have established integrated facilities that combine NVH automotive materials production with component assembly for door panels, floor carpets, and engine encapsulation systems. 

In Europe, advanced material engineering facilities are focusing on lightweight composite insulation modules, contributing significantly to regional NVH automotive materials production. Meanwhile, North American manufacturing plants are emphasizing polymer acoustic foam fabrication and vibration-damping composite materials. 

Automation and advanced material processing technologies are also improving production efficiency. Robotic lamination processes and automated foam molding lines are increasingly integrated into NVH automotive materials production facilities, reducing manufacturing waste and enhancing product consistency. 

Leading Manufacturers in the NVH Automotive Materials Market 

The competitive structure of the NVH automotive materials Market is defined by a combination of global chemical companies, specialized acoustic insulation manufacturers, and automotive component suppliers. These companies provide a wide range of solutions including polyurethane acoustic foams, fiber insulation materials, rubber vibration dampers, thermoplastic barriers, and multilayer acoustic composites used in passenger vehicles, commercial vehicles, and electric mobility platforms. 

Suppliers operating in the NVH automotive materials Market maintain strong partnerships with global automotive OEMs and Tier-1 system integrators. Competitive positioning is largely influenced by material innovation, lightweight engineering capability, and global production networks that support just-in-time automotive manufacturing. 

Major companies actively shaping the NVH automotive materials Market include: 

• BASF SE 

• Dow Inc. 

• 3M Company 

• DuPont 

• Autoneum Holding AG 

• Sumitomo Riko Company Limited 

• Freudenberg Group 

• Huntsman Corporation 

• Wolverine Advanced Materials 

• Henkel AG & Co. KGaA 

• Recticel / FoamPartner 

• ElringKlinger AG 

These manufacturers collectively dominate innovation and supply across the NVH automotive materials Market, delivering both raw materials and integrated acoustic insulation modules for global automotive platforms. 

Autoneum’s Acoustic Systems Leadership in the NVH Automotive Materials Market 

Autoneum is widely recognized as one of the most influential suppliers in the NVH automotive materials Market, particularly in integrated acoustic insulation systems. The company specializes in lightweight acoustic modules used across floor systems, engine bays, trunk compartments, and vehicle body structures. 

Autoneum has developed several proprietary technologies designed to enhance acoustic absorption while reducing material weight. Examples include advanced fiber-based acoustic materials and hybrid acoustic composites that combine insulation layers with structural reinforcement. 

Key product platforms include: 

• Pure® fiber-based acoustic insulation materials 

• Hybrid-Acoustics systems for floor and trunk modules 

• Underbody aerodynamic acoustic panels 

• Electric vehicle battery acoustic shields 

These technologies are widely integrated into passenger vehicle platforms across Europe, Asia, and North America. Autoneum’s specialization in lightweight acoustic modules positions the company as one of the largest participants in the NVH automotive materials Market. 

The company is estimated to control approximately 8–10% of the global NVH automotive materials Market share, particularly strong in floor insulation systems and underbody acoustic panels. 

Chemical Material Suppliers Driving Innovation in the NVH Automotive Materials Market 

Large chemical companies play a critical role in the NVH automotive materials Market by supplying polymers, elastomers, adhesives, and foam systems used in acoustic and vibration control components. 

BASF SE 

BASF provides advanced polymer solutions widely used in NVH applications such as vibration isolators, suspension components, and acoustic foam insulation. The company’s engineering polymers and polyurethane systems are widely integrated into automotive interior insulation modules. 

Notable NVH-related product platforms include: 

• Elastollan® thermoplastic polyurethane 

• Cellasto® microcellular polyurethane elastomer systems 

Cellasto materials are widely used in automotive suspension mounts and vibration damping components. Their microcellular structure enables effective vibration absorption while maintaining structural durability. 

Dow Inc. 

Dow supplies polyurethane acoustic foams and elastomer materials widely used in the NVH automotive materials Market. These materials are integrated into door panels, dashboards, floor insulation modules, and roof liners. 

Dow’s polymer technologies allow manufacturers to achieve high sound absorption while reducing component weight. Lightweight acoustic foams produced using Dow materials can reduce structural noise levels by 5–8 decibels in vehicle cabin environments. 

DuPont 

DuPont contributes to the NVH automotive materials Market through high-performance fibers and engineered polymers used in acoustic insulation and thermal-acoustic barrier materials. 

Nomex® fiber insulation materials are particularly important for high-temperature acoustic applications such as engine compartment insulation and electric vehicle battery protection systems. 

Collectively, chemical manufacturers supply nearly 30% of raw materials used in the NVH automotive materials Market, forming the foundational material layer used by component manufacturers. 

Rubber and Vibration Control Specialists in the NVH Automotive Materials Market 

Rubber and elastomer component manufacturers also hold a significant position in the NVH automotive materials Market, particularly in vibration damping and structural isolation technologies. 

Sumitomo Riko Company Limited 

Sumitomo Riko is a global supplier of anti-vibration rubber components used across powertrain, chassis, and suspension systems. 

Key NVH components include: 

• Engine mounts 

• Suspension bushings 

• Subframe isolators 

• Transmission mounts 

• Anti-vibration rubber bushings 

These components are essential for reducing drivetrain vibration and improving ride comfort. Sumitomo Riko maintains strong supply relationships with Japanese and international automotive manufacturers. 

The company holds an estimated 6–7% share of the NVH automotive materials Market, particularly in elastomer vibration control systems. 

Freudenberg Group 

Freudenberg develops elastomer-based vibration control technologies used across vehicle chassis and powertrain systems. The company’s NVH materials include rubber-metal bonded mounts, sealing solutions, and acoustic insulation components. 

Freudenberg’s materials are designed to absorb structural vibrations and reduce mechanical resonance across vehicle assemblies. 

Wolverine Advanced Materials 

Wolverine Advanced Materials specializes in damping technologies used in braking systems and drivetrain structures. The company produces noise-damping materials used in brake shims and structural vibration control systems. 

These materials help reduce brake squeal and vibration, improving vehicle acoustic performance. 

Suppliers specializing in elastomer damping components collectively account for nearly 20–22% of the global NVH automotive materials Market. 

Emerging Manufacturers Expanding Presence in the NVH Automotive Materials Market 

Several regional manufacturers are strengthening their participation in the NVH automotive materials Market as automotive manufacturing expands in Asia-Pacific and emerging markets. 

India-based manufacturers are increasing production of rubber-based NVH components such as suspension bushings, engine mounts, and vibration isolators. These components are supplied to domestic automotive OEMs as well as export markets. 

Similarly, Southeast Asian suppliers are expanding acoustic insulation manufacturing capacity to support increasing vehicle production in Thailand, Indonesia, and Vietnam. 

Although global companies dominate the NVH automotive materials Market, regional manufacturers are gaining competitiveness through localized production, cost advantages, and specialized component manufacturing. 

These emerging suppliers collectively represent approximately 35–40% of the NVH automotive materials Market, supplying materials and components primarily to regional automotive assembly plants. 

NVH Automotive Materials Market Share by Manufacturers 

The NVH automotive materials Market share by manufacturers reflects a moderately consolidated competitive landscape with several global leaders and numerous regional suppliers. 

The largest companies focus on advanced acoustic materials and integrated insulation modules, while smaller manufacturers typically specialize in vibration control components or rubber damping technologies. 

Estimated distribution of NVH automotive materials Market share among major supplier groups includes: 

• Leading global acoustic material suppliers account for 35–40% of the NVH automotive materials Market. 

• Global chemical companies supplying polymer and foam materials contribute nearly 25–30% of total market value. 

• Rubber and vibration control component manufacturers hold approximately 20–22% of the market. 

• Regional and specialized suppliers account for roughly 15–20% of the NVH automotive materials Market. 

Market competition is largely driven by innovation in lightweight acoustic insulation materials and improved vibration damping technologies. Suppliers capable of delivering both acoustic performance and weight reduction advantages are gaining competitive market share. 

Recent Industry Developments in the NVH Automotive Materials Market 

Several industry developments between 2024 and 2026 are influencing the evolution of the NVH automotive materials Market. 

2026 – Expansion of Electric Vehicle Acoustic Solutions 

Manufacturers are developing specialized NVH materials designed specifically for electric vehicle architectures. These materials focus on mitigating high-frequency inverter noise and battery vibration. 

2025 – Increased Investment in Lightweight Acoustic Materials 

Automotive suppliers introduced new lightweight fiber composite acoustic panels capable of reducing component weight by 20–30% while maintaining noise absorption performance. 

2025 – Sustainable NVH Material Development 

Material suppliers began commercializing recycled fiber acoustic insulation materials and bio-based polyurethane foams to meet automotive sustainability targets. 

2024 – Integration of Acoustic Modules into Vehicle Platforms 

Automotive OEMs increasingly integrated NVH materials into modular vehicle architectures, allowing acoustic insulation components to be installed earlier in vehicle assembly processes. 

2024–2026 – Growth in EV Battery NVH Systems 

Suppliers expanded development of battery pack acoustic shielding technologies designed to control vibration and structural resonance in electric vehicles.