One Component Foam Market

One-component foam Market Outlook 2025 to 2035

The global one component foam market is projected to increase from USD 4.5 billion in 2025 to USD 7.8 billion by 2035, with a CAGR of 5.6% during the forecast period. Growth is driven by increasing use of moisture-cured polyurethane sealants in residential and commercial building construction. There is a rising trend towards the development of low-VOC and fire-resistant foam solutions by manufacturers to comply with evolving green building codes. Further, there are new opportunities for one-component foam in automotive assembly for soundproofing and structural sealing.

Quick Stats for One-component Foam Market

• Industry Value (2025): USD 4.5 Billion
• Projected Value (2035): USD 7.8 Billion
• Forecast CAGR (2025 to 2035): 5.6%
• Leading Segment (2025): Sealing Method (36% Market Share)
• Fastest Growing Country (2025-2035): China (6.2% CAGR)
• Top Key Players: Sika AG, Henkel AG & Co. KGaA, Selena Group, Dow Inc., and Huntsman Corporation

What are the Drivers of the One-component foam Market?

Stringent building codes focused on energy efficiency are pushing the construction sector to adopt advanced insulation materials. One-component foam offers thermal resistance, easy application, and moisture-reactive curing, making it ideal for sealing gaps in residential and commercial buildings.

Rising awareness around sustainable construction has led to the use of low-VOC polyurethane foams. Key players like Sika and Henkel are investing in environmentally friendly formulations that comply with EU and North American emission norms.

The automotive sector is increasingly using one-component foams for sound insulation, vibration dampening, and panel bonding. The lightweight nature and reduced curing time make it a popular choice among OEMs, who want to reduce labor costs.

Modernization and retrofitting are becoming more common in developed economies, leading to increased market expansion. Old buildings can be sealed and insulated using foam solutions without the need for structural renovations.

What are the Regional Trends of the One-component foam Market?

Asia-Pacific leads the one component foam market due to its expanding construction sector and booming automotive manufacturing hubs in China, India, and Southeast Asia. Governments in the region are investing in affordable housing and infrastructure, which has resulted in a surge in demand for easy-to-use insulation materials like one-component foam. Energy-efficient building standards are also a major focus in Japan and South Korea, with Japan enforcing strict energy conservation requirements for new buildings starting April 2025. Meanwhile, South Korea is expanding its Zero Energy Building certifications and aims to achieve net-zero energy buildings in both public and private sectors by 2030..

In North America, green buildings and thermal efficiency have been pushed by regulation in programs such as ENERGY STAR that are driving adoption. The U.S. retrofit market and Canada's cold-climate building requirements are driving robust regional demand, particularly for foam products with low-VOC and fire-resistance characteristics.

The European nations like Germany, France, and the U.K. are focusing on green construction in line with the EU Green Deal. This is motivating the adoption of polyurethane foams with lower environmental profiles.

Urbanization and industrialization in Latin America, the Middle East, and certain African countries are compelling the demand for insulation in residential and commercial areas, creating fresh opportunities for one-component foam growth.

What are the Challenges and Restraining Factors of the One-component foam Market?

A key challenge in the one component foam market is the volatile cost of raw materials, particularly MDI (methylene diphenyl diisocyanate) and polyols, which directly affect pricing and profit margins. Global supply chain disruptions or fluctuations in crude oil derivatives can increase the cost burden for manufacturers, especially smaller players.

Stringent environmental regulations around VOC emissions and the use of toxic isocyanates are making it harder for foam producers to meet compliance standards, especially in Europe and North America. Redesigning products to achieve green certifications can be time-consuming, R&D and investment-intensive.

One-component foam has a limited shelf life and is sensitive to humidity and temperature conditions during storage and transport, which creates quality control challenges. This is particularly an issue in those areas with high climate fluctuation or poor storage facilities.

On construction sites, nonuniform application methods and insufficiently skilled personnel for applying moisture-cured foams may produce poor insulation performance, generating customer dissatisfaction or rework that contributes to increased project expense.

Country-Wise Outlook

Energy Efficiency, Federal Investment, and Smart Building Codes Fuel U.S. Foam Market

Strong uptake of one-component polyurethane foam in the U.S. construction is driven by its ability to enhance building envelope performance. The U.S. Department of Energy notes that about 40% of home energy loss is due to air leakage, and spray foam insulation can improve performance by up to 50% compared to traditional materials, making it an attractive upgrade for retrofit projects.

Real-world retrofit case studies demonstrate a clear impact. One project in the Philadelphia area saw a 25% reduction in air infiltration, translating to roughly a 30% drop in seasonal energy use, with annual utility savings exceeding USD 630. These outcomes highlight how foam retrofits deliver tangible financial and comfort benefits despite higher initial cost.

Regulatory momentum supports product demand. EPA's SNAP regulations are phasing out high‑GWP blowing agents and forcing suppliers to move to low‑GWP HFO-blown foam. This aligns products with LEED and ENERGY STAR certification requirements, making foam insulation a natural fit for green building contracts.

Technological advances, including cellular foam rigs and online monitoring of mix ratios, are enhancing installation consistency and minimizing waste. However, there are still obstacles: a lack of certified installers, particularly in rural areas, and high initial costs persist to confine broader application despite the overall energy savings argument.

Policy Mandates and Harsh Climate Zones Accelerate Foam Adoption in China

China’s hot summer–cold winter region holds nearly 550 million people and accounts for about 45% of the nation’s building energy use. Retrofit strategies such as external wall insulation using polyurethane foam have shown annual building energy savings of up to 66.1% in simulation studies conducted in Harbin, China, underscoring the potential of high-performance foam systems to drastically improve thermal efficiency in cold climate zones drastically.

In northern China, a study in Harbin showed that precast external insulation walls reduced annual energy use by 49.38% compared to concrete walls. In Zhangjiakou, foam-based composite wall systems delivered up to 18.7% energy savings in optimized designs. These results highlight growing incentives for homeowners and developers to adopt high-performance insulation solutions.

Government energy codes such as GB 50189‑2023 now mandate up to 65% savings in public building energy use relative to earlier design standards, prompting massive retrofit programming. Foam-based insulation is a leading material response due to its thermal resistance and compact application footprint.

Emerging foam technologies in China include the integration of phase-change additives into rigid polyurethane composites for appliances; one lab study showed an energy-saving rate of 7.36% in water heaters when PCMs were incorporated into foam layers, signaling broader R&D interest in foam-enhanced energy conservation.

Government Incentives and High-Performance Retrofitting Drive Germany’s Foam Demand

Insulation renovation is a national priority in Germany, supported by KfW’s Efficiency House programs that provide subsidized loans and grants for energy-efficient retrofits. Nearly 240,000 housing units were upgraded between 2006 and 2012 through these programs, lowering primary energy consumption in refurbished homes.

Rigid polyurethane foam plays a strong role: retrofit cases in Bottrop illustrate energy use drops of up to 80% after using PUR/PIR insulation combined with tighter air sealing and efficient façade upgrades. This level of savings demonstrates foam’s effectiveness compared to conventional materials.

Forming sandwich wall or roof panels filled with polyurethane foam is widely used in industrial and commercial façade systems across German logistics centers and offices, due to its strength, thin profile, and thermal efficiency.

Polyurethane rigid foam achieves 30–50% better R‑value per inch than mineral wool or polystyrene, enabling slimmer wall systems and increased net living area while still meeting passive‑house or KfW Efficiency standards.

Together, government-backed retrofit incentives, high foam performance, and space-saving design drivers combine to boost adoption in Germany’s residential and commercial renovation sectors, making foam-based insulation a central element in the nation’s path toward low-carbon buildings.

Category-wise Analysis

Sealing Material to Exhibit Leading by Use-Case

Sealing material dominate the one component foam market due to its extensive use in filling air gaps, preventing moisture infiltration, and enhancing thermal insulation. It is widely adopted in construction, plumbing, and HVAC systems for weatherproofing and energy efficiency. Builders prefer one component foam sealants for their easy application and quick curing, especially around windows, ducts, and external joints, boosting demand in residential and commercial construction.

Insulating material is the fastest-growing use case, driven by rising energy conservation regulations and demand for green buildings. One component foam offers excellent thermal insulation properties and is increasingly used in cavity filling, wall panel joints, and ceiling gaps. Governments and construction companies globally are investing in energy-efficient infrastructure, pushing the usage of these foams in both retrofitting and new construction projects. The Asia-Pacific region, in particular, is witnessing surging demand due to urban expansion.

Gun-Based to Exhibit Leading by Application Method

Gun-based application dominates the one component foam market, owing to its professional-grade precision, controlled dispensing, and widespread use in large-scale construction projects. Contractors prefer gun-based PU foam for applications such as sealing joints, insulating wall gaps, and pipe encasement. Its efficiency, reduced waste, and better adhesion make it a staple tool for experts in commercial and residential developments.

Straw-based is the fastest-growing application method, gaining popularity among DIY users and small-scale renovators. It is cost-effective, easy to use, and perfect for simple home improvement tasks like sealing vents or door gaps. The increase in home renovations, especially in urban regions, is boosting its appeal. Additionally, the growth of online retail and improved product accessibility is fueling this segment’s expansion.

Offline Sales to Exhibit Leading by Sales Channel

Offline sales dominate the one component foam market, due to the established network of retail hardware stores, modern trade outlets, and direct supply chains catering to contractors and large-scale developers. These channels offer product demonstration, bulk deals, and immediate availability, making them the go-to choice for builders and renovation firms in both urban and rural areas.

Online sales are the fastest-growing channel, driven by the rise of e-commerce platforms, brand websites, and increasing digital adoption among consumers. Buyers prefer the convenience of comparing products, accessing detailed usage guides, and doorstep delivery. The surge in DIY activities and promotional campaigns by manufacturers on digital platforms are significantly accelerating online segment growth, especially in developed economies.

Doors & Window to Exhibit Leading by Application

Doors & windows frame jambs dominate the one component foam market, due to the critical need for sealing and insulating gaps in these areas to improve energy efficiency and noise insulation. One component foam offers superior adhesion and gap-filling properties, making it ideal for framing applications across residential and commercial construction, particularly in Europe and North America.

Walls & ceilings are the fastest-growing application, as demand rises for comprehensive insulation in buildings to meet green building standards. Builders increasingly use one component foam for gap filling, panel insulation, and soundproofing. With heightened focus on sustainable infrastructure and energy savings, especially in Asia-Pacific and Middle East regions, the segment is expected to witness significant expansion.

Competitive Analysis

The global one-component foam market is becoming increasingly competitive, with both established leaders and regional manufacturers competing on not only price but also quality, innovation, and sustainability. Key suppliers have secured strong market positions by investing heavily in R&D, developing advanced formulations such as low-VOC, fire-retardant, and bio-based foams, and optimizing production technologies. These companies serve diverse industries including construction, automotive, and industrial sectors, all governed by strict performance and environmental standards.

The market encourages regional players, particularly across Asia-Pacific and Europe, to cater to cost-sensitive applications such as sealing, insulation, and adhesive-integrated foam products, making them well suited for SMEs and local distributors. Innovation remains central to market leadership, with developments in recyclable materials, CO₂-based polyols, and automation reshaping production and sustainability credentials becoming critical in supplier selection, especially in North America and Europe.

Mergers and acquisitions continue to influence the competitive landscape, enabling larger companies to expand geographically and broaden their product portfolios. As the market evolves, players that can effectively balance innovation, regulatory compliance, supply chain agility, and ESG commitments are expected to achieve volume and value growth.

Key players in the market include Sika AG, Henkel AG & Co. KGaA, Selena Group, Dow Inc., and Huntsman Corporation.

Recent Development

• In May 2025, Sika introduced SikaWall®‑3000 Rapid Bond, a one‑component polyurethane foam adhesive designed for building exteriors in EIFS projects. This foam adhesive reduces installation time, simplifies application with a ready‑to‑use format, and offers strong bonding to various substrates, including EPS and GPS insulation systems.
• In September 2024, L&L Products unveiled its InsituCore™ foaming materials, a heat-activated, one-component solution designed for lightweight composite manufacturing. These materials enable in‑mold foaming to produce net-shape parts without secondary machining or autoclave processing, reducing cycle times and waste.

Segmentation of the One-component foam Market

• By Use Case :

  • Adhesive
  • Insulating Material
  • Sealing Material
  • Filling Material

• By Application Method :

  • Straw-Based
  • Gun-Based
  • Others (Cylinder dispenser, etc.)

• By Sales Channel :

  • Offline Sales
    • Modern Trade Channels
    • Retail Chain Stores
    • Direct to Customers
  • Online Sales
    • Company / Brand Websites
    • E-commerce Websites

• By Application :

  • Doors & Windows Frame Jambs
  • Water Pipes
  • Outdoor Vents
  • Soffits & Roof Construction
  • Walls & Ceilings
  • Others

• By Region :

  • North America
  • Latin America
  • Western Europe
  • Eastern Europe
  • East Asia
  • South Asia & Pacific
  • Middle East & Africa