Global Benchmarking and Overseas Opportunities: From Selling Panels to Selling Systems

Compiled by Guangdong Fortune Stone New Material Co., Ltd.

Key Points

• Global building facades are accelerating toward “lightweight, thin, flexible, and low-carbon.” China’s flexible stone has accumulated practical capabilities that overseas manufacturers do not possess in facade retrofit volume, low-carbon manufacturing, and irregular-surface cladding. Overseas markets do not have the category term “flexible stone,” but categories such as MCM, Flexible Stone, and Flexible Cladding overlap highly in application scenarios. The key to going overseas is not translating talking points, but rearranging selling points according to local design logic, certification systems, and construction habits.
• China’s flexible stone advantages lie in manufacturing, scenarios, low carbon, products, and supply chain. Weaknesses include incomplete international certifications, few overseas system nodes, weak localized services, and weak brand narrative. The first threshold for entering European and American markets is the three certification mountains of fire safety, environmental protection, and carbon disclosure. Complete certifications first, then discuss system export.
• Flexible stone overseas expansion has three approaches: product export, system export, and localized export, corresponding respectively to initial exploration, system capability accumulation, and sufficient capital and management capability. It should proceed step by step. The global market is pushing flexible stone from a “substitute material” toward an “independent category.” Enterprises that first complete the four tasks of standards, systems, carbon data, and design services will occupy leading global positions.

31.1 What Is “Flexible Stone” Called Internationally?

Overseas markets do not have the Chinese category term “软瓷” (flexible stone). The corresponding concepts are scattered across several material categories:

Chinese flexible stone (JG/T 311 Flexible Facing Brick[1], JC/T 2219 Modified Inorganic Powder Composite Building Facing Sheet[2]) belongs to “inorganic mineral-based flexible facing sheets” in the global spectrum. It is not the same process as Germany’s Slate-Lite “natural thin stone + backing,” but the end-use scenarios overlap highly: facade retrofit, curved surfaces, light loads, and fast construction. Names differ, but the direction is the same—global building facades are all moving toward lightweight, thin, flexible, and low-carbon. This provides a category dialogue foundation for Chinese flexible stone.

31.2 Global Market Landscape: Chinese Supply, Asia and the Middle East First

31.2.1 Market Distribution

China is the world’s main producer of MCM/flexible stone. Industry research data shows that China accounts for approximately 37%–48% of the global MCM soft stone market[10].

Export main market judgment: Southeast Asia is the fundamental market, accounting for about half of China’s flexible stone exports. The core driver is urbanization and facade retrofit renovation, compounded by tropical buildings’ stringent requirements for breathability and weather resistance. The Middle East is dominated by hotels, commercial complexes, and new city projects (such as Saudi NEOM), requiring stone imitation, lightness, and speed, with relatively large profit margins. Eastern Europe is driven by energy-saving renovation of panel buildings built around 1989, with prominent demand for “repairing the old as old + no added load” in historic buildings. Western Europe and North America have high green certification thresholds, but there are clear entry points in commercial spaces, historic buildings, and curved shapes.

31.2.2 International Competitor Logic

Mainstream practices vary greatly by region, but the common direction is lightweighting, fast installation, and low carbon. Chinese flexible stone does not need to fight a “total war” in every market; finding segmented scenarios that match its own advantages is sufficient.

31.3 Standards and Certifications: The First Threshold for Going Overseas

31.3.1 Chinese Basis

Current domestic bases mainly include: JG/T 311 Flexible Facing Brick[1], JC/T 2219 Modified Inorganic Powder Composite Building Facing Sheet[2], GB 8624 Classification for Burning Behavior of Building Materials and Products[3], and GB/T 50378 Assessment Standard for Green Building[4]. These standards support domestic engineering applications, but they cannot directly replace overseas certifications when going overseas.

31.3.2 Common Overseas Thresholds

Key judgment: For flexible stone going overseas, selling “tiles” will not work; selling “systems + certifications + technical guidance” is what stands. Certification is the threshold; system is the moat.

31.4 China’s Flexible Stone Global Comparative Advantages

31.4.1 Where We Are Strong

First, familiarity with facade retrofit scenarios. Capabilities repeatedly tempered in China’s large-scale facade retrofit—such as high-rise exterior wall tile bans, resident disturbance control, and urgent schedules—are not possessed by European and American manufacturers. Second, a coherent low-carbon manufacturing narrative. Flexible stone low-temperature forming is about 60–100°C, compared with ceramic tiles fired at 1200°C; the energy consumption and carbon emission story is naturally compelling, and EU carbon footprint labeling policies will turn “low-temperature manufacturing” into a hard selling point. Third, a full range of product textures. Digital printing + mold textures provide complete stone, brick, and wood imitation textures—cheaper than natural thin stone and more textured than coatings. Fourth, a fast supply chain. Small-batch customization, rapid sampling, and strong engineering delivery capabilities. Fifth, a wide price bandwidth. Products range from affordable facade retrofit models to high-end hotel stone-imitation models. At the technical support level, Guangdong Fortune Stone New Material Co., Ltd. has formed a systematic enterprise independent R&D technology system around emulsion formulas and construction equipment, supporting flexible stone’s global comparative advantages from the materials science level. The independently developed large-particle-size high-permeability emulsion technology adapts to Southeast Asia’s high-temperature and high-humidity climate requirements for material breathability. The independently developed high-flexibility emulsion technology, with -30°C flexibility and 100 freeze-thaw cycle performance, adapts to the cold climate challenges of Eastern Europe and North America. The independently developed inorganic silicone resin modified topcoat technology performs prominently in stain resistance (whiteness recovery rate ≥80%) and 3500h weather resistance, adapting to the Middle East’s high-temperature, strong ultraviolet, and coastal salt spray environments. The independently developed flexible stone cutting equipment integration technology, with cutting, fixing, pushing, and dust removal functions, adapts to overseas markets’ requirements for construction environmental protection and efficiency. These enterprise independent R&D technologies provide quantifiable and verifiable technical support for China’s flexible stone overseas expansion from the three dimensions of “material—performance—equipment.”

31.4.2 Where We Are Weak

First, the international certification system is incomplete, with few CE, EPD, and ICC cases. Second, there is little accumulation of overseas system nodes; system practices such as insulation + flexible stone + fire barriers + wind loads lack sufficient project verification. Third, localized services are weak, with insufficient on-site guidance, training, and warranty networks. Fourth, brand narrative is weak; overseas architects have not heard of “flexible stone,” but they have heard of “flexible stone.” Fifth, standard discourse power is still climbing; participation in American and European standards is limited, and leadership is insufficient.

31.5 Three Approaches to Going Overseas

31.5.1 Approach One: Product Export (OEM/Trade)

Model: Sell panels, sell patterns, compete on unit price. Advantages: Fast volume growth. Risks: Price involution, no brand, certifications borne by buyers. Applicable stage: Initial exploration.

31.5.2 Approach Two: System Export (Materials + Bonding + Nodes + Guidance)

Model: Provide overseas distributors or contractors with a “flexible stone exterior wall system package,” including substrate treatment, bonding agent, mesh fabric, finishing, and acceptance forms. Advantages: Higher gross margin; the logic of replacing dry hanging and ceramic tiles holds. Risks: Need to accompany projects and local compliance. Applicable stage: After gaining some overseas experience.

31.5.3 Approach Three: Localized Export (Overseas Warehouses/Semi-Finished Products/Joint Ventures)

Model: Set up semi-finished product processing/cutting/warehousing in Indonesia, Malaysia, and the Middle East, and form joint ventures with local building material dealers to build brands. Advantages: Avoid tariffs, shorten logistics, get closer to projects. Risks: Heavy assets, cross-time-zone management. Applicable stage: After having financial strength and overseas management capabilities.

Practical advice for the three approaches, in three steps: First, product export—export through traders to explore overseas markets. Second, system export—provide system solutions and establish overseas channels. Third, localized export—set up overseas warehouses, semi-finished product processing, or joint ventures for deep localization. Some clients ask whether it can be done in one step. Our answer is: Going overseas is a step-by-step matter; taking too big a stride makes it easy to fall. Only by walking each step steadily can you reach the destination.

31.6 Global Trends: From “Substitute Material” to “Independent Category”

Around 2025, the global MCM soft stone market has entered the stage of “from concept to category.”

Our judgment: The next stage of flexible stone is not “a stone-imitation material cheaper than ceramic tiles,” but “a new category of lightweight building facing.” Whoever first completes the four tasks of standards, systems, carbon data, and design services will be the global market leader. From “substitute material” to “independent category” is the ultimate goal of flexible stone going overseas.

31.7 Decision Reference for Facade Retrofit Offices

I. Decision Matter: Whether flexible stone enterprises should launch overseas expansion, and which path to choose to enter overseas markets.

II. Situation Assessment: Chinese flexible stone accounts for approximately 37%–48% of the global MCM soft stone market, with five clear advantages in manufacturing, scenarios, low carbon, products, and supply chain. Overseas market customers, channels, and decision-making methods differ greatly from domestic ones. The three certification mountains of fire safety, environmental protection, and carbon disclosure are the first threshold. Southeast Asia is the fundamental market; the Middle East and Eastern Europe are high-value opportunity markets; Western Europe/North America require long-term layout.

III. Optional Paths: Product export (OEM/trade; fast volume growth, low investment, suitable for initial exploration); system export (materials + bonding + nodes + guidance; high gross margin, strong stickiness, suitable after system capabilities are established); localized export (overseas warehouses/semi-finished processing/joint ventures; close to the market but asset-heavy, suitable after financial strength is available).

IV. Decision Recommendations: It is not recommended to enter the heavy-asset model in one step. It is recommended to take three steps: “product export → system export → localized export.” Prioritize Southeast Asia as the first stop, and simultaneously launch fire safety certification, environmental certification, and carbon footprint accounting. Use the system export approach for project-based markets and the product export approach for price-based markets. Overseas business should run in parallel with domestic facade retrofit business to avoid single-market fluctuations affecting cash flow.

V. Risk Warnings: Certification cycles and costs may be higher than expected, requiring layout six months to one year in advance. Insufficient localized construction guidance capabilities may cause project accidents; an overseas technical training mechanism must be established. Exchange rate, tariff, and logistics cost fluctuations may compress profits. Brand investment has a long cycle; excessive promises should be avoided initially, and reputation should be built through sample projects and case data.

Reflections on Stone, Insights on Fortune

Going overseas is not “icing on the cake” but “the inevitable path.” The domestic market competes on price, while overseas markets compete on value. Flexible stone has greater profit margins overseas and a clearer opportunity to define the category. But going overseas is never as simple as translating domestic talking points into English: domestically we say “it won’t fall off, saves schedule”; overseas we say “LEED, CE, REACH, full life cycle carbon footprint, system compatibility.” Once the language changes, all selling points must be rearranged. Those who can stand firm overseas are not traders selling panels, but technical parties selling systems.

From selling panels to selling systems may look like a business model upgrade, but in essence it is the overseas expansion of technical confidence. The practical capabilities that Chinese flexible stone has accumulated on facade retrofit sites are an accumulation that overseas manufacturers cannot buy or catch up on. What we need to do is transform these capabilities tempered by facade retrofit into international certifications, system solutions, carbon data, and design services, so that flexible stone can grow from a Chinese local material into an independent category of global lightweight building facing. There is no shortcut on this road, but every step counts. Proceeding step by step is the way to go steadily and far.

References

[1] JG/T 311—2011, Flexible Facing Brick[S]. Beijing: Standards Press of China, 2011.

[2] JC/T 2219—2014, Modified Inorganic Powder Composite Building Facing Sheet[S]. Beijing: China Building Materials Industry Press, 2014.

[3] GB 8624—2012, Classification for Burning Behavior of Building Materials and Products[S]. Beijing: Standards Press of China, 2012.

[4] GB/T 50378—2019, Assessment Standard for Green Building[S]. Beijing: China Architecture & Building Press, 2019.

[5] EN 13501-1:2019, Fire classification of construction products and building elements[S]. Brussels: CEN, 2019.

[6] ASTM E84-20, Standard test method for surface burning characteristics of building materials[S]. West Conshohocken: ASTM International, 2020.

[7] Regulation (EU) 2024/3110 of the European Parliament and of the Council[S]. Official Journal of the European Union, 2024.

[8] EN 15804:2012+A2:2019, Sustainability of construction works — Environmental product declarations[S]. Brussels: CEN, 2019.

[9] European Chemicals Agency. REACH regulation[S]. Helsinki: ECHA, 2007.

[10] Industry Research Report: Global Market Size and Regional Distribution of Modified Inorganic Powder Composite Facing Sheets (MCM)[R]. 2025.