What Are The Application Fields Of SMC Washbasins?
Dec 18, 2025
SMC (Sheet Molding Compound) washbasins, as a core bathroom component in the field of modular decoration, have gradually replaced traditional ceramic washbasins due to their excellent characteristics such as light weight, high strength, corrosion resistance, and easy cleaning. They have become the preferred solution for various scenarios. The following is a detailed analysis from four dimensions: application fields, core benefits and functions, key data support, and future development prospects.
I. Core Application Fields
The application scenarios of SMC washbasins are highly focused on the core demands of "high-frequency use, high durability requirements, and low maintenance costs", mainly covering three core areas, and gradually extending to personalized home decoration scenarios:
1. Residential Rental Scenarios
As the most core application scenario, SMC washbasins perfectly address the pain points of the housing rental market, such as high tenant turnover and frequent cleaning and maintenance. Whether it is centralized long-term rental apartments, guaranteed rental housing, or decentralized homestays, their durability and easy cleaning can significantly reduce the renovation and maintenance costs for operators. Typical cases include the Shenzhen Anju Weitang housing rental project (covering 5,000 units) and the Youchao housing rental (Shenzhen) project. According to the data from the Ministry of Housing and Urban-Rural Development in 2025, the national housing rental market size reached 2.2 trillion yuan, with a year-on-year growth of 12%, providing a broad market space for SMC washbasins.
2. Public Service Scenarios
Covering two sub-scenarios: university dormitories and medical buildings. In university student dormitories, SMC washbasins can meet the high-frequency use and high hygiene requirements of students. Their characteristics of no hygiene dead corners and scratch resistance reduce the pressure on cleaning. For example, 2,000 student dormitories at Nanjing University were all renovated with SMC washbasins. In medical building scenarios, their corrosion resistance, resistance to disinfectant erosion, and pore-free design to prevent bacterial growth meet the infection control requirements of hospitals. A typical application is the renovation project of 100 wards at the Third People's Hospital of Hubei Province.
3. Engineering Construction Scenarios
Suitable for large-scale modular construction projects, industrial factory dormitories, and event support housing, etc. The core advantages lie in the modular quick-installation design and engineering-grade strength. For instance, the Hangzhou Asian Games Athletes' Village project (3,000 apartments) and the Beijing Daxing International Airport supporting apartment project (5,000 units) have all adopted SMC washbasins in bulk, significantly improving construction efficiency. At the same time, their green and environmentally friendly attributes also meet the acceptance requirements of green building projects.
4. Extended Scenarios: Personalized Home Decoration and Smart Home Projects
With the improvement of customization capabilities, SMC basin sets have gradually entered the home decoration market. They can be adjusted in shape (arc-shaped, square-shaped), size (600mm - 1200mm), and color (Mondrian color scheme, etc.). In residential technology projects, through modular design, seamless integration with the overall bathroom system is achieved. For example, in the residential technology project of Huayuan Real Estate, the integrated basin module increased the space utilization rate by 20%.

II. Core Benefits and Functions
The core value of SMC basin sets lies in addressing the four major pain points of traditional ceramic basin sets: "easy to get dirty, difficult to maintain, fragile, and complicated installation". The specific benefits and functions can be summarized into five aspects:
1. Extremely durable, reducing maintenance costs
Using high-purity SMC composite materials, the glass fiber content can reach 30% - 40% (industry average 25%), and the fiber length is 12mm (industry average 8mm), giving the product extremely high structural strength. After multiple performance tests, its durability far exceeds that of traditional ceramic basin sets, significantly reducing the frequency and cost of maintenance.
2. Easy to clean, saving time, and reducing operating costs
The surface of SMC basin sets is specially treated, with extremely low roughness and no pores, achieving a self-cleaning effect of "water flushing and immediate cleaning". Daily cleaning does not require complex procedures, which can significantly shorten cleaning time and reduce cleaning costs, especially suitable for operational needs in high-frequency usage scenarios.
3. Convenient installation, improving construction efficiency
Using modular quick-install design, standard snap-fit interfaces are reserved, with precise size error control, enabling seamless integration with the overall bathroom system. The installation efficiency is significantly higher than that of traditional ceramic basin sets, and its advantages are particularly prominent in large-scale engineering batch installation scenarios.
4. Green and environmentally friendly, meeting health needs
High-quality SMC basin sets use low-VOC resins, with formaldehyde release meeting E0-level environmental protection standards, and have passed multiple environmental management system certifications and green product certifications. The production process does not generate construction waste, and after installation, there is no odor. It meets the development trends of green buildings and healthy residences.
5. Corrosion-resistant and anti-aging, suitable for special environments
It can resist common cleaning agents and disinfectants such as 84 disinfectant and alcohol, and does not fade or crack over a long period of use. It can adapt to extreme temperature changes and is not only suitable for humid bathroom environments but also meets the special needs of frequent disinfection in medical scenarios.

III. Key Data Support
The following presents the market size, product performance, application effects, and key data related to industry policies of SMC basin sets in a categorized table. The data are all derived from industry white papers, authoritative testing reports, and actual project statistics:
1: Market Size and Industry Policy Data
|
Statistical dimension |
concrete data |
Data Source/Explanation |
|
The scale of the national housing rental market in 2025 |
2.2 trillion yuan, up 12% year-on-year |
Data released by the Ministry of Housing and Urban-Rural Development in 2025 |
|
The market size and growth rate of SMC bathroom components from 2020 to 2025 |
It increased from 1.8 billion yuan to 4.2 billion yuan, with a compound annual growth rate of 32%. |
"White Paper on the Development of China's Prefabricated Decoration Industry in 2025" |
|
The market size and demand proportion of SMC basin sinks in 2025 |
Approximately 1.47 billion yuan, accounting for 35% of the demand for SMC bathroom components. |
"White Paper on the Development of China's Prefabricated Decoration Industry in 2025" |
|
The newly started floor area and proportion of prefabricated buildings across the country in 2025 |
1.05 billion square meters, accounting for 36% of new buildings |
"White Paper on the Development of China's Prefabricated Building Industry in 2025" |
|
The penetration rate of prefabricated decoration in 2025 |
35% |
"White Paper on the Development of China's Prefabricated Building Industry in 2025" |
|
Forecast of the global SMC market size in 2030 |
Nearly 10 billion US dollars |
"Report on the Industry Operation Trends of Sheet Molding Compound (SMC) from 2025 to 2030" |
|
Forecast of the SMC bathroom component market size in 2030 |
Exceeding 10 billion yuan, the demand share for SMC bathroom basins is expected to reach 40%. |
Industry trend prediction |
2: Core Data of Product Performance
|
performance index |
SMC basin data |
Industry average / traditional ceramic basin comparison data |
Test standards / instructions |
|
Content of glass fibers |
30%-40% |
Industry average 25% |
Product material formula testing |
|
fiber length |
12mm |
Industry average: 8mm |
Product material formula testing |
|
tensile strength |
150MPa |
The industry standard is 120 MPa, while traditional ceramic basinware typically ranges from 80 MPa. |
GB/T 1447-2005 |
|
bending strength |
200-250MPa |
Industry average: 130 - 135 MPa |
GB/T 1449-2005 |
|
surface roughness |
Ra≤0.8μm |
Traditional ceramic basin with Ra ≥ 1.2 μm |
Surface performance testing standards |
|
water contact angle |
110°+ |
Traditional ceramic basin is approximately 90 degrees. |
Self-cleaning performance test |
|
Salt spray test endurance duration |
1000 hours (with corrosion resistance up to the highest level) |
The traditional ceramic basin begins to show corrosion marks after 500 hours of use. |
GB/T 10125-2012 |
|
Ultraviolet aging test endurance duration |
2000 The color did not change at all. |
The traditional ceramic basin begins to turn yellow after 1500 hours of use. |
Aging performance testing standard |
|
Number of shock test tolerances |
500 impacts without any damage (able to withstand a 5kg weight impact) |
The traditional ceramic basin cracks after only 1-2 impa |
GB/T 1451-2005 |
|
formaldehyde emission |
≤0.1mg/L |
Compliant with the E0 grade standard of GB 18580-201 |
Environmental performance testing |
|
Size tolerance range |
±0.1mm until ±0.5mm |
Traditional ceramic basin - ±1-2mm |
Product accuracy inspection |
3: Application Effectiveness and Efficiency Data
|
Application scenarios/dimensions |
Specific effect data |
Comparison benchmark (traditional ceramic basin) |
Data Source/Explanation |
|
The 8-year integrity rate of university campuses |
95% |
60% |
Statistics of Student Apartments Project of Nanjing University |
|
maintenance ratio |
5% |
30% |
Statistics of Student Apartments Project of Nanjing University |
|
The reduction ratio of cleaning time |
40%-60% |
- |
Joint verification with the "Ajin Micro-Tang" project in Shenzhen and the Nanjing University project |
|
The reduction rate of cleaning costs in university settin |
30% |
- |
Statistics from thelogistics department of Nanjing University |
|
Installation time for a single unit |
1-2小时 |
2-3小时 |
Construction records of projects by Beijing Construction and Zhejiang Construction Group |
|
Installation efficiency improvement ratio |
50% |
- |
Feedback on the Beijing Urban Construction Industrial Factory and Dormitory Project |
|
The increase rate in space utilization for the residential technology project |
20% |
- |
Huayuan Real Estate Residential Technology Project Data |
|
Tenant satisfaction with bathroom cleaning in the leasing scenario |
92% |
57% |
Tenant Survey of the "Ajin Micro-Tang" Project in Shenzhen |

IV. Future Development Prospects
Driven by policy promotion, upgraded market demand, and technological innovation, SMC basinware will witness three major development trends in the future, with the market size expected to continue expanding:
1. Policy dividends will continue to be released, and market demand will steadily increase.
The country is continuously promoting the development of prefabricated buildings and green buildings. The "14th Five-Year Plan for Prefabricated Building Development" clearly proposes to increase the penetration rate of prefabricated decoration. As SMC basinware is a highly adaptable green and low-carbon product (selected for the "14th Five-Year Plan" of prefabricated building applicable green and low-carbon product technology recommendation directory), it will continue to benefit from policy guidance. It is expected that as the proportion of prefabricated buildings further increases to over 40%, the market size of SMC bathroom components will exceed 10 billion yuan by 2030, with the demand for basins expected to account for 40%.
2. Technological innovation will drive product upgrades and expand application scenarios.
technological innovation will focus on two directions: one is to optimize material formulations to further enhance anti-aging and antibacterial properties and reduce production costs; the other is to upgrade customization and integration, through modular design to achieve integrated integration with bathroom cabinets and storage systems, while expanding more personalized styles (such as imitation stone
and wood grain textures), and penetrating into the mid-to-high-end home decoration market. In addition, applications in industrial factory dormitories, elderly care homes, and tourism supporting facilities will gradually be implemented, further expanding the market boundaries.
3. Industry concentration will increase, and the trend of branding will emerge.
Currently, although there are uneven manufacturers in the SMC basinware market, as large construction enterprises and professional bathroom enterprises accumulate technical expertise and brand building, the industry will gradually converge towards "technology + service" leading enterprises. Leading enterprises, with complete qualification certifications, full-process services (from design to on-site installation support), and benchmark project cases, will occupy more market share and promote industry standardization development (such as participating in the compilation of "Prestressed Bathroom System Design Standards").
In conclusion, due to its unique product advantages, the SMC basin has evolved from a "replacement product" to a "must-have product". In the future, with the multi-faceted support from policies, technology and the market, it will achieve a comprehensive expansion from public spaces to home decoration spaces, and from standardization to customization, becoming an important growth pole in the bathroom industry.








