Quality FRP Flat Panel & Refrigerated Truck Panel factory

2025-2035 China FRP Panel Industry Market Panorama and Investment Strategy Research Report 1. Industry overview 1.1 Definition and classification FRP panels use glass fiber as the reinforcing material and synthetic resin as the matrix. According to the reinforcing material, it can be divided into glass cloth base, glass felt base, etc.; according to the matrix resin, it is divided into epoxy resin and polyester resin; according to the molding process, there are hand lay-up molding, molding molding and other types. 1.2 Performance characteristics It has the advantages of light weight and high strength (density 1.5-2.0g/cm³, tensile strength close to carbon steel), corrosion resistance (resistance to acid, alkali, and salt erosion), excellent insulation (good dielectric properties at high frequencies), strong weather resistance (anti-ultraviolet, no discoloration), good designability (flexible adaptation requirements), etc., and has outstanding performance in many fields. 1.3 Industrial chain structure The upstream is suppliers of raw materials such as glass fiber and synthetic resin; the midstream is panel manufacturers; the downstream is used in construction, transportation, chemical industry and other fields. Upstream and downstream companies are interdependent, and raw material prices and downstream demand directly affect the development of the industry. 2. Market environment analysis 2.1 Policy environment The national "dual carbon" policy, chemical anti-corrosion industry support policy, and local promotion policies for new building materials regulate industry development while promoting technological upgrading and market expansion. 2.2 Economic environment The domestic economy is growing steadily, and investment in construction, transportation and other industries is increasing, driving demand for panels; global economic fluctuations are affecting import and export trade and raw material costs. 2.3 Social environment The awareness of environmental protection has increased, and there is an obvious trend to replace traditional high-polluting materials; the demand for lightweight construction and transportation equipment upgrades has expanded the application space of panels. 2.4 Technical environment Molding process optimization (such as automated molding technology) improves production efficiency and product quality, and new resin research and development enhances panel performance and helps companies improve their competitiveness. 3. Market analysis 3.1 China’s market size and regional distribution In 2024, the Chinese market will exceed 8 billion yuan, with an annual growth rate of approximately 12%. East China (Jiangsu, Shandong) and South China (Guangdong) are the core areas, accounting for more than 60%. Due to the concentration of local chemical and construction industries, the growth rate in the central and western regions has gradually increased with the transfer of industries. 3.2 Market segments By product type, polyester resin panels account for over 70% and are highly cost-effective; epoxy resin panels are experiencing rapid growth in demand in the high-end chemical industry due to their high performance. By application, the construction field (decoration, anti-corrosion walls) accounts for 45%, the transportation field (vehicle interiors, shells) accounts for 25%, and the chemical industry (anti-corrosion equipment shells) accounts for 20%. 4. Supply, Demand and Competition 4.1 Current supply and demand situation There are more than 200 existing domestic production companies, with an annual production capacity of approximately 15 million square meters, and an output of 12 million square meters in 2024. The annual demand on the demand side is 11.5 million square meters, with supply and demand basically balanced, and some areas have a slight excess due to the concentration of production capacity. 4.2 Competitive Landscape The industry concentration is low, with the total market share of leading companies (such as Sinoma Technology and Jiangsu Changfeng) being less than 20%; the focus of competition is on product quality, price and technical services. Small and medium-sized enterprises mainly compete at low prices, while leading companies focus on technology research and development and brand building. 5. Development Trends and Investment Suggestions 5.1 Trends In the next five years, the annual growth rate of the market size will be maintained at 10%-15%, and technology will develop in the direction of lightweight and high strength; applications will expand to new energy (wind power equipment casings) and marine engineering fields; green production processes (low VOC resin applications) will become mainstream. 5.2 Investment advice Investment hotspots focus on high-end product research and development (such as high-temperature resistant panels) and the construction of automated production lines; in terms of risks, attention should be paid to raw material price fluctuations and policy adjustments; it is recommended that small and medium-sized enterprises deeply explore regional market segments, and large enterprises layout the integration of industrial chains to improve their ability to resist risks.

Recently, we successfully reached a preliminary cooperation agreement with a professional industrial cooling tower manufacturing company in Thailand, laying an important foundation for both parties to deeply explore the industrial cooling field in Southeast Asia.​ Thailand is located in the tropics, and cooling towers in industrial production need to deal with high temperature and high humidity environments for a long time, which requires extremely high equipment corrosion resistance and structural stability. Relying on mature fiberglass plate R&D and production technology, the cooling tower core components we provide have the advantages of lightweight, high strength, anti-aging, and low thermal conductivity. They can effectively adapt to Thailand's climate conditions and industrial production needs, helping local companies reduce equipment operation and maintenance costs and improve cooling system efficiency.​ The conclusion of this preliminary cooperation agreement not only complements the technical and market resources of both parties, but also establishes a good platform for further deepening cooperation and expanding the industrial cooling equipment market in Southeast Asia.​

FRP fiberglass car panels - Reshape the building lighting environment and intelligent manufacturing eternal quality Core Value Proposition In the name of technology, we create a perfect conversation between light and space - as light as cloud wings and as strong as rocks. The light is transparent and unexposed and it will be renewed for a long time. Provide high-performance refrigeration solutions for modern industrial buildings, commercial spaces and green living. Six outstanding genes 1. Reduce body weight and improve load efficiency The density of fiberglass flat plates is only 1/4-1/5 of that of steel. Replacing traditional steel cabin plates can significantly reduce the body weight. When the vehicle load limit remains unchanged, the actual cargo carrying capacity can be increased while reducing fuel consumption (especially for long-distance freight vehicles, the economic advantages are obvious). 2. Resistant to corrosion and wear, extending the life of the car • For vehicles transporting corrosive goods (such as chemical raw materials, seawater products, pesticides, etc.), fiberglass flat plates have excellent acid and alkali resistance and salt spray resistance, which can avoid leakage of the carriage and structural damage caused by corrosion and rust of metal plates, greatly extend the service life of the carriage and reduce maintenance costs. • Its surface is smooth and hard. It is not prone to scratches or deformation when facing friction and collisions during loading and unloading of goods (such as building materials, ore, etc.), and is more durable than wood or ordinary plastic boards. 3. Sealing and protection, adapt to special transportation needs • Refrigerated/insulation car: The fiberglass flat plate has a low thermal conductivity and can be compounded with insulation materials (such as polyurethane foam layer) to form an efficient insulation structure, reduce heat exchange inside and outside the car, and can maintain a low temperature environment more stably with refrigeration equipment, and is suitable for cold chain transportation such as fresh food and medicine. • Waterproof and moisture-proof: FRP does not absorb water or seep water. When transporting food, food, textiles and other goods that are afraid of moisture, it can effectively isolate rainwater and ground moisture and protect the quality of the goods. 4. Strengthen structural strength and ensure transportation safety The fiberglass flat plate has high impact resistance and load-bearing capacity through the composite of glass fiber and resin, and can withstand heavy pressure of goods and bumpy vibrations during driving. Especially in heavy-duty freight (such as transporting steel and mechanical parts), the risk of deformation and fracture of the car can be reduced and the structural safety of the transportation process can be ensured. 5. Simplify maintenance and reduce operating costs The surface of fiberglass is smooth and not easy to get stained. It only requires simple rinsing when cleaning; it is free of rust and mold, and there is no need to remove rust and spray paint regularly like metal sheets, and there is no need to worry about the rot and insect-damaging of wooden sheets, which is lower in maintenance costs for long-term use. 6. Adapt to special vehicles to meet customization needs In special vehicles such as engineering vehicles, RVs, emergency rescue vehicles, fiberglass flat plates can be cut and spliced into special-shaped structures according to needs, and the color and surface texture can be customized (such as adding anti-slip textures, flame retardant coatings, etc.), which can not only meet functional requirements (such as wear-resistant protection of engineering vehicles, lightweight and aesthetics of RVs), but also improve the degree of professionalism of the vehicle. ▸ Seamlessly connect steel structures, standardize installation processes, and save 50% of construction cycle. ▸ The guide hole locking system is made in three steps and it will invade in 20 years without invading in wind and rain. Program Task Statement ●Inject natural light into the factory to reduce production line energy consumption. ●Let logistics and warehouses say goodbye to the cold and darkness and improve operational security. ● Shape the photosensitive aesthetics of commercial spaces and redefine the comfort experience. endnote: "Each carriage board is a poem of light written to the future" - Selected aerospace grade resin substrate, complete process quality control traceability, 15 years + extra long life commitment, and achieve eternal value with the final craftsmanship.

The core of cooling towers, the "calm responsibility" of industrial systems, lies in efficient heat dissipation. As its "core lung lobe", its performance is crucial! Are traditional materials prone to corrosion, bulky and short lifespan? It’s time to embrace the innovative power brought by fiberglass flat panels! Why do fiberglass flat plates become the "super muscles" of cooling towers? 1. As light as a feather, as stable as a rock! ●Light: More than 60% lighter than steel! It greatly reduces the burden on the tower body structure, reduces infrastructure costs, and makes installation and handling easier. ●Strength: The strength is comparable to steel! Resist pressure and impact, and remain unmoved in storms to ensure long-term and stable operation of the cooling tower. (Tension strength up to 500MPa!) 2. It is naturally resistant to corrosion and can be soaked in water vapor and "don't catch a cold"! ●Acid, alkali, salt, humid and heat environment? Don't be afraid of anything! A naturally resistant to corrosion, he completely bids farewell to the troubles of metal rust and wood rot. ●Chemical, electricity, metallurgy... No matter how severe the working conditions are, they can stay at their posts for 20 years without deteriorating performance. (Secret: Vinyl ester resin formula, specializing in strong corrosion!) 3. Extra long standby, saving worry and money! ●Resistant to ultraviolet rays and aging resistance, and does not fade, crack or powder when exposed to wind and sun. ●Life life span is up to 20-30 years! The number of shutdowns and replacements has been greatly reduced, the maintenance cost has plummeted, and the overall benefits can be seen. 4. Free design and double efficiency! ●Design whatever you want! Easy to customize large sizes and complex shapes, perfectly fit various cooling tower structures. ●The surface is smooth or customized texture, the water flow is more uniform, and the heat dissipation efficiency is higher, which helps the cooling tower to perform optimal performance. ●It is convenient to clean, not easy to accumulate dirt, and maintain efficient heat exchange for a long time. FRP flat plates are not only materials, but also the "lasting competitiveness" of cooling towers! ●More reliable: no fear of corrosion, stable operation, and reduce the risk of unplanned downtime. ●More economical: ultra-long life + extremely low maintenance, significantly optimized throughout the life cycle cost. ●More efficient: Optimized design brings better heat dissipation effect, saving energy and reducing consumption. ●More environmentally friendly: lightweight reduces carbon emissions, durability reduces waste, and some are recyclable. Choose fiberglass flat plates to inject long-lasting vitality like "reinforced steel and iron bones" into your cooling tower! Make cooling more efficient, make operation more worry-free, and make investment more worthwhile! Guangdong Guangming Composite Materials Co., Ltd. - Provide high-performance fiberglass flat panel solutions to help the cooling tower industry reach a new height! Why do fiberglass flat plates become the "super muscles" of cooling towers? 1. As light as a feather, as stable as a rock! ●Light: More than 60% lighter than steel! It greatly reduces the burden on the tower body structure, reduces infrastructure costs, and makes installation and handling easier. ●Strength: The strength is comparable to steel! Resist pressure and impact, and remain unmoved in storms to ensure long-term and stable operation of the cooling tower. (Tension strength up to 500MPa!) 2. It is naturally resistant to corrosion and can be soaked in water vapor and "don't catch a cold"! ●Acid, alkali, salt, humid and heat environment? Don't be afraid of anything! A naturally resistant to corrosion, he completely bids farewell to the troubles of metal rust and wood rot. ●Chemical, electricity, metallurgy... No matter how severe the working conditions are, they can stay at their posts for 20 years without deteriorating performance. (Secret: Vinyl ester resin formula, specializing in strong corrosion!) 3. Extra long standby, saving worry and money! ●Resistant to ultraviolet rays and aging resistance, and does not fade, crack or powder when exposed to wind and sun. ●Life life span is up to 20-30 years! The number of shutdowns and replacements has been greatly reduced, the maintenance cost has plummeted, and the overall benefits can be seen. 4. Free design and double efficiency! ●Design whatever you want! Easy to customize large sizes and complex shapes, perfectly fit various cooling tower structures. ●The surface is smooth or customized texture, the water flow is more uniform, and the heat dissipation efficiency is higher, which helps the cooling tower to perform optimal performance. ●It is convenient to clean, not easy to accumulate dirt, and maintain efficient heat exchange for a long time. FRP flat plates are not only materials, but also the "lasting competitiveness" of cooling towers! ●More reliable: no fear of corrosion, stable operation, and reduce the risk of unplanned downtime. ●More economical: ultra-long life + extremely low maintenance, significantly optimized throughout the life cycle cost. ●More efficient: Optimized design brings better heat dissipation effect, saving energy and reducing consumption. ●More environmentally friendly: lightweight reduces carbon emissions, durability reduces waste, and some are recyclable. Choose fiberglass flat plates to inject long-lasting vitality like "reinforced steel and iron bones" into your cooling tower! Make cooling more efficient, make operation more worry-free, and make investment more worthwhile! Guangdong Guangming Composite Materials Co., Ltd. - Provide high-performance fiberglass flat panel solutions to help the cooling tower industry reach a new height!

FRP fiberglass lighting tiles - reshape the building light environment and intelligent manufacturing eternal quality Core Value Proposition In the name of technology, we create a perfect dialogue between light and space - as light as cloud wings, as solid as rock; light is transparent and unexposed, and it will be renewed for a long time. Provide high-performance lighting system solutions for modern industrial buildings, commercial spaces and green living. Five outstanding genes 1. Master of light and shadow art: 80%-85% high light transmittance | 99%+ ultraviolet isolation | ≤2% Twenty years of light transmittance attenuation. ▸ The light is scientifically scattered and diffused evenly into the room, eliminating direct glare and creating a soft and calm natural light environment. ▸ The ultimate anti-yellowing technology protects the space and transparent nature, time flows, and light is as bright as before. 2. Conqueror of the Force of Nature: the circumferential tensile strength 180-300MPa | impact resistance ≈ 300 times ordinary glass. ▸ Build a building safety barrier with a lightweight and high-strength body (only 1/4 of the density of steel), fearless hail hurricanes. ▸ -40℃ extremely cold to 120℃ high temperature test, consistent performance, interpreting true all-weather reliability. 3. Eternal anti-corrosion shield armor: A1-level chemical corrosion resistance | B1-level fire protection certification | Salt spray/acid rain "immune constitution". ▸ The ultimate protection solution for chemical parks, coastal buildings, and high-corrosion environments, and reject rust and brittleness. ▸ The fire is extinguished, and there is no melting drop of poisonous smoke, which will win golden escape time for the life channel. 4. Energy-saving ecological engine: thermal conductivity 0.14kcal/m•h•℃| RoHS environmental certification | recyclable regeneration. ▸ Efficiently block heat transfer, reduce air conditioning energy consumption by 30% and create a breathable low-carbon building. ▸ From raw materials to recycling, we will fulfill our green commitment throughout the process, helping LEED certification and sustainable development. 5. Smart installation philosophy: 750/840 multi-spec adaptation | fastener modular system | seal anti-seepage process ▸ Seamlessly connect with the steel structure, standardize the installation process, and save 50% of the construction cycle. ▸ The guide hole-lock-sealing system is made in three steps, and it will not be invaded for 20 years without any invasion in wind and rain. Scenario mission statement ●Inject natural light energy into industrial plants to reduce production line energy consumption. ●Let logistics and warehousing say goodbye to the cold and dark, and improve operational safety. ●Aid agricultural greenhouse balance spectrum and activate crop growth genes. ●Shape the light-sensitive aesthetics of commercial spaces and redefine the comfort experience. Endnote: "Every piece of lighting tile is a poem of light written to the future" - Selected aerospace-grade resin substrates, full-process quality control traceability, 15 years + ultra-long life commitment, and realize eternal value with ultimate craftsmanship.

The core value of FRP panels lies in their unique material properties. They combine the lightweight and corrosion-resistant characteristics of plastic with the high strength and durability of fiberglass. Therefore, their market is primarily focused on segments with a rigid need for lightweight strength, corrosion resistance, easy maintenance, and insulation. Key Target Market Segments 1. Construction and Infrastructure Sub-markets: Industrial factories, warehouses, greenhouses, sports stadiums, chemical plants, wastewater treatment facilities, etc. Needs: Factories and warehouses: Require roofing and wall materials that can withstand harsh weather, are easy to install, and allow for natural light. Greenhouses: Need materials with high light transmission, good thermal insulation, and durability against agricultural chemicals. Chemical plants: Must use structural materials that can resist corrosion from strong acids and bases. FRP Advantages: Lightweight, quick to install, high weather resistance, chemical corrosion resistance, good light transmission. 2. Transportation Sub-markets: Trucks, refrigerated trucks, RVs, cargo vans, ships, yachts, etc. Needs: Vehicle manufacturing: Seeks lightweight materials to improve fuel efficiency and payload capacity. Refrigerated trucks: Require excellent insulation and easy-to-clean interior walls. Marine vessels: Need water-resistant, corrosion-resistant, and high-strength materials. FRP Advantages: High strength, lightweight (reduces vehicle weight), corrosion resistance (no rust), excellent insulation, and a smooth surface that is easy to clean. 3. Agriculture and Animal Husbandry Sub-markets: Livestock farms, farms, feed sheds, agricultural equipment, etc. Needs: Livestock farms: Need building materials that resist corrosive gases like ammonia and are easy to clean and sanitize for hygiene. Agricultural equipment: Requires durable, impact-resistant materials that can withstand humid environments. FRP Advantages: Corrosion resistance, easy to clean, high strength, and good durability. 4. Industrial and Manufacturing Sub-markets: Food processing plants, electronics factories, pharmaceutical plants, equipment manufacturing, etc. Needs: Clean rooms: Require wall and ceiling materials with smooth surfaces that do not easily accumulate dust and are easy to clean. Equipment casings: Need lightweight, insulating, and durable materials. FRP Advantages: Smooth surface, easy to clean, and good insulation properties. Market Trends and Opportunities Green Building and Sustainability: As environmental awareness grows, FRP panels, as a durable and long-lasting material, can reduce the resource consumption associated with frequent replacements. Lightweighting Demand: The transportation industry's drive for energy efficiency and emission reduction will continue to fuel the demand for lightweight materials, offering a significant market opportunity for FRP panels. Technological Innovation: There is a market demand for higher-performance FRP panels (e.g., enhanced strength, better fire resistance). Innovation will be key to winning the competitive market. Conclusion The market for FRP panels is not monolithic; it is segmented across multiple vertical industries, each with unique application needs. A successful market strategy must involve providing customized products and solutions for the specific needs of each segment, such as offering food-safe interior panels for refrigerated trucks or a special corrosion-resistant formula for chemical plants.

Scale: The global FRP market will exceed US$150 billion in 2025, with China’s share rising to 38%. The market size of China's FRP industry is expected to be 120 billion yuan in 2025, and is expected to reach 180 billion yuan by 2030. Trend: The industry is showing a steady growth trend. Although the construction field currently accounts for the largest share, its share has declined slightly. Demand in the transportation and energy fields has grown significantly, and the energy field has the strongest growth momentum. Application areas Construction field: It can be used for exterior walls, pipes, storage tanks, municipal pipe corridors, curtain wall decoration, etc., such as the application of self-healing fiberglass in Winter Olympics venues. Transportation field: used in automobile manufacturing for front and rear bumpers, grilles and other exterior parts, which can reduce vehicle weight and improve fuel efficiency; used in trucks for roof shrouds, side skirts, etc., with good weather resistance; and also used for rail transit vehicle components, etc. Energy field: The penetration rate of FRP in large offshore wind power blades has reached 92%. The proportion of FRP replacing steel structures in the field of photovoltaic tracking brackets continues to increase. Hydrogen energy storage tanks are also an emerging growth direction. Other fields: It is also widely used in bathroom products such as bathtubs, washbasins, etc., as well as kitchen and industrial sinks, chemical equipment, environmental protection equipment, etc. competitive landscape International companies: Well-known international companies such as Owens Corning and Hexcel dominate the global market, with a combined market share of more than 50%. Owens Corning of the United States has technological advantages in the field of high-performance composite materials, while Mitsubishi Resins of Japan and BASF of Germany have strong competitiveness in high-end applications. Domestic companies: China Baowu Steel Group has a market share of approximately 18% in 2024, ranking first in the world. Domestic companies such as Zhongfu Shenying and Sinoma Technology have gradually increased their market share and are expected to form a competitive landscape with international giants. technological development Material upgrades: Nano-modified materials improve the impact resistance of products, polyurethane pultrusion main beam technology reduces the cost of wind turbine blades, and functional materials such as self-healing types continue to emerge. Process improvement: Combining digital mold design and automated molding systems to improve production efficiency and meet customized needs. Raw material supply and price Supply: Unsaturated polyester resin (UPR) is an important raw material. In 2024, China's UPR market size has reached 4.8 million tons, with an annual output value exceeding 68 billion yuan, 65% of which is used in the field of fiberglass reinforced plastic products, and the production capacity concentration in East China reaches 58%. Price: The price of raw materials is affected by market supply and demand, oil prices and other factors, and may fluctuate, which in turn affects the cost of FRP plates. Impact of policies and regulations Environmental protection policy: Environmental protection regulations are becoming stricter. FRP materials are more popular in green buildings and other fields due to their environmental advantages such as recyclability. Dual carbon goals: Promote the development of new energy fields such as wind power and photovoltaics, increasing the demand for FRP in wind power blades, photovoltaic brackets, etc.

Transportation   This user group primarily consists of vehicle manufacturing and repair companies, such as: Truck and refrigerated truck manufacturers: FRP panels are commonly used for truck bodies and liners. Their lightweight nature helps reduce the vehicle's overall weight, and they are easy to clean. RV and specialty vehicle manufacturers: FRP panels are a popular material for manufacturing the exterior shells and interiors of RVs due to their high strength and moldability. Ship and yacht builders: The water and corrosion resistance of FRP panels makes them widely used in hull structures and interior decorations. Key Advantages Lightweight: FRP has a much lower density than steel. Using FRP panels can significantly reduce a vehicle's weight. This brings two major benefits: first, it improves fuel efficiency, lowering operating costs; and second, it increases the payload capacity, allowing the vehicle to carry more cargo. High Strength and Durability: Despite being lightweight, FRP is very strong and can withstand impacts and pressure without deforming easily. It has excellent weather resistance, holding up against UV rays, rain, and extreme temperatures, which ensures a long service life. Corrosion Resistance: This is a core advantage of FRP. It does not rust and can resist corrosion from various chemicals, salt spray, and humid environments, making it especially suitable for refrigerated trucks or vehicles that transport chemicals. Easy to Clean and Maintain: The smooth surface of FRP is not prone to collecting dirt. It can be easily cleaned with water and standard cleaning agents, which helps maintain hygiene inside the vehicle—a crucial feature for food transport and medical vehicles. Insulation Properties: FRP has good thermal insulation properties, which is vital for refrigerated and insulated trucks that need to maintain a constant temperature. High Malleability: FRP can be easily molded into complex shapes using molds. This provides great flexibility in vehicle design, allowing for seamless, streamlined exteriors and reducing the number of joints, which enhances overall aesthetics.