About US
Wells Advanced Materials | Focusing on Modified Epoxy Resins and Deeply Developing High-End Polymer Composite Materials
Since its establishment in Shanghai in 2010, WAM, Ltd. has always been focusing on special formulations of modified epoxy resins, through close tracking of related technology and application dynamics at home and abroad, and constantly research and develop the types of modified epoxy resin formulations to meet the market demand. We deliver innovative, customized solutions for wind turbine blades, electronic and electrical insulation, lightweight transportation, automotive composites, sports equipment, and new technologies.
Our products
We are an industry leader, providing the most reliable and cutting-edge solutions you're looking for.
Wind power industry
Our resin is compatible with core components such as blade shells and main beams, has low viscosity and is easy to mold, and is durable and reliable in both land and sea working conditions.
Automotive composite materials
Automotive composite materials based on advanced resin systems. By designing structural components for the vehicle body and battery pack using these resin matrices, weight can be effectively reduced, improving vehicle energy efficiency and range.
Ships and Yachts
Our resin resistant to seawater corrosion, has excellent bonding and molding properties, and is suitable for the construction of hulls and decks of various boats.
Light aviation and drones
The use of our resin in composite manufacturing ensures high specific strength and vibration stability in finished parts, making it the ideal solution for producing diverse structural components for drones and light aircraft.
Electronic and electrical insulation
Our resin provides excellent dielectric properties, heat resistance, and moisture protection, ensuring reliable safeguarding of electrical and electronic components such as transformers and sensors.
Fiberglass and carbon fiber composite materials
It is compatible with various molding processes, and the finished products are rigid, impact-resistant, and have excellent fiber impregnation effect.
The only place that can provide you with the perfect solutions to meet your industry needs.
The industries we serve
Wind power industry
Epoxy resins are widely used in wind turbine blade manufacturing, including blade shell casting, RTM root inserts, pultruded main beam caps, and CFRP reinforced structures. The system features low viscosity, high strength, excellent fatigue properties, and maintains long-term durability in both onshore and offshore environments. It is suitable for large structural profiles and high-speed molding processes.
Automotive composites
Epoxy systems are used in RTM/HP RTM rapid prototyping for vehicle body panels, structural components, and battery pack housings. The materials can achieve a 20–30% weight reduction, improving the energy efficiency and range of new energy vehicles.
Ships and Yachts
Epoxy systems are used for hull infill, deck hand lay-up, protective gelcoat, and structural adhesive bonding. The materials are characterized by seawater resistance, moisture resistance, high strength, and excellent surface quality, making them suitable for yachts, speedboats, vessels, and marine composite structures.
Light aviation and drones
Epoxy resins are used in prepregs, RTM fuselage components, pultruded beams, propellers, and landing gear structures. The material offers high specific strength, lightweight properties, vibration resistance, and dynamic stability, making it suitable for small and large UAVs, eVTOLs, light aircraft, and helicopters.
Electronic and electrical insulation
Epoxy systems are used for potting, encapsulation, and electrical insulation. They possess high dielectric strength, heat resistance, low shrinkage, and are effectively moisture-proof, shock-proof, and dust-proof. They are widely used in power electronics, sensors, transformers, and high-voltage components.
Fiberglass and carbon fiber composite materials
Epoxy resins are used in the infusion, RTM, pultrusion, winding, and prepreg molding of glass fiber and carbon fiber products. The material provides high strength, high rigidity, impact resistance, excellent surface quality, and stable fiber wetting properties.