For high-end sports equipment and lightweight consumer products, LANTAI focuses on carbon fiber prepreg, with fiberglass prepreg available as a complementary option. These materials offer low weight, high rigidity, high strength, good toughness, and impact resistance for bicycle frames and saddles, rackets, carbon fiber fishing rods, golf clubs, archery components, police protective shields, professional protective equipment, carbon fiber luggage, and other high-performance lightweight products.

LANTAI’s SMC/BMC/Prepregs（Carbon Fiber/Fiberglass） composites form the core material platform for energy storage applications, supporting insulation, flame retardancy, weather resistance, and structural stability. They can be used in battery module housings, outdoor energy storage cabinet enclosures, container support structures, and protective components, with carbon fiber and fiberglass prepregs available for high-strength reinforcement.

LANTAI supports telecom and network infrastructure with SMC/BMC composite materials and molded components suitable for outdoor environments, helping enclosures and network equipment maintain structural stability and environmental adaptability during long-term operation.

LANTAI supplies SMC/BMC materials and molded-part support for electrical equipment and enclosures requiring insulation, flame resistance, weatherability, and structural stability for long-term indoor and outdoor use.

LANTAI’s SMC/BMC composite materials are suitable for construction and sanitary products requiring water resistance, corrosion resistance, surface consistency, structural stability, and efficient mass production.

LANTAI provides composite material solutions for rail transit applications requiring structural stability, flame resistance, weatherability, and scalable production, covering interior/exterior panels, functional parts, and structural components.

LANTAI supports automotive and new energy vehicle projects with SMC, BMC, carbon fiber / fiberglass prepreg, and molded components for applications requiring lightweight design, structural strength, dimensional stability, heat resistance, and long-term batch consistency.