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Through advanced materials, precision testing, and relentless innovation, we transform lab breakthroughs into on-court excellence.
Focused on racquet structure R&D and new material experimentation, equipped with automated hot-pressing lines. Specializes in structure–material integration testing and collaborates with international brands on joint research.
PBcor Rebound Test: Utilizing PBcor equipment to measure the paddle's rebound coefficient, sweet spot energy consistency, and shot feedback, ensuring compliance with USAP and international competition standards.
Abrasion Resistance Testing: Surface coating resistance to scratches and abrasion.
Durability Testing: Performance retention after prolonged, high-intensity impact.
Fatigue Testing: Structural stability after repeated bending and compression.
Torque Testing: Structural strength and deformation of the racket under load.
Impact Testing: Resistance to cracking from high-speed impacts.
Paint Adhesion Testing: Surface coating durability.
Material Verification: Performance evaluation of new materials such as carbon fiber, Kevlar, and titanium carbon.
Environmental Simulation Testing: Performance stability under high, low, and humidity conditions.
Dedicated to ball product testing and international certification. Equipped with testing instruments compliant with ITF and USAPA standards, capable of rebound, spin, and abrasion testing. Provides validation support for the R&D of four major ball product lines.
Coefficient of Rebound Test: Ensures the ball's rebound height meets competition standards.
Spin Performance Test: The stability of the ball's spin after impact.
Abrasion Test: The wear and tear of the ball on different surfaces.
Landing Point Consistency Test: Ensures product consistency across batches.
Pressure Retention Test: The stability of the internal air pressure of tennis balls, padel balls, etc.
Weathering Test: UV aging and performance under hot and cold cycling.
Ball Hardness Test: Ensures the feel and feedback meet standards.
International Certification Simulation Test: Pre-tests against ITF, USAPA, FIP, and other standards.
An innovative elliptical frame design that expands the sweet spot and enhances control, validated through finite element analysis and fatigue testing.
A Kevlar and carbon fiber hybrid surface that improves strength and durability, validated through tensile and impact testing.
A surface treatment that enables the racquet to change color with temperature variations, tested through weather-resistance and UV aging to ensure both performance stability and long-lasting aesthetics.
Contact us for more information about our products and applications
