Non-bonding and dual-density structure:
Insert molding process:
The insert molding process used in the Gyro Dual Durometer Wheel is a simplified injection molding method that eliminates secondary processing and assembly. In this process, the wheel hubs are first formed and placed in the mold during injection molding, allowing the two materials to be combined without the use of glue.
Advantages of the non-bonding structure:
The non-bonding structure of the Gyro Dual Durometer Wheel offers several advantages, including reduced manufacturing complexity, increased durability, and an overall lighter weight.
Flexible structure:
High Rebound Polyurethane RIM (inter-lock system). The High Rebound Polyurethane RIM features an inter-lock system that provides exceptional flexibility, allowing the wheel to maintain optimal grip and responsiveness during turns and maneuvers.
ZET (Z-axis Elasticity Technology) CORE Carbon Nanotube Technology:
The ZET CORE incorporates Carbon Nanotube Technology, which enhances the wheel's overall elasticity along the Z-axis. This technology offers improved shock absorption, grip, and rebound during races.
High-performance wheel design:
Non-wobbling:
The Gyro Dual Durometer Wheel is designed to minimize wobbling, ensuring smooth and stable performance at all times.
Great rolling:
These wheels provide excellent rolling capabilities, enabling skaters to achieve and maintain higher speeds with less effort.
Tower Effect (Structure):
The tower effect structure of the wheel absorbs shock and offers an amazing rebound and grip during races. It also reduces weight by removing unnecessary structures.
Innovative Structures:
LIMBS and BOW:
The LIMBS and BOW structures are integrated into the wheel's design, offering unique performance-enhancing benefits.
Archery effect of Bow & LIMBS (Structure):
The archery effect of the Bow & LIMBS structure helps to recover power astonishingly after pushing in the race, offering improved energy efficiency and performance.
2-axis design Tower Effect (Structure):
The 2-axis design of the tower effect structure further enhances the wheel's performance by optimizing shock absorption and energy recovery during races.
Advanced Materials:
Carbon nano-materials:
Carbon nanotube and graphite nano composite materials are used in the Gyro Dual Durometer Wheel, offering exceptional mechanical, chemical, physical, and magnetic properties that contribute to the wheel's high-performance capabilities.
MIRROR Smart Technology (MATERIAL):
The MIRROR Smart Technology is an advanced material that adds to the overall durability and performance of the wheel, ensuring a long-lasting and reliable skating experience.
