C143 USB3.2 FLASH DRIVE (EOL)

Conciseness & aesthetics
Emphasized texture and ridgeline

TEAMGROUP C143, which emphasizes material and pure color, shows appearance design with very concise fashion. Furthermore, the surface texture with tactility and raised ridge line are designs to enhance contact surface and can reduce dropping the risk of the product due to poor holding by users, and thus prolong the life cycle of the product.
The rendered product aesthetics and practicality can blend in user daily life seamlessly.

Stepless rotational cap design for tactility

The stepless rotational cap design of TEAMGROUP C143 protects both USB joint and plastic body with cap non-drop function. Different materials of touch are used to stimulate hand feeling memory, and the design is for easy 360° rotation with a single hand to increase the fun for playing.

Bitonality in conjunction with stainless steel material

The delicate profile for the rotational cap of TEAMGROUP C143 is achieved by stainless steel material through 6 machining processes. The stainless steel material with rust resistance, erosion resistance, and very good plasticity is selected for easy machining and laser engraving to show ultra good boutique texture.
The body part is combined with the stainless steel perfectly. Distinct materials present visual bitonality. Conflict aesthetics further shows yuppie taste of users.

Intimate strap function

The strap hole design on the stainless steel rotational piece allows users to wear or hang TEAMGROUP C143 onto key ring or bag to show individual style and convenience.

Internation standards

TEAMGROUP C143 is certified by CE, FCC, BSMI, and RoHS to meet requirements of safety standard in various nations.

More energy-saving environmental Protection Reuse

The package design of TEAMGROUP C143, which is a model with blister covered with paper card, emphasizes on "reducing usage of blister/PET plastics", "using paper/recyclable material" and "saving packing material, volume and freight" to reduce entire plastic proportion from 70% to 10%, such that fewer resources are consumed actually and recyclability and reuse are possible.