ESD-R-KLT6122 Anti-static Containers for Semiconductor Workshop Use

Permanent ESD Protection: Utilizes integrated conductive composite materials, ensuring consistent anti-static performance that remains unaffected by ambient temperature or humidity fluctuations.

Heavy-Duty KLT Structure: Featuring optimized reinforced ribs inherited from the VDA-KLT standard, it boasts superior impact resistance, making it ideal for automated conveyor and stacking lines.

Ultra-Low Contamination: The specialized surface finish minimizes dust attraction and outgassing, aligning perfectly with the rigorous cleanliness protocols of semiconductor cleanrooms.

Space Optimization: Designed for secure, interlocking multi-tier stacking, significantly maximizing warehouse storage capacity and streamlining intra-logistics.

Standardized Impedance: Both surface resistivity and volume resistivity remain stable over the long term.

Standardized Interoperability: Fully compliant with global VDA standards, featuring a non-slip, low-noise base that seamlessly integrates with robotic grippers.

Chemical Resilience: Exceptional resistance to acids, alkalis, and oils, allowing the container to withstand routine industrial washing and sanitization processes.

Ergonomic Design: Built-in matrix label slots and ergonomic handles facilitate efficient inventory tracking and comfortable manual handling.

Widely deployed in front-end wafer fabrication and back-end packaging/testing cleanrooms; automated assembly lines for Integrated Circuits (ICs) and Printed Circuit Boards (PCBs); as well as the dust-free storage and transit of high-precision optoelectronic devices and sensitive electronic instruments.

This premium KLT anti-static container is engineered specifically for high-standard semiconductor fabrication and microelectronics workshops. Adhering strictly to the European standard KLT structural framework, the container is molded from an advanced macromolecular conductive polymer that ensures permanent and stable electrostatic dissipation. By effectively neutralizing static charges and providing robust physical buffering during transit and storage, it delivers unparalleled ESD protection for sensitive wafers, chips, and electronic components, serving as a reliable backbone for automated semiconductor logistics.