Premium Quality Quantum Conductive Bins Conductive Bins 5-3/8" X 4-1/8" X 3", Cs/24 - 925138 Holiday Cheer Edition [60ZDNzC8]

Quantum Conductive Bins for Superior Protection

The Quantum Conductive Bins are designed to provide the highest level of protection for your electronic components against electromagnetic interference (EMI) and electrostatic discharge. These bins are crafted from a permanently conductive material, ensuring that your valuable components remain shielded from damaging charges. The bins come with reinforced side walls for added durability and a wide ledge for easy handling. Their front hopper design offers convenient access, making them a perfect fit for any workspace that requires efficient and secure storage solutions.

Product Specifications and Technical Details

Measuring 5-3/8" x 4-1/8" x 3", each conductive bin is designed with precision to offer the perfect balance between size and functionality. The bins are made of high-quality conductive polypropylene, which is both durable and washable, allowing for easy maintenance. The permanently conductive material ensures that your items stay protected even when subjected to normal cleaning processes. Each set of Quantum Conductive Bins includes 24 bins, providing you with ample storage options to keep your workspace organized and your components safe.

Practical Applications and Benefits

Quantum Conductive Bins are ideal for a wide range of industries, including electronics manufacturing, computer assembly, and research facilities. The bins' ability to prevent electrostatic charge build-up makes them an essential tool for anyone dealing with sensitive electronic components. By using these bins, you can significantly reduce the risk of product damage caused by EMI and electrostatic discharge. With their reinforced side walls and wide ledge, these bins not only protect your items but also make them easy to transport and organize. Their label holder feature allows for clear identification, ensuring that you can quickly find what you need without causing unnecessary delays.