Anti-Static Bags - SANWA SUPPLY TK-SE7MN (Pack of 5)

This anti-static mat is designed to protect your precious boards and memory components from the damaging effects of static electricity. It is sized to accommodate boards up to 11.0 inches (280 mm) in length. Included in this package are 5 pieces of the mat, each measuring W260 x H300 mm in size and 0.08 mm thick. The total weight of each mat is a mere 0.08 oz, making them lightweight and portable.

Crafted from high-quality PP (polypropylene) material, this anti-static mat provides a reliable barrier against the harmful buildup of static charges that can potentially damage sensitive electronic parts. Whether you're working on a long-type board or any other delicate components, this mat ensures your valuable equipment remains safe and protected throughout the handling process.

The generous dimensions of the mat allow it to accommodate a wide range of board sizes, up to a maximum length of 280 mm. This versatility makes it suitable for use with a variety of electronics projects, from small-scale circuits to larger, more complex boards. The thin, yet durable, construction of the mat ensures a secure, non-slip surface for your components, while also maintaining a low profile that won't interfere with your workspace.

Designed with both functionality and convenience in mind, this anti-static mat is an essential accessory for any electronics enthusiast, hobbyist, or professional working with sensitive electronic components. Its simple yet effective design helps to safeguard your precious boards and memory from the damaging effects of static electricity, giving you peace of mind and ensuring the longevity of your valuable equipment.

Whether you're engaged in soldering, assembly, or any other delicate electronic work, this anti-static mat provides a reliable and practical solution to protect your investments. Its compact size and lightweight construction make it easy to store, transport, and utilize whenever and wherever you need it, ensuring that your electronics projects can progress smoothly and without the risk of static-related damage.

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