Chemtronics 80-5-10 Static-dissipative Soldering Spool

Product Description

The CHEMTRONICS 80-5-10 is a static-dissipative soldering spool made from copper, designed to safely conduct away electrostatic discharge (ESD) during soldering operations. Measuring 10 feet in length and 0.145 inches in width, this spool gives electronics technicians and PCB rework specialists a controlled, low-static environment when working on ESD-sensitive components. Static dissipation at the soldering point reduces the risk of latent or immediate damage to sensitive devices, making this spool a practical addition to any ESD-safe workstation setup.

This spool is used in electronics assembly, PCB rework, and precision soldering environments where ESD control is required. It is well suited for bench-level repair work, production floor soldering stations, and laboratory settings where IPC or ANSI/ESD S20.20 compliance is a consideration. Electronics technicians, avionics repair shops, and contract manufacturers working with microprocessors, memory modules, or other ESD-sensitive components will find this a straightforward fitment for existing soldering setups.

Key Features

• Static-dissipative copper construction reduces ESD risk during soldering
• 10-foot length provides ample working range at a soldering station
• 0.145-inch width suits standard solder rework and assembly applications
• Spool packaging keeps material organized and tangle-free at the workstation
• Lightweight at 0.2 pounds for easy handling and positioning

Compatibility

Designed as a static-dissipative accessory spool for use with ESD-safe soldering stations and rework systems in electronics assembly and repair environments.

Installation Notes

Installation and use of this spool should follow established ESD workstation protocols, including proper grounding of the technician, work surface, and soldering equipment before handling sensitive components. No special tools are required to mount or deploy the spool, but integration into a fully grounded ESD-safe workstation is recommended to achieve the intended static-dissipative benefit. Always verify that the full ESD control loop is intact before beginning work on sensitive assemblies.