Antistatic Work Mat for Electronics Assembly and Overview This antistatic rubber mat protects sensitive electronics from electrostatic discharge while withstanding heat up to 300 degrees C. Its multi layer construction provides controlled charge dissipation, rapid grounding, and a stable non slip workspace for soldering and component handling. Key benefits Protects against electrostatic discharge: static dissipative surface absorbs charges to reduce the risk of damage to tablets, circuit boards, and other sensitive components. heat resistance: withstands temperatures up to 300 degrees C, suitable for soldering and temperature work. Fast charge removal: conductive black middle layer provides a rapid discharge path for accumulated static. Stable work surface: nonslip rubber base keeps the mat in place during assembly and tasks. Durable construction: layered design combines functionality and longevity for repeated use in controlled environments. Minimizes handling damage: reduces component failures caused by static buildup and accidental slips during manufacturing or . Construction and materials Multi layer design: static dissipative green layer, conductive black middle layer, and nonslip rubber base. Material: rubber mat with flame retardant properties and electrostatic control features. Function: designed to absorb and conduct away static charges while providing a heat resistant surface for soldering. Typical applications Soldering and PCB work: use as a workstation mat to protect circuit boards during soldering, rework, and inspection. Electronics and assembly: ideal for mobile device benches, hard disk handling, and general component assembly where ESD control is required. Industrial and laboratory environments: suitable for semiconductor assembly lines, aerospace component assembly, hospital equipment maintenance, and other electrostatic controlled work areas. Practical notes Place the mat on a flat workbench to create a defined antistatic zone for handling sensitive parts. Combine with proper grounding practices and ESDsafe tools to maximize protection for components. The mat is intended to reduce the risk of electrostatic damage and to provide a heat resistant work surface, helping to protect delicate parts and improve handling consistency. This mat is engineered for professional electronics environments where static control, heat resistance, and a stable work surface are required.