SAUBER antistatische borstel met handgreep

Static electricity can damage sensitive electronic components during cleaning, leading to costly failures. The SAUBER Antistatic Brush with Handle solves this problem by safely dissipating electrostatic charges while you clean. Its conductive synthetic bristles and conductive polypropylene handle provide a controlled path to ground, protecting PCBs, keyboards, and optical lenses from ESD damage.

Who is it for

This brush is ideal for electronics technicians, repair professionals, and hobbyists who work with static-sensitive devices. It is also suitable for cleaning optical equipment, precision instruments, and other delicate surfaces where static discharge must be avoided.

Main features

• ESD safe: surface resistance between 10^5 and 10^9 ohms on both handle and bristles
• Conductive polypropylene handle with ergonomic design for comfortable grip
• Conductive synthetic fiber bristles (Nylon 66 with carbon) that are soft to medium stiffness
• Heat resistant up to 80°C and resistant to common cleaning solvents like IPA
• Compact size: total length 170 mm, brush head length 35 mm, bristle length 18 mm, brush head width 15 mm
• Black handle and bristles for a professional look

Specifications

• Brush type: Antistatic cleaning brush
• ESD safe: Yes
• Handle material: Conductive polypropylene (PP)
• Bristle material: Conductive synthetic fibers (Nylon 66 with carbon)
• Surface resistance (handle): 10^5 - 10^9 Ohms
• Surface resistance (bristles): 10^5 - 10^9 Ohms
• Total length: 170 mm
• Brush head length: 35 mm
• Bristle length: 18 mm
• Brush head width: 15 mm
• Bristle stiffness: Soft to medium
• Heat resistance: Up to 80°C
• Chemical resistance: Resistant to most common cleaning solvents (e.g., IPA)
• Ergonomic design: Yes, comfortable grip handle
• Compliance: RoHS compliant

Tips

For best results, use gentle strokes and avoid excessive pressure. Clean the brush regularly with isopropyl alcohol and allow it to air dry. Store in a clean, dry place away from direct sunlight.