Application Examples of Conductive Plastic Brush Filaments？

Electronics Manufacturing

1. Static Elimination Brushes
   In the production of electronic components (e.g., computer motherboards, mobile phone chips), component surfaces easily generate static electricity due to friction, which can damage sensitive electronics. Brushes made from conductive plastic filaments are used on production lines to gently wipe components. The conductive components in the filaments rapidly discharge static electricity to the ground, preventing electrostatic accumulation and improving product yield rates.
2. Circuit Board Cleaning Brushes
   These brushes are used to remove dust, impurities, and solder residues from circuit boards. During circuit board production, debugging, and maintenance, maintaining cleanliness is crucial for normal circuit operation. Conductive plastic filament brushes not only effectively remove contaminants but also prevent static electricity generation during cleaning, avoiding damage (e.g., breakdowns) to electronic components on the board.

Industrial Cleaning

1. Chemical Pipeline Cleaning Brushes
   In the chemical industry, pipeline interiors often accumulate chemical substances and impurities, while static electricity can arise from material flow and friction. Cleaning devices with conductive plastic filament brushes installed inside pipelines discharge static electricity in real time during operation, preventing safety hazards caused by static sparks. Additionally, they continuously remove impurities adhering to pipeline walls, maintaining smooth flow and reducing risks of blockages and corrosion.
2. Explosion-Proof Workshop Cleaning Brushes
   In flammable and explosive environments (e.g., chemical production workshops, fuel depots), strict anti-static requirements apply to cleaning tools. Brushes made from conductive plastic filaments are used to clean floors and equipment surfaces, effectively preventing static electricity generated by friction. This reduces the risk of fires or explosions, ensuring workplace safety.

Medical Equipment and Laboratories

1. Medical Equipment Cleaning Brushes
   Medical devices like CT scanners and MRI machines contain precision electronic and optical components that require regular cleaning to ensure proper function. Conductive plastic filament brushes efficiently remove tiny particles and dust from device surfaces and interiors while preventing static interference with sensitive instruments, ensuring accuracy and stability of medical equipment.
2. Laboratory Utensil Cleaning Brushes
   In laboratories, brushes with conductive plastic filaments are used to clean glassware and experimental instruments. For example, in chemical analysis labs, these brushes are used to wash volumetric flasks and pipettes, removing surface contaminants while preventing static electricity from attracting dust and impurities, thus ensuring the accuracy of experimental results.

Other Fields

1. Electromagnetic Wave Shielding Brushes
   In environments requiring high electromagnetic shielding (e.g., electronic communication base stations, radar stations, electromagnetic compatibility laboratories), conductive plastic filaments are used to make electromagnetic wave shielding brushes. Installed at equipment vents, gaps, and other openings, these brushes effectively block electromagnetic wave leakage and interference, enhancing equipment electromagnetic compatibility and stability.
2. Elevator Skirt Brushes
   Elevator skirts require dust-proof and anti-pinch brushes. Conductive plastic filament brushes used in this application not only provide dust-proof and anti-pinch functions but also discharge static electricity generated during elevator operation through their conductivity. This prevents static accumulation from affecting elevator control systems and passengers.