1. Production Phase: The "Invisible Killer" of Efficiency and Cost

• Fine-Diameter Bristles (0.05–0.4mm): Static electricity leads to bristle sticking, knotting, and tangling, which slows down the tufting/curling speed, increases manual combing costs, and reduces the yield rate.
• Thick-Diameter Bristles (0.5–3.0mm): Static accumulation causes the bristles to attract dust, increasing the difficulty of cleaning the production environment and affecting the bristles' surface quality.
• Production Safety: Workshop dust combined with static electricity poses potential safety hazards.

2. Storage and Transportation Phase: The "Culprit" of Quality Loss

• Static makes bristles attract each other and clump together, making them prone to scattering and deforming when unpacked, which affects subsequent processing.
• During long-term storage, the dust absorbed by static electricity is difficult to clean, leading to surface contamination of the bristles and reducing product value.

3. Usage Phase: The "Pain Point" of Experience and Safety

• Electronics Field: Electrostatic discharge (ESD) can break through chips and circuit boards, leading to product scrap and huge losses.
• Cosmetics/Haircare Field: Static in combs and makeup brushes causes hair to fly away and attracts dust, resulting in a poor user experience.
• Industrial Cleaning Field: Bristle static attracts oil and dust, reducing cleaning effectiveness and requiring frequent washing.
• Household Field: Cleaning brushes attract dust due to static, making surfaces dirtier the more you wipe, thus increasing the cleaning burden.

4. Solution: Source Modification for All-Scenario Problem Solving

Professional bristle manufacturers use PBT antistatic modification technology to reduce surface resistivity at the raw material level, achieving:

The static electricity of PBT bristles affects the entire process.
Only source modification can completely solve the problem!