Established "antistatic charge specifications," a step ahead of our global competitors.

Ordinary fluoropolymer has a volume resistance value of 10¹⁶Ωcm-10¹⁸Ωcm as excellent insulation material. At the same time, this insulating property brings static electricity.
Once electrostatic charge takes place, danger of firing and explosion follows under atmoshpere of organic solvent. Furthermore, major problems such as powder sticking by static electricity, separation charge suffer every industry.
Nippon Fusso has developed the fluoropolymer coating (EC series) with static charge prevention for leakage resistance values less than 10⁷Ωcm. This series has been adopted in various industry fields.

 

charge amount (Approximate charging potential [kv]) Leakage resistance target［Ω］ Almost none (Less than 0.01) Less than 106 Small （0.01-0.1） 106-108 Regular （0.1-1） 108-1010 Large (More than 1) More than 1010 Quoted from the "Static Electricity Safety Indices," from the National Institute of Occupational Safety and Health, under jurisdiction of the Ministry of Health, Labour and Welfare.

Creep discharge on fluoropolymer lining What is the EC Series? Antistatic charge specification achieving both "surface profile" and "release properties," NF-850ECB

	■  With regular items, there is a risk of fire or dust explosions from static electricity ■  With regular fluoropolymer coatings, sticking by static electricity happens ■  With regular items, long-time settling period is required to remove static electricity		■  Avoid dangers of electrostatic disasters that can occur with regular linings and coatings (fluoropolymer, glass, rubber etc)