Carbon-based fillers were added to impart conductivity and antistatic properties. It can also be used in applications that require prevention of static electricity accumulation and conductive performance.
Features 1. Low resistance value The volume resistivity is low, ranging from 1 to 102 Ω·m (R2) and 10^4 to 10^6 Ω·m (R6). 2. Uniform performance The filler is evenly dispersed, ensuring a consistent resistance value across all areas, allowing for safe use even after machining. 3. Stability of resistance value Since the filler is carbon-based, unlike types coated with conductive paint or those filled with surfactants, there is no change in resistance value over time. Additionally, even if the surface wears down, there is no change in resistance value.
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basic information
Features 1. Low resistance value The volume resistivity is low, ranging from 1 to 102 Ω·m (R2) and 10^4 to 10^6 Ω·m (R6). 2. Uniform performance The filler is uniformly dispersed, ensuring that the resistance value is consistent across all areas, allowing for safe use even after machining. 3. Stability of resistance value Since the filler is carbon-based, unlike types coated with conductive paint or filled with surfactants, there is no change in resistance value over time. Additionally, even if the surface wears down, there is no change in resistance value.
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Applications/Examples of results
Examples of Use ● Prevention of Electrostatic Discharge For transporting and storing IC components Magazine Tray Container Pulley Guide ● Prevention of Dust Adhesion due to Static Electricity Wheels Rollers Guides ● Prevention of Sparks due to Charging Parts in Solvent Handling Areas ● Prevention of Malfunction of Electronic Components Parts for Precision Measuring Instruments
Company information
We supply industrial rubber and plastic products primarily to equipment manufacturers and manufacturers in powder production, food production, pharmaceutical production, and semiconductor production.