Q1: What is the resistance value of conductive ABS compound?

A: The resistance value is typically below 10⁸ Ω, adjustable by filler system and loading level.

Q2: Is conductive ABS the same as anti-static ABS?

A: Not exactly. Conductive ABS is a functional composite based on ABS with conductive fillers added; its resistance range generally covers anti-static (static dissipation) through conductive, so selection should be made by specific grade and resistance requirement.

Q3: What is the difference between RenJie C121 and C121H? A: C121 focuses on stable electrical properties — small fluctuations in resistivity and surface resistance across temperature, humidity and frequency changes. C121H focuses on high impact and high rigidity, with better melt fluidity, easier mold filling and a shorter molding cycle.

Q4: What is the heat resistance of conductive ABS and can it be improved?

A: Heat deflection temperature is generally 86 ℃–100 ℃ and can be raised by about 10 ℃ after annealing, meeting the requirements of some high-temperature environments.

Q5: Can conductive ABS be used for medical device housings?

A: Yes. Its stable conductive performance helps reduce the impact of static electricity on equipment and patients — for example, housings of diagnostic devices such as electrocardiographs.

About RenJie®

RenJie® focuses on the development and supply of functional modified engineering plastics. Its conductive ABS compound series (C121, C121H and more) covers injection molding grade and extrusion grade base resins, delivering stable electrical properties, mechanical performance and dimensional accuracy for anti-static and EMI shielding needs in the electronics, automotive and medical industries.