New Conductive and Antistatic MC Nylon Grades Now Available for CNC Turned Parts
Our CNC turned parts service now supports two new MC Nylon resin grades, giving engineers more control over static electricity in their designs. These additions are part of our commitment to providing high-performance material options for demanding environments—without compromising lead times or manufacturability.
You can now instantly quote and order parts in the following materials via our automatic quoting system:
- MC Nylon (Conductive, Black)
- MC Nylon (Antistatic, Black)
Both grades are available with lead times starting from just four working days, making them ideal for fast-paced development cycles where ESD control is critical.
What is MC Nylon?
MC Nylon, or Monomer Casting Nylon, is a high-performance engineering plastic produced by polymerising caprolactam directly in a mould. This process results in a material with excellent mechanical strength, wear resistance, and dimensional stability—making it particularly well-suited for machined components used in industrial applications. Compared to standard extruded nylon, MC Nylon offers superior crystallinity and load-bearing capability, enabling it to perform reliably under high-stress conditions.
The newly released MC Nylon (Conductive, Black) and MC Nylon (Antistatic, Black) build on this foundation by addressing static electricity challenges in modern manufacturing. The Conductive grade is formulated with carbon-based additives to provide low surface resistivity, allowing static charges to dissipate quickly and safely. It’s ideal for jigs, fixtures, and structural parts used in semiconductor and electronic assembly environments, where ESD damage must be avoided.
On the other hand, MC Nylon (Antistatic, Black) offers moderate surface resistivity, designed to reduce the build-up of static charge without fully conducting it. This makes it a safer choice for dust-sensitive settings such as pharmaceutical lines or food processing systems, where particle control is essential, but full conductivity is not required.
Both grades retain the core machinability and durability of standard MC Nylon, while extending its functionality into electrostatically sensitive applications.
Both materials maintain the mechanical strength and machinability of standard MC Nylon, while delivering enhanced safety and performance in electrostatically sensitive environments.
Conclusion
The introduction of conductive and antistatic MC Nylon grades streamlines the sourcing of static-safe plastic components for precision applications. With full support for automatic quoting and rapid lead times, engineers can now specify these materials without delay—ensuring product reliability while accelerating development.
Explore the new materials in our turned parts service today and simplify the path to static-safe, high-performance plastic components.
What is meviy?
meviy is an AI-powered on-demand manufacturing platform developed by MISUMI. It allows engineers to upload 3D CAD models and receive instant quotations, automatic manufacturability analysis, and lead time estimates. Supporting processes like CNC machining, sheet metal fabrication, meviy streamlines procurement, reduces communication loops, and accelerates product development. Its AI capabilities also enable part recognition, interactive design editing, and compatibility with a wide range of materials—making it a smart, fast, and reliable tool for today’s engineering teams.
