ESD Polycarbonate Sheet | Anti-Static PC Panels for Semiconductor & Cleanroom
Our ESD Polycarbonate Sheet combines the excellent mechanical strength and optical clarity of polycarbonate with a durable anti-static surface, providing long-lasting electrostatic discharge protection without affecting transparency or impact resistance. Manufactured from premium-grade polycarbonate resin and processed under strict quality control, each sheet is tested to ensure consistent surface resistivity and reliable performance. We offer a complete custom fabrication service including CNC cutting, milling, drilling, routing, polishing, bending, and bonding, enabling customers to receive finished parts ready for installation. ESD polycarbonate is widely used in semiconductor equipment, electronics manufacturing, cleanroom partitions, machine safety guards, electrical enclosures, inspection windows, laboratory instruments, and other static-sensitive industrial applications where cleanliness, durability, and safety are essential.
Product name: Anti-static PC/PMMA Sheet
size: 100mm*2000mm、1220mm*2440mm or Customized
Thickness: 2mm 3mm 5mm 8mm 10mm 20mm 30mm
Color: Clear or Customized
Resistance value: 10^6 ~ 10^8Ω
Product Description
ESD Polycarbonate Sheet is a high-performance engineering plastic designed for environments where electrostatic discharge (ESD) control is critical. Combining the outstanding impact strength and optical clarity of polycarbonate with permanent anti-static performance, it effectively reduces static charge buildup, minimizes dust attraction, and helps protect sensitive electronic components.
Manufactured from premium polycarbonate resin and processed under strict quality control, our ESD polycarbonate sheets provide stable surface resistivity of 10⁶–10⁹ Ω/sq, making them suitable for semiconductor manufacturing, electronics production, cleanrooms, machine guarding, and industrial automation equipment.
Available in a wide range of thicknesses, sizes, and custom CNC-machined configurations, our products meet the demanding requirements of industrial applications while maintaining excellent durability, transparency, and long-term reliability.
KEY FEATURES & BENEFITS
Permanent Anti-Static Performance
Stable surface resistivity of 10⁶–10⁹ Ω/sq helps prevent electrostatic discharge and protects sensitive electronic components.
Dust Reduction
Reduces static charge accumulation, minimizing airborne dust and particle attraction in clean environments.
Anti-static acrylic sheets provide a unique solution for applications where the control of static electricity is of critical importance, while still maintaining the desirable optical and physical properties of traditional acrylic materials.
product parameters
|
Name |
Anti-static PC/PMMA Sheet |
|
Thickness |
1.8, 2, 3, 4, 5, 8,10,15,20, 30mm (1.8-30mm) |
|
Color |
Transparent or OEM Color |
|
Standard size |
1220*1830, 1220*2440mm or Custom |
|
Certificate |
CE, SGS, DE, and ISO 9001 |
|
Resistance value |
10^6 ~ 10^8Ω |
|
MOQ |
2 tons, Can Be Mixed With Colors/Sizes/Thickness |
|
Delivery |
10-25 Days |
SURFACE RESISTANCE TEST
Each ESD polycarbonate sheet is tested using a professional surface resistance meter to ensure stable anti-static performance and consistent surface resistivity before shipment.
Test Standard
ANSI/ESD S20.20
IEC 61340-5-1
Test Equipment
Professional Surface Resistance Meter
Surface Resistivity
10⁶–10⁹ Ω/sq
Inspection Purpose
- Verify stable anti-static performance
- Ensure consistent surface resistivity
- Protect ESD-sensitive electronic components
- Reduce static charge buildup
Antistatic Polycarbonate Sheet Production
The production of antistatic polycarbonate sheets involves a specialized process to impart static electricity dissipation properties to the material. This process typically includes the following key steps:
01 Raw Material
We use high-quality virgin polycarbonate resin to ensure excellent transparency, impact resistance, and long-term durability before the manufacturing process begins.
02 Sheet Extrusion
The resin is processed through advanced extrusion equipment to produce polycarbonate sheets with uniform thickness, excellent flatness, and stable physical properties.
03 Anti-Static Coating
A permanent anti-static coating is applied under controlled production conditions to achieve stable surface resistivity while maintaining high transparency and long-lasting performance.
04 Quality Inspection
Each sheet is inspected for appearance, dimensions, optical clarity, and surface resistivity to ensure reliable quality before delivery to customers.
Typical Applications
ESD polycarbonate sheets are widely used in static-sensitive industries where transparency, impact resistance, and permanent anti-static performance are essential.
SEMICONDUCTOR
Provides reliable ESD protection for semiconductor manufacturing, wafer processing, and precision production equipment.
ELECTRONICS
Prevents static buildup during PCB assembly, electronics manufacturing, and sensitive component production.
MACHINE GUARD
Combines impact resistance and anti-static performance for industrial machine guards and safety enclosures.
CLEANROOM
Maintains a cleaner working environment by reducing static attraction and airborne particle contamination.
ELECTRICAL ENCLOSURES
Ideal for electrical cabinets and control panels requiring transparency, insulation, and ESD protection.
MECHANICAL WINDOW
Offers clear visibility and permanent anti-static protection for equipment inspection and observation windows.
Why choose us?
ABOUT MCLPANEL
Our advantage
FAQ
To meet the growing demand for standardized, high-performance transparent components in commercial lighting and industrial equipment manufacturing, we officially release upgraded polycarbonate (PC) round sheets. Differentiated from conventional flat PC panels, these circular PC discs feature ultra-precise dimensional control, premium light transmittance, customizable functional coatings and excellent environmental adaptability. Tailored for lighting diffusion panels and equipment protective viewing windows, the new products deliver stable industrial performance, diverse color options and flexible deep processing services, filling the market gap of specialized circular transparent PC components for precision industrial scenarios.
As high-end industrial equipment continues to upgrade in precision, aesthetics and functional customization, traditional polycarbonate sheet cutting and simple forming processes can no longer meet the demand for fine structural parts. Professional polycarbonate CNC machining technology fills the gap of precision processing in PC component manufacturing. Relying on advanced digital engraving, milling and finishing technology, our custom CNC PC parts feature ultra-high dimensional accuracy, complex irregular structural shaping, original high-transparency texture and superior impact resistance. Compatible with multiple secondary processing technologies and diverse surface treatments, the products are widely used for customized supporting components of precision automation equipment, medical devices, intelligent instruments and industrial testing equipment, providing high-reliability fine processing solutions for high-end industrial scenarios.
Advanced polycarbonate (PC) thermoforming technology has redefined the manufacturing standards of high-end equipment exterior components, solving the structural limitations of traditional PC bending and splicing processes. Our industrial-grade custom PC thermoformed parts integrate high light transmittance, one-piece seamless molding and flexible structural customization, perfectly adapting to the streamlined, three-dimensional and complex-shaped appearance design requirements of precision industrial equipment, medical devices and intelligent automation equipment. Breaking the boundaries of conventional plastic processing, this technology realizes large curved surfaces, deep stretching and special-shaped integral structures, becoming the preferred solution for premium equipment exterior upgrading.
Traditional spliced polycarbonate products are limited by obvious joints, insufficient structural stability and single performance, which cannot meet the high-standard aesthetic and safety requirements of high-end industrial equipment and precision transparent structures. Professional custom bonded polycarbonate structural parts break the conventional simple plate splicing mode, adopting precision integrated bonding technology to create seamless, high-strength, one-piece transparent structural components. Combining ultra-high light transmission, excellent impact resistance and lightweight advantages, the products support personalized customization of complex irregular structures. Meanwhile, they can integrate multiple functional properties including flame retardancy, anti-static and surface hardening, presenting pure high-end industrial transparency and stable mechanical performance for precision equipment, industrial enclosures and customized transparent engineering projects.