Electronics &semiconductor

Enabling the precision of digital future with innovative materials

Product Advantages Application Prospects Application Components Recommended Products

Why ZYPEEK for Electronics &semiconductor?

In semiconductor and electronics manufacturing, ZYPEEK is valued for its high purity, low outgassing, temperature resistance, and dimensional stability. It supports critical applications such as wafer handling, test sockets, and insulation components. With chemical resistance and optional electrostatic dissipative properties, ZYPEEK helps minimize electrostatic damage, enabling higher yields and reliable performance.

Why ZYPEEK for Electronics &semiconductor?

High Mechanical Performance & Fatigue Resistance & Wear Resistance

Extended Temperature Range, Superior Flame Retardancy, and Low Smoke Toxicity

Enhanced Electrical Insulation

Enhanced Cleanliness, Ultra-High Purity, Optimized Production Yield

Chemical Corrosion Resistance, Low Water Absorption

Versatile & Easy Processing

Exhibiting high tensile and flexural strength with exceptional creep resistance, ZYPEEK combines rigidity with toughness. It delivers outstanding fatigue resistance under alternating stress and superior wear resistance for an extended service life. Reinforced ZYPEEK grades offer even higher mechanical performance.

Withstands -40°C to 260°C for continuous operation and maintains superior dimensional stability at short-term peaks of 300°C. Inherently self-extinguishing (UL 94 V-0) and halogen-free, this material ensures minimal smoke and zero toxic or corrosive emissions for maximum safety.

Delivers stable electrical insulation with excellent high-voltage and dielectric breakdown resistance. Featuring high dielectric strength and low dielectric loss at high frequencies, it is ideal for demanding insulation components in the semiconductor industry.

ZYPEEK maintains exceptional wear resistance with minimal mass loss under high-temperature friction. Metallic ion contamination remains well below threshold limits, and the material remains free of halogen or other outgassing at high temperatures, effectively safeguarding wafer yield.

Highly resistant to most acids, bases, and organic solvents (except concentrated sulfuric acid). It maintains stable performance in harsh semiconductor environments—even under high heat and humidity—with low water absorption and superior hydrolysis resistance.

Versatile processing via injection molding, extrusion, coating, 3D printing, or CNC enables the production of semi-finished or high-precision parts for any design. One-step injection molding with superior mold release further streamlines production by reducing secondary operations and process steps.

The Future of Electronics & Semiconductor

As chip nodes shrink and 3D packaging evolves, harsh process environments are pushing material limits. To meet the soaring demand for HPC, AI, and IoT, manufacturers must balance heat resistance, purity, dimensional stability, and lightweighting. Our answer lies in advanced materials that play a critical role in wafer grinding, handling, and storage solutions.

Our material solutions—featuring high-temperature stability, ultra-low metallic leaching, and superior dimensional stability—are mass-production proven in critical components such as wafer carriers, IC test sockets, CMP retaining rings, and selective plating rings. By partnering with equipment and device manufacturers, we accelerate the transition from process validation to full-scale production, delivering solutions with higher process yields and lower contamination risks for next-generation packaging.

ZYPEEK Applications in Semiconductor Systems

Leveraging advanced PEEK technology, we provide comprehensive solutions for semiconductor equipment, wafer fabrication, and packaging & testing—covering design, material validation, performance optimization, and specialized technical support.

We look forward to partnering with engineering teams at OEMs and wafer fabs to co-develop and industrialize next-generation chip processes and advanced packaging applications.

Chemical Mechanical Planarization Systems

With superior heat resistance, chemical stability, and dimensional precision, ZYPEEK (550G/770G) is increasingly replacing traditional PPS in CMP retaining rings. It maintains exceptional stability in acidic or alkaline slurries, effectively boosting wafer yields while minimizing downtime and lowering the cost per wafer.

Electroplating & Selective Plating Systems

ZYPEEK selective plating rings (550G) feature zero metallic leaching and a low CTE (Coefficient of Thermal Expansion), ensuring precise plating through superior dimensional stability in high-heat and high-humidity environments. With exceptional corrosion resistance against diverse chemical solutions, ZYPEEK significantly outperforms traditional materials in service life, enhancing process purity and overall yield.

Assembly, Packaging & Inspection Systems

ZYPEEK (770G) is ideal for IC test sockets, test substrates, probes, and fixtures, maintaining high static load capacity at elevated temperatures. It ensures stable bandwidth, low resistance, and low inductance with superior dimensional stability across a wide temperature range. The YF Antistatic Series (ESD) is designed for chip carriers and wafer stages, effectively preventing electrostatic discharge (ESD) damage to ensure precise and efficient testing.

Fixtures, Carriers & Universal Component Systems

ZYPEEK fixtures (770G/Glass Fiber series) withstand high-frequency clamping forces to prevent deformation or fracture. Vacuum suction cups and antistatic wafer clamps (ESD J02) ensure precise and clean handling. Wafer carriers and cleaning cassettes (310WA series/770G) offer superior heat/chemical resistance and excellent insulation. Universal components like rollers, bearings, and screws (770G) provide outstanding wear and creep resistance, while the ESD series meets the stringent requirements of testing fixtures and connectors in semiconductor environments.

ZYPEEK Grades Recommended for Electronics & Semiconductors

770G