Ceramic PEEK Plate

Product Overview

Ceramics PEEK The board is made of high-performance polyether ether ketone ( PEEK A high-end modified engineering plastic sheet produced by compounding ceramic-modified powder with a resin matrix, followed by high-temperature blending, extrusion, and compression molding. The product integrates pure… PEEK The material’s high toughness and excellent wear resistance, combined with the ceramic’s superior stiffness, high-temperature resistance, and corrosion resistance, address the limitations of conventional materials. PEEK Shortcomings include insufficient material hardness, limited friction resistance, and poor stability under extreme operating conditions. Compared with conventional plastics, metals, and standard… PEEK Sheet material, ceramic PEEK The board boasts a substantial upgrade in overall performance, making it a specialized engineering panel that is lightweight, high‑strength, and long‑lasting. It is suitable for a wide range of demanding and complex industrial, medical, and aerospace applications, serving as the preferred advanced material to replace metals and conventional plastics.

Core Physicochemical Properties of the Product

Ceramics PEEK The board combines excellent physical and mechanical properties with outstanding chemical stability, with performance metrics far surpassing those of conventional engineering plastics. Its key characteristics are as follows:

1 , Extremely resistant to corrosion and chemicals

The product exhibits exceptional chemical stability; under ambient and elevated temperatures, it resists corrosion from a wide range of media, including acidic and alkaline solutions, organic solvents, lubricating oils, hydraulic fluids, seawater, and corrosive gases, without cracking, deformation, aging, swelling, or discoloration. It is free from electrochemical corrosion, thereby eliminating the common defects of metal materials such as rusting and oxidative degradation, and can operate reliably over long periods in humid and corrosive environments.

2 , excellent electrical insulation properties

After ceramic modification, it still retains PEEK The substrate boasts superior insulating properties, with high insulation resistance, low dielectric loss, and a stable breakdown voltage. It maintains consistent insulation performance even under high-frequency, high-voltage, and humid conditions, remaining non-conductive, leak-proof, and free from electrostatic discharge. It is well-suited to meet the insulation and protection requirements of various precision electrical and electronic devices, making it a premium custom‑made insulating sheet for high‑end electrical applications.

3 , Ultra-high resistance to high and low temperatures

The continuous operating temperature can reach 260 ℃, with a maximum short-term temperature resistance of 315 ℃; in high-temperature environments, it does not soften, deform, or become brittle, and its mechanical strength and dimensional stability remain essentially unchanged. At the same time, it exhibits excellent low-temperature resistance and can withstand -60 Under ultra-low temperature conditions, it remains crack‑free and retains its toughness, making it well suited to complex operating environments characterized by alternating high and low temperatures and significant temperature fluctuations.

4 , high hardness, high wear resistance, low friction

The addition of ceramic powder significantly enhances the surface hardness and compressive strength of the sheet, with wear resistance that surpasses that of ordinary materials. PEEK of the board 2-3 It boasts a high load capacity, an extremely low coefficient of friction, and excellent self-lubricating properties, enabling long-term friction‑based operation without the need for additional lubrication. This effectively reduces wear, seizing, and abnormal noise at the contact interface, while also offering superior resistance to impact and compression and maintaining dimensional stability, thereby significantly extending the mechanical service life.

5 , lightweight, and excellent dimensional stability

The material’s density is significantly lower than that of metals such as stainless steel and aluminum alloys, resulting in a lightweight profile that effectively reduces the overall load on equipment. Additionally, it exhibits an extremely low coefficient of thermal expansion, minimizing deformation and warping under both high‑ and low‑temperature conditions and prolonged mechanical loading. It also offers high machining accuracy, ensuring precise dimensions and exceptional dimensional stability after forming.

6 , environmentally friendly and non-toxic, aging-resistant

The material is odorless and free of harmful leachables, meeting food-grade and medical-grade safety standards. It exhibits excellent resistance to UV radiation, aging, and fatigue, ensuring long-term performance under outdoor and enclosed conditions without significant degradation, with outstanding weatherability.

Core Application Areas

With its all‑round physicochemical properties, ceramic… PEEK Plates are widely used in high-end precision industries and serve as critical components for wear resistance, electrical insulation, corrosion protection, and high-temperature resistance across various sectors.

1 , the medical field

It is primarily used for medical surgical instrument pads, insulating components of medical devices, orthopedic auxiliary parts, and structural elements of sterilization equipment. With its non‑toxic, sterile, high‑temperature and high‑pressure sterilizable, corrosion‑resistant, easy‑to‑clean, and dimensionally stable properties, it can withstand repeated autoclaving and chemical disinfection without generating harmful substances, thereby ensuring the safety of medical devices while extending the service life of components and reducing the frequency of consumable replacements.

2 , aerospace field

It is used in insulating structural components for airborne avionics, wear‑resistant gaskets for aerospace instruments, lightweight parts for aircraft, high‑temperature isolation baffles, and more. With its advantages of lightweight design, high‑temperature resistance, fatigue resistance, superior electrical insulation, and corrosion resistance, it effectively reduces the self‑weight of aerospace equipment, enhances endurance and operational stability, and withstands the extreme temperature fluctuations, low pressure, and complex aerodynamic erosion conditions encountered at high altitudes, thereby ensuring the long‑term stable operation of precision instruments.

3 , in the fields of Industrial Engineering and Mechanical Engineering

It is widely used in wear‑resistant guide rails, sliders, bearing pads, thermal insulation plates for precision molds, corrosion‑resistant linings for chemical equipment, insulating components for hydraulic systems, and more. It can operate continuously under conditions of high‑speed friction, elevated temperatures, corrosive environments, and high pressures, reducing mechanical wear, lowering the likelihood of equipment failure, and isolating against high temperatures and corrosive media, thereby significantly enhancing the operational efficiency and reliability of industrial equipment.

4 , Electronics and Electrical Engineering Field

It is used for high-end circuit board insulating pads, heat‑resistant and wear‑resistant components in precision electronic instruments, insulating barriers for high‑voltage electrical equipment, protective structural parts for new‑energy batteries, and more. With its reliable insulation, high‑temperature resistance, flame retardancy, and wear resistance, it effectively prevents issues such as circuit leakage, electrostatic breakdown, and thermal damage to components, thereby ensuring the safe and stable operation of electronic and electrical equipment.

5 , Food and chemical industries

It is suitable for wear‑resistant liners in food‑processing equipment, anti‑corrosion linings for chemical storage tanks, sealing gaskets for fluid‑handling systems, and more. With food‑grade safety, resistance to acid and alkali corrosion, and excellent washability, it prevents media contamination and equipment corrosion or failure, meeting both food‑production hygiene standards and the stringent anti‑corrosion requirements of the chemical industry.

Product Competitive Advantages

Compared to the ordinary PEEK Board, fiberglass-modified PEEK Sheets, metal sheets, and other engineering plastic sheets; our company’s ceramics. PEEK The board’s core strengths are prominent, offering targeted solutions to industry pain points:

1 , compared to ordinary pure PEEK board

Common PEEK The board has relatively low hardness and poor wear resistance; prolonged friction can easily lead to wear and deformation, and its high-temperature resistance is limited. Our company’s ceramic… PEEK The board has been upgraded through ceramic modification, resulting in improved hardness and wear resistance. 2 More than double, with superior high-temperature dimensional stability, significantly enhanced resistance to compression and impact, and a service life that is standard. PEEK of the board 1.5-2 倍, tailored to meet the more demanding conditions of heavy loads and high-frequency friction.

2 , Comparison with glass-fiber modification PEEK board

Glass fiber modification PEEK The material exhibits high brittleness, is prone to powder shedding, and has poor toughness; it tends to crack during machining, and the migration of glass fibers can contaminate precision‑critical applications. In contrast, the ceramic‑modified formulation is fine and uniform, with no powder shedding or fiber leaching, offering a balanced combination of toughness and rigidity. It delivers superior machining accuracy and does not contaminate medical, precision‑electronics, or food‑production environments, making it well suited for high‑end, precision‑critical applications.

3 , Comparison with metal sheets (stainless steel, aluminum alloy)

Metal sheets are heavy, prone to corrosion, conductive, and can generate metal debris and abnormal noises through friction; they also have poor insulation. Our company’s ceramic… PEEK The plate is lightweight, electrically insulating and non-conductive, corrosion‑resistant and rust‑free, self‑lubricating with no debris, and generates extremely low friction noise. It requires no post‑installation rust prevention or lubrication maintenance, significantly reducing operation and maintenance costs.

4 , Compared with other engineering plastics ( PA 、 POM 、 PVC )

Common engineering plastics have low temperature resistance, are prone to aging, exhibit poor corrosion resistance, and lack sufficient mechanical strength; ceramics PEEK The board delivers all‑round, superior performance, with comprehensively enhanced capabilities in temperature resistance, wear resistance, corrosion protection, electrical insulation, and aging resistance. It can operate reliably over the long term under extreme conditions, offering even greater overall cost‑effectiveness.

5 Our proprietary process advantages

Utilizing high-temperature internal mixing and uniform blending processes, the ceramic powder is evenly dispersed, ensuring consistent overall performance of the sheet with no localized variations. The surface is smooth and flat, free of porosity and impurities, and exhibits excellent machinability for cutting, drilling, and milling. Custom sizes and thicknesses are available to meet customers’ non‑standard processing requirements, with a yield rate significantly higher than that of typical industry products.

Selection Guide

To help customers quickly identify the appropriate model, we have developed a simplified selection guideline based on operating conditions, wall thickness, and performance requirements. The key standard models and their corresponding application scenarios are as follows:

Selection tip: Choose this option for light-load, ambient-temperature, and standard insulation‑and‑wear‑resistant applications. CP-05 ; Heavy-duty, high-frequency friction, and industrial operating conditions take priority CP-10 ; Alternating high and low temperatures, selection of high-temperature equipment CP-20 ; Mandatory selection for medical, food, and cleanroom applications CP-30 Food-grade and medical-grade. Customizable options available for special thicknesses, modified formulations, and color specifications.

Precautions for Use (Guidelines for Enhanced Efficiency and Loss Reduction)

Proper Use and Installation of Ceramics PEEK The board can maximize product performance, extend service life, help customers reduce consumable costs, minimize equipment downtime losses, and improve production efficiency. Key considerations are as follows:

1 , Processing Precautions

The板材 boasts high hardness and excellent precision. During machining, it is recommended to use carbide cutting tools and perform low-speed, steady‑speed cutting and drilling to prevent overheating and chipping caused by high‑speed, aggressive operations. After machining, promptly remove surface debris; the material can maintain a highly accurate flat surface without the need for grinding or polishing, reducing secondary‑processing costs, improving component fit, and minimizing equipment wear and jamming due to machining defects.

2 , Installation and Usage Guidelines

During installation, ensure that the contact surfaces are flat and tightly fitted to prevent localized gaps and uneven stress distribution, thereby avoiding localized deformation under prolonged heavy loads. When tightening the fixing screws, apply even torque to eliminate unilateral compression. Do not forcibly bend or strike the panel, as this may damage its internal structure, compromise long-term stability, and increase the frequency of equipment downtime due to failures.

3 , Operational Condition Adaptation and Maintenance

Under normal operating conditions, frequent maintenance is unnecessary; the smooth surface resists dust and grime buildup, requiring only routine cleaning with water or a neutral detergent. No lubricating oils are needed for upkeep, reducing consumable and labor costs. By avoiding prolonged exposure to highly oxidizing strong acids and strong bases—especially ultra‑high‑concentration corrosive media—the service life of the panels can be further extended. When used in high‑ and low‑temperature environments, minimizing rapid thermal shocks helps maintain dimensional stability over the long term.

4 , Core Value of Efficiency Enhancement and Loss Reduction

Compared with traditional materials, this product exhibits exceptional wear resistance, corrosion resistance, and aging resistance, significantly reducing the frequency of component replacements and minimizing equipment downtime for maintenance. Its self‑lubricating properties eliminate the need for continuous lubrication, thereby lowering operational and maintenance consumable costs. Moreover, its high precision and superior stability help mitigate issues such as jamming, abnormal noises, and malfunctions, effectively enhancing equipment performance and improving first‑pass yield. Over the long term, its total cost of ownership is substantially lower than that of metal or conventional plastics.

Product Summary

Ceramics PEEK As a modified high-end specialty engineering panel, it seamlessly integrates PEEK The substrate’s high toughness and excellent stability, combined with the ceramic material’s superior hardness, wear resistance, high-temperature resistance, and corrosion resistance, address the limitations of conventional… PEEK Addressing the pain points of various operating conditions across boards, metal sheets, and conventional engineering plastics. The product boasts multiple advantages, including electrical insulation and safety, superior weather resistance, lightweight construction, long service life, ease of processing, and reduced need for high-frequency maintenance, making it well-suited to the demanding environments of medical devices, aerospace, industrial machinery, electronics and electrical systems, as well as the food and chemical industries.

Our company’s ceramics PEEK The plate‑based process is mature, delivers stable performance, and offers a full range of specifications, with support for customized fabrication. Compared to competing products, it boasts higher precision, superior consistency, and an extended service life, helping customers effectively optimize equipment performance, reduce consumable waste, lower operational and maintenance costs, and boost production efficiency. It serves as a core upgrade component for high‑end precision equipment and demanding industrial applications, delivering exceptional practical value and outstanding cost‑effectiveness.