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PEEK polymer plastic material is a kind of semicrystalline aromatic polvmer and its main chain of macromole is consist of arvl. ketone, and ether. PEEK polyetheretherketone properties have heat resistance, chemical stability as thermosetting plastics, and good processability as thermoplastics. At present, polyetheretherketone PEEK is one of the polymer materials with excellent properties.
As one of the professional PEEK material manufacturers in China, ZYPEEK provides mainly two types of PEEK raw materials: pure resin and PEEK compounds.
According to flow from low to high, there're 3 main grades: 770, 550, and 330.
According to the form and processing method, there're 6 series: Powder (P), Fine Powder (PF), Granules (G), Glass Fiber Reinforced (GL), Carbon Fiber Reinforced (CA), Friction & Wear Resistant (FC). Besides the existing 52 grades, we could also provide customized PEEK composite materials according to the customer's actual requirements.
Our polyetheretherketone PEEK products are widely used in injection molding, extrusion molding, compression molding, spraying, etc. You can also find more info about PEEK material applications in our application section.
High-Quality Standards
ZYPEEK adheres to stringent quality control processes, ensuring that our PEEK materials meet international standards for performance and reliability. This commitment to quality makes ZYPEEK a trusted partner for industries requiring high-performance materials.
Competitive Pricing
As a leading supplier in China, ZYPEEK offers competitive pricing without compromising on the quality of their PEEK materials. This balance of cost-effectiveness and high quality is attractive to customers looking to maximize value.
Technical Expertise
ZYPEEK boasts a team of experts with deep knowledge in the production and application of PEEK plastics. We provide technical support and customized solutions, helping customers optimize their product designs and manufacturing processes.
Customization Capabilities
ZYPEEK offers a wide range of PEEK grades and can tailor materials to meet specific customer requirements. This flexibility allows clients to source exactly what they need for their unique applications.
As a leading PEEK plastic material supplier in China, we offer a wide range of polyetheretherketone for choice!
Based on flow rates from low to high, there are three primary grades: 770, 550, and 330.
In terms of form and processing methods, there are six series: Powder (P), Fine Powder (PF), Granules (G), Glass Fiber Reinforced (GL), Carbon Fiber Reinforced (CA), and Friction & Wear Resistant (FC). In addition to the 52 existing grades, we can also offer customized PEEK composite materials tailored to the customer’s specific needs.
ZYPEEK mainly adopts the preparation method of nucleophilic high-temperature displacement reaction to prepare PEEK raw materials. It effectively guarantees the stability and consistency of polyetheretherketone PEEK product quality, as well as the constancy of color and purity.
You can find the application of PEEK material in the electronic semiconductor industry, analytical instruments, industrial machinery, automotive industry, aerospace, petrochemical, and other fields.
Mechanical properties Self-lubrication Chemical resistance (corrosion resistance) Flame retardancy Peeling resistance Fatigue resistance Radiation resistance Hydrolysis resistance.
PEEK raw material is compound modified with high temperature resistant structural materials and electrical insulating materials to produce various grades of compound modified special materials.
Rods
Sheets
Tubes
Selective Plating Rings
3D Filaments
Bearings
Pie Pan Spraying
Pipe Interior Spraying
Shaft Parts Spraying
Ball Spraying Parts
Bearing
Underwater Robotic Coating
Cranial Bone Plate
3D Printing Filament
Nasal Base Filler
Isolation Cover
Bushing
Gear
Valve Blade
Mushroom Valve
Spiral Blade
Valve Disc
Hydraulic Spool Valve
Seals
Counterweight Gears
Steel Back Bearings
Sucker Rod Corrector
Sealing Ring
High Voltage Slider
Polyether ether ketone (PEEK) is a high-performance thermoplastic that requires specific processing techniques due to its exceptional mechanical properties and thermal stability. The primary methods include:
Injection Molding: PEEK is melted and injected into molds at high temperatures (360°C to 400°C). Precision in temperature and mold design is crucial to avoid defects.
Extrusion: PEEK is extruded into continuous shapes like rods and tubes. Maintaining consistent pressure, temperature, and cooling ensures high-quality outputs.
Compression Molding: This involves placing PEEK powder in a heated mold and applying pressure to form complex shapes. Proper cycle control is needed to achieve desired properties.
Machining: PEEK can be machined using conventional methods, with carbide or diamond-tipped tools preferred for precision parts.
3D Printing: PEEK can be 3D printed using high-temperature FDM printers, making it suitable for producing complex geometries.
Each method requires careful control of processing parameters to fully utilize PEEK’s unique properties.
Polyether ether ketone (PEEK) is not only known for its high performance but also for its potential contributions to sustainability in various industries. Here’s how PEEK aligns with sustainability efforts:
1. Long Lifespan and Durability
PEEK’s exceptional mechanical properties and resistance to chemicals, wear, and high temperatures make it incredibly durable. Products made from PEEK have a long lifespan, reducing the need for frequent replacements and minimizing waste. This durability contributes to sustainability by lowering the overall consumption of materials.
2. Lightweight and Fuel Efficiency
In industries like aerospace and automotive, using PEEK to replace heavier metal components can significantly reduce the weight of vehicles. This weight reduction leads to improved fuel efficiency, lowering greenhouse gas emissions and contributing to environmental sustainability.
3. Recyclability
PEEK can be recycled, which is a crucial aspect of its sustainability. Although recycling PEEK is more complex than other plastics due to its high melting point, advancements in recycling technologies are making it more feasible to reclaim and reuse PEEK materials, reducing the environmental impact.
4. Energy Efficiency in Processing
While PEEK requires high temperatures for processing, its excellent properties often allow for thinner, lighter components that require less energy to produce and transport. Additionally, the efficiency gains from using PEEK in various applications can offset the energy used in its processing.
5. Replacement of Toxic Materials
PEEK can replace more hazardous materials, particularly in the medical and electronics industries. By using PEEK instead of metals that require harmful coatings or chemicals, the overall environmental and health impact is reduced.
6. Support for Renewable Energy
PEEK’s stability and resistance to harsh environments make it suitable for use in renewable energy technologies, such as solar panels and wind turbines. Its durability ensures long-term performance, supporting the growth of sustainable energy sources.
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