Ideal Plastic is a professional supplier producing Virgin PEEK CNC Parts by advanced CNC machining centers. All workpieces adopt unmodified virgin PEEK raw material, free from recycled materials, to retain the inherent high temperature resistance, chemical inertness and self-lubricating properties of PEEK polymer. Our technical team has accumulated rich experience in machining virgin PEEK stock, avoiding common defects such as thermal deformation, burrs and internal stress during cutting, to provide stable precision parts for industrial customers with high material purity requirements.
Virgin PEEK is the base unfilled polyetheretherketone grade, which serves as the raw blank for Virgin PEEK CNC Parts. Unlike carbon fiber or glass fiber filled PEEK variants, virgin PEEK retains balanced ductility and low friction while preserving core thermal and chemical properties. The molecular chain structure of virgin PEEK consists of benzene rings connected by ether and ketone bonds, forming a rigid backbone that supports long-term service under harsh working environments.
Key material traits:
1. Continuous high-temperature resistance: It can run continuously at 250°C to 260°C, and withstand short-term peak temperature at 300°C; its heat deflection temperature reaches 315°C under specified load.
2. Outstanding chemical stability: Resistant to most organic solvents, dilute acids and alkaline solutions; long-term immersion only causes less than 1% weight change.
3. Natural self-lubricating performance: Low coefficient of friction without additional lubricant additives, suitable for dynamic moving components.
4. Excellent radiation resistance: Maintains most mechanical properties after long-term radiation exposure, suitable for special industrial environments.
5. Good steam sterilization compatibility: Repeated high-pressure steam sterilization cycles will not cause rapid performance degradation.
Compared with filled PEEK materials, virgin PEEK has better toughness and lower abrasion to mating metal surfaces, though its modulus and wear resistance under extreme load are lower than fiber reinforced grades. Customers can select virgin PEEK blanks when application scenarios demand high purity and low particle shedding.
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Product name |
Virgin PEEK CNC Parts |
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Material |
Virgin pure PEEK, carbon fiber reinforced PEEK, glass fiber reinforced PEEK, bearing grade PEEK |
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Color |
Nature, black and custom color |
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Size |
ODM/OEM/Drawing |
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Tolerance |
According to customer requirements |
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Forming method |
according to product shape and order quantity |
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Minimum order quantity |
negotiation |
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Lead time |
10-15 days |
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Property |
Virgin PEEK |
Carbon fiber filled PEEK |
Glass fiber filled PEEK |
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Toughness |
Higher |
Medium |
Medium-Low |
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Wear resistance |
Standard |
Excellent |
Good |
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Particle release |
Very low |
Low |
Higher |
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Surface finish after CNC |
Smooth |
Slightly rough |
Rough |
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Recommended use |
Medical, analytical instruments, clean environment |
High load friction parts |
High stiffness structural parts |
For cleanroom, medical and analytical instrument assemblies, virgin PEEK remains the preferred option because it avoids fiber shedding that may contaminate sensitive systems. If your parts need to sustain heavy continuous friction, fiber-reinforced alternatives may be more suitable.
1. Medical equipment components: Virgin PEEK CNC Parts support repeated steam sterilization and do not release harmful substances, ideal for surgical instruments and diagnostic device internal structures.
2. Laboratory and analytical instruments: Low particle emission and chemical inertness make the material suitable for fluidic manifolds, fittings and sample handling hardware.
3. Semiconductor processing equipment: Stable dielectric performance and low outgassing work well inside clean processing chambers.
4. Precision mechanical assemblies: Self-lubricating properties reduce maintenance requirements for small moving components.
5. Aerospace auxiliary components: Thermal stability and radiation resistance allow use in non-load-critical aerospace auxiliary structures.
Machining virgin PEEK needs controlled cutting parameters to prevent thermal stress, burrs and dimensional shift. Virgin PEEK softens when local temperature rises too high during cutting, so our operators follow proven machining workflows.
Core machining control points:
1. Tool selection: Carbide cutting tools are used exclusively. Carbide maintains sharp edges under heat and reduces surface tearing on virgin PEEK.
2. Tool geometry: Rake angle kept between 10° and 20° for smooth chip removal and clean surface finish.
3. Separate roughing and finishing passes: Roughing removes bulk material, while finishing passes take small cuts to preserve dimensional accuracy.
4. Tool inspection routine: Regular tool wear checks to avoid dull cutters that cause melting, burrs and dimensional errors on Virgin PEEK CNC Parts.
After machining, every workpiece goes through deburring and dimensional measurement. Internal stress relief is applied when the part geometry requires it to prevent later deformation.
1. Raw material verification: Each virgin PEEK batch comes with material certification to confirm no recycled content.
2. In-process dimensional inspection: Operators check key dimensions during machining to catch deviations early.
3. Final full inspection: Finished parts are measured against drawing tolerances before packaging.
4. Document retention: Material certificates and inspection records are stored for traceability.
Our team focuses on long-term industrial partnerships rather than one-off orders. We support technical discussion at the design stage, helping customers adjust part geometry to improve machinability and reduce manufacturing cost.
A: Virgin PEEK uses brand-new raw resin without recycled regrind, while some PEEK supplies contain recycled material. Virgin PEEK maintains consistent purity, stable mechanical performance and low particle shedding.
A: Virgin PEEK can operate continuously at 250°C to 260°C, and it can withstand short-term peak temperature up to 300°C. Its heat deflection temperature reaches 315°C under specified load. Long-term exposure above continuous working temperature will gradually reduce service life.
A: MOQ is negotiable. Semi-finished virgin PEEK profiles can be supplied in single pieces. For custom machined Virgin PEEK CNC Parts, MOQ depends on part complexity, tooling requirements and order schedule. We support prototype orders for project validation.
A: Standard lead time for custom machined parts is 10-15 days. Stock virgin PEEK profiles can ship faster. Lead time will be confirmed after drawing review, and any delays will be communicated proactively.
A: We cooperate with DHL, FedEx, air freight and sea freight services. Customers can also use their own freight forwarder. Shipping cost depends on part weight, package size and destination country.
