PEEK 1000 (Ongevuld) Polymeer: Eigenschappen, Toepassingen en CNC-bewerkingsgids

Het kiezen van het juiste constructiemateriaal vormt de basis van elk succesvol CNC-bewerkingsproject. PEEK 1000 is Unfilled (virgin) polyether ether ketone (PEEK), and it is specified across demanding industries because its property profile matches real service loads. In this guide we examine its chemical composition, mechanical and physical properties, where it is used in production, and the practical parameters our machinists apply when cutting, drilling and finishing it on modern CNC equipment. Whether you are specifying raw stock or validating a design, the data below will help you make a confident, cost-effective decision.

Understanding PEEK 1000 also means understanding how it behaves once it leaves the saw and enters the spindle. The sections that follow move from metallurgy and chemistry to real machining advice, so you can plan tolerances, tooling and finishing in a single pass rather than discovering problems on the shop floor. For related processing topics, see our resources on precision CNC machining and material selection for turned parts.

We have machined PEEK 1000 in quantities ranging from single prototypes to full production runs, and the guidance here reflects that hands-on experience. Numbers are representative of the common supplied temper; always confirm critical values against a mill certificate for the exact heat you receive.

Chemische samenstelling en legeringschemie

PEEK 1000 is Unfilled (virgin) polyether ether ketone (PEEK). Its performance comes from a carefully balanced chemistry in which each element plays a specific role: major alloying elements build strength and hardenability, while minor additions refine the grain, improve machinability or stabilize the microstructure during heat treatment. The typical composition is shown in the table below, and we then explain what the most important elements do.

In PEEK 1000, base (typically Polyether ether ketone (C19H12O3)n): the base polymer delivers the high-temperature and chemical resistance this family is known for. Controlling this element within tight limits is what lets mills deliver repeatable, specification-grade stock.

In PEEK 1000, filler (typically None): the filler raises stiffness, wear resistance or electrostatic performance as required. Controlling this element within tight limits is what lets mills deliver repeatable, specification-grade stock.

In PEEK 1000, grade (typically Natural, semi-crystalline): the grade is tuned for the intended balance of stiffness, toughness and cost. Controlling this element within tight limits is what lets mills deliver repeatable, specification-grade stock.

In de productie wordt de samenstelling gecontroleerd door spectrometrie en gedocumenteerd op het materiaalcertificaat. Omdat kleine afwijkingen de hardbaarheid, het corrosiegedrag en de manier waarop het materiaal reageert op snijgereedschap beïnvloeden, stemmen we altijd het hittecertificaat af op het procesplan voordat de eerste staaf wordt geladen.

Mechanische eigenschappen

Mechanical properties define how PEEK 1000 carries load, resists deformation and survives fatigue in service. The values quoted here are representative of the common supplied temper; heat treatment and section size will move the numbers, so confirm with your mill certificate for critical parts. The summary table is followed by notes on why each value matters to a designer.

De treksterkte en vloeisterkte geven aan welke belasting een onderdeel kan dragen, terwijl de rekbaarheid aangeeft hoeveel ductiliteit er nog overblijft om overbelasting te absorberen of bewerking mogelijk te maken. Hardheid is een nuttige indicator voor slijtvastheid en voor het voorspellen van gereedschapsverlies tijdens het bewerken. Samen stellen deze waarden u in staat om profielen te dimensioneren, veiligheidsfactoren te kiezen en inspectielimieten met vertrouwen vast te leggen.

Because PEEK 1000 is a polymer, the strength numbers describe behaviour at room temperature and change markedly with heat and strain rate. Treat them as a starting point and validate with molded or machined coupons under your actual service conditions, especially where creep or repeated impact is expected.

Fysische en thermische eigenschappen

Physical properties affect machining strategy as much as mechanical ones. Density drives mass and handling, thermal conductivity governs how heat leaves the cut, and the melting or softening point sets the ceiling for cutting speed and the type of coolant you can use. The table below summarizes the key values for PEEK 1000.

These values explain why PEEK 1000 machines the way it does. Low thermal conductivity, for example, traps heat at the tool edge and pushes you toward sharper tools, lower depths of cut and aggressive coolant delivery. A low or high density changes how you fixture and balance a part. High strength-to-weight ratios, on the other hand, are exactly why designers keep specifying this material even when a cheaper alternative exists.

Belangrijkste kenmerken

PEEK 1000 earns its place in engineering designs because of a short list of characteristics that matter on the shop floor and in the field. Each one is explained below so you can judge fit against your requirement.

Outstanding chemical resistance

Outstanding chemical resistance In the context of PEEK 1000, this matters because it influences both the performance of the finished part and the way the raw stock must be processed, heat treated and machined to release its full potential.

High continuous-use temperature (~260 C)

High continuous-use temperature (~260 c) In the context of PEEK 1000, this matters because it influences both the performance of the finished part and the way the raw stock must be processed, heat treated and machined to release its full potential.

Good wear and fatigue

Good wear and fatigue In the context of PEEK 1000, this matters because it influences both the performance of the finished part and the way the raw stock must be processed, heat treated and machined to release its full potential.

Excellent mechanical strength among plastics

Excellent mechanical strength among plastics In the context of PEEK 1000, this matters because it influences both the performance of the finished part and the way the raw stock must be processed, heat treated and machined to release its full potential.

Together these traits make PEEK 1000 a practical choice where performance, weight and manufacturability must all be satisfied at once. None of them is unique on its own, but the combination is what separates a specification-grade material from a commodity one.

Industriële en technische toepassingen

The real test of any material is where it is trusted in production. PEEK 1000 appears across aerospace, automotive, energy and precision industries in the following roles, each chosen because the property profile matches the duty cycle:

Bearings and bushings

Wear parts in aggressive media.

When we produce bearings and bushings for this kind of application, we pay particular attention to the critical dimensions and surface condition, because that is what determines whether the part survives its service life. Our inspection reports document every key feature.

Medical implants

Biocompatible, sterilizable components.

When we produce medical implants for this kind of application, we pay particular attention to the critical dimensions and surface condition, because that is what determines whether the part survives its service life. Our inspection reports document every key feature.

Semiconductor parts

High-purity, low-outgassing fixtures.

When we produce semiconductor parts for this kind of application, we pay particular attention to the critical dimensions and surface condition, because that is what determines whether the part survives its service life. Our inspection reports document every key feature.

Ruimtevaartbeugels

Lightweight, high-temp clips and mounts.

When we produce aerospace brackets for this kind of application, we pay particular attention to the critical dimensions and surface condition, because that is what determines whether the part survives its service life. Our inspection reports document every key feature.

Voor achtergrondinformatie over hoe wij dergelijke onderdelen vasthouden en fixeren, raadpleeg onze notities over fixture design for CNC milling and tolerance stacking in assemblies. Goede fixatie maakt vaak het verschil tussen een onderdeel dat binnen toleranties blijft en een onderdeel dat dat niet doet.

Richtlijnen voor CNC-bewerking

Machining PEEK 1000 successfully is about matching tooling, speed and coolant to its specific behaviour. The recommendations below reflect shop-proven practice for holding dimension, surface finish and tool life, and they are a starting point that our programmers refine for each geometry.

Tooling Selection

Sharp polished carbide; single or 2-flute for milling.

Naast de keuze van het materiaal is ook de geometrie van het gereedschap van belang: een hoge positieve snijhoek vermindert de snijkrachten, een gepolijste groef bevordert het afvoeren van kleverige spanen, en een stijve gereedschapshouder beperkt trillingen die anders de oppervlakteafwerking zouden kunnen vernietigen. Wij kiezen de geometrie per bewerkingsstap in plaats van één universele eindfrezen te gebruiken.

Snijparameters

Milling 200-400 m/min, turning 100-250 m/min, drilling low feed.

Deze bereikwaarden gaan uit van een stijve machine en een goed vastgeklemd werkstuk. Als er trillingen optreden, is de eerste reactie om de overhang van het gereedschap te verkorten en de spindelsnelheid te verhogen tot een stabiele werking, in plaats van simpelweg de voedingssnelheid te verlagen. Onze werkplaatsen registreren bewezen parameters per materiaal, zodat herhaalopdrachten beginnen vanuit een bekend goede basis.

Toleranties en oppervlakteafwerking

Hold +/-0.02 mm; relieve stress by annealing after roughing.

Werkopspanning en bevestigingstechnieken

Stable workholding is the quiet hero of precision machining. For PEEK 1000 we favour full-contact soft jaws, vacuum or dedicated fixtures that constrain the part without distorting it, then measure the first piece before releasing the batch. This discipline is what lets us hold the tight tolerances the application demands.

Common challenges when cutting PEEK 1000: Melts and re-welds at the edge; sharp tools, positive rake, air or mist coolant, low depth of cut.. A rigid setup, sharp edges and consistent coolant delivery resolve most of them, and our quality team verifies every critical dimension before shipment so the part that reaches your dock is the part on the drawing.

Warmtebehandeling en oppervlakteafwerking

Annealing near 150 C relieves machined-in stress and stabilizes dimensions.

After thermal treatment, PEEK 1000 is usually finished by grinding, honing or light CNC cleanup to reach the final tolerance, because hardened material is too hard to cut economically. Surface treatments such as anodizing, plating, nitriding, black oxide or coating can then be added when wear, corrosion or appearance call for it. We coordinate heat treatment and finishing with machining so distortion is planned for, not discovered late.

How PEEK 1000 Compares with Similar Materials

No material is chosen in isolation. The table below positions PEEK 1000 against nearby alternatives so you can see where it wins and where a substitute might be better. The right choice is almost always a trade-off between cost, weight, strength and how easily the part can be made.

Als uw prioriteit het laagst mogelijke gewicht, de hoogste sterkte of de makkelijkste bewerking is, kan de juiste buur in deze tabel de beslissing beïnvloeden. Onze ingenieurs kunnen snel een afwegingsstudie uitvoeren op basis van uw belastingen en volumes, en vaak lost een kleine wijziging in legering of warmtebehandeling een dure secundaire bewerking op.

Tuofa CNC Duitsland: Uw partner voor precisieproductie

Wanneer uw ontwerp klaar is, Tuofa CNC Duitsland turns materials like PEEK 1000 into finished, inspected components. We are a precision CNC machining supplier serving automotive, aerospace, medical and industrial customers who need consistent quality and short lead times, and we treat every order as a partnership rather than a transaction.

Waarom ingenieurs kiezen voor Tuofa CNC Duitsland

Wij combineren ISO-gecontroleerde processen, ervaren programmeurs en een transparante offerte-workflow, zodat u altijd weet wat u ontvangt voordat we de eerste spaan afsnijden. Van een enkele prototype tot volledige productie geldt hetzelfde kwaliteitssysteem, waardoor het risico wordt weggenomen dat prototype- en productieonderdelen verschillend gedragen.

Onze CNC-mogelijkheden

Our workshop runs 3-, 4- and 5-axis CNC milling centers, CNC turning lathes with live tooling, and support processes such as grinding, deburring and inspection. We routinely hold tight tolerances on metals, plastics and specialty alloys like PEEK 1000, and our CAD/CAM team optimizes toolpaths for both cycle time and surface quality.

Materialen en toleranties die wij behandelen

Beyond PEEK 1000, we machine aluminum, stainless and alloy steels, titanium, copper alloys, PEEK and other engineering polymers. Typical tolerances reach +/-0.01 mm on critical features, with full material traceability and first-article inspection on request. Get a quote through our CNC machining services pagina, of stuur ons uw tekening voor een snelle, gedetailleerde reactie.

Conclusion

PEEK 1000 is Unfilled (virgin) polyether ether ketone (PEEK), valued for its balanced combination of properties and proven track record in demanding applications. With the right composition, heat treatment and CNC parameters, it delivers reliable, repeatable parts that hold up in the field. Tuofa CNC Germany is ready to machine it to your drawing and tolerance, with the inspection and traceability your program requires. Reach out today to discuss your project and receive a fast, detailed quotation.