Permanently Stable Resistivity:​ Surface resistivity locked at 10^6–10^9 Ω/sq per IEC 61340-2-3, stable from -50°C to 260°C. Custom high-impedance option 10^9–10^11 Ω/sq available on request. Built into the carbon-filled matrix—no coating to wear, no particulate sloughing in cleanroom.
Ultra-Clean & Non-Particulating:​ Carbon-fiber/conductive matrix eliminates shedding during CNC turning. Meets ISO Class 5 semiconductor handling requirements for FOUP carrier pins, wafer transfer arms and static-sensitive assembly.
High-Temperature Resistance:​ Heat deflection temperature 310°C under 1.8 MPa load (ISO 75-f); continuous service rated 260°C (UL 746B RTI Elec), short-term excursion to 300°C, melting point 343°C. Ideal for high-heat ESD-safe processing.
Superior Mechanical Performance (CF30 structural grade):​ Tensile strength ~260 MPa, flexural strength ~380 MPa, flexural modulus ~23 GPa at 23°C. Fiber network retains load capacity above Tg 143°C, enabling lightweight metal-replacement for ESD-bearing components.
Chemical Inertness & Sterilization Ready:​ Resists all organic solvents except concentrated sulfuric acid. Autoclave-compatible for repeated steam cycles. Inherent UL 94 V-0 flame retardancy; compound compliant with RoHS/REACH ESD material control 

880CA30 is a 30% carbon fiber reinforced standard flow PEEK pellets. Under the ISO1133 testing standard, the flowability under testing conditions (380 ° C, 5kg) is 5g/10min
The use of medium-viscosity Carbon fiber PEEK pellets not only provides excellent mold-filling capability but also satisfies the routine mechanical property requirements of the final parts. 
Compared to high-flow grades, a moderate melt flow index (MFI) effectively reduces the shear rate during processing, it can reduce carbon fiber damage caused by over-shearing. This helps preserve fiber length and maintain the reinforcement efficiency of the PEEK pellets.
This contributes to higher flexural modulus and improved creep resistance in finished parts.

10% Carbon Fiber Reinforced PEEK 3D Printing Filament
PEEK-CF10% is a lightweight, ultra-stiff composite filament built for high-performance applications​ where strength-to-weight ratio is critical. The 10% short carbon fiber reinforcement delivers a flexural modulus of 10GPa — higher than unfilled PEEK 
 This filament is engineered for aerospace, motorsport, and advanced manufacturing sectors where replacing machined aluminum with a printed part is not just possible, but practical.
Key Advantages:
Flexural modulus 10GPa — exceptional stiffness-to-weight ratio
Density 1.34 g/cm³ — lighter than aluminum
Low warpage and minimal thermal expansion for large-format prints
Enhanced wear resistance and thermal conductivity
Typical Applications:​ Aerospace brackets, UAV components, racing prototypes, high-wear mechanical parts, lightweight robotic arms.
 

10% Glass Fiber Reinforced PEEK 3D Printing Filament
PEEK-GF10% is a cost-effective, high-rigidity engineering filament engineered for static structural applications​ that demand long-term dimensional stability under heat. The addition of 10% short glass fiber significantly boosts flexural modulus and creep resistance while maintaining excellent electrical insulation — making it the go-to choice for precision jigs, fixtures, and industrial replacement parts where metal-like stiffness matters but conductivity is not acceptable.
Key Advantages:
HDT up to 315°C (1.8MPa) — higher than unfilled PEEK
Excellent creep resistance under sustained high-temperature load
Electrically insulating — safe for semiconductor and electronic tooling
Dimensional accuracy within ±0.02mm tolerance
Cost-effective vs. carbon-fiber grades
Typical Applications:​ Industrial jigs & fixtures, electrical insulators, pump housings, high-temperature brackets, automotive under-hood components.

Natural amber PPSU rods in virgin unpigmented Radel®R-5500 NT — translucent for in-part inspection, autoclavable 1000+ times at 134 °C, 180 °C continuous, UL 94 V-0, FDA / USP VI / ISO 10993, CNC-ready stock shapes for medical, food and lab machining.

ESD PEEK granules (also known as anti-static PEEK pellets) are carbon-fiber modified compounds engineered for injection molding of semiconductor components. They deliver stable surface resistivity of 10⁶–10⁹ Ω/sq, protecting sensitive circuits from static damage while retaining PEEK's high-temperature strength.
Designed for cleanroom environments, these electrostatic dissipative granules offer continuous service at 260°C​ and excellent chemical resistance. ESD PEEK is the preferred material for test sockets, wafer carriers, and precision gear systems requiring both EMI protection and structural reliability

PEEK CF30 Rods​ are high-performance extruded bar stock reinforced with 30% carbon fiber, delivering the highest stiffness, superior wear resistance, and permanent ESD-safe behavior in the PEEK family. With a long-term service temperature of 260°C​ (short-term up to 300°C), UL 94 V-0 flammability rating, and volume resistivity in the range of 103–1012 Ω·cm, these black rods are engineered for the most demanding applications across aerospace, semiconductor, oil & gas, and precision industrial manufacturing.

Product:​ Injection Grade Antistatic PEI Pellets
Core Advantages:
ESD Safety:​ Permanent control (10⁸–10¹⁰ Ω/sq), no carbon black migration.
Cleanroom Ready:​ Ultra-low particle generation for ISO Class 5/Class 100 environments.
Thermal Stability:​ 170°C continuous use, HDT 200°C, UL94 V-0.
Process Efficiency:​ High melt flow rate, excellent release, sterilizable.
Applications:​ IC trays, surgical instruments, aircraft interiors, EV charging parts.

custom color makes  you to have a better product appearance
Using high-temperature color masterbatch can keep the product's color bright at high temperatures and prevent it from fading easily.
We use high-purity raw materials, and the product color is uniform without black spots
Multiple colors are available for selection

PEEK pellets 990G is an unfilled pure resin  with standard flowability and high melt strength, suitable for extrusion of profiles and manufacturing of PEEK films.
 
PEEK material is currently one of the best temperature resistant thermoplastic materials, with a wide range of applications

Firstly, 3D printing has strong customizability and is suitable for the production of products with personalized shapes. Especially for some complex-shaped products that are difficult or impossible to process through traditional processing techniques, they can all be manufactured through 3D printing.

Secondly, for the production demands of small-batch products, there is no need to manufacture molds separately for production, which will greatly save costs. Especially for high-end engineering materials like PEEK, not only is the mold opening cost relatively high, but also the utilization rate of the material itself in actual injection molding production is relatively low, and there is also a serious waste of the material itself. By using 3D printing to produce products, it is basically possible to fully utilize the materials.
 

Unfilled PEEK Sheet, also known as Natural PEEK Sheet, is engineered for high-purity applications. Made from virgin resin with zero fillers, it offers a continuous service temperature of 260°C, excellent chemical resistance, and superior insulation. Full-size sheets are kept in stock and available for precision cut-to-size processing. Virgin Purity:​ Referred to as Natural PEEK Sheet, this unfilled grade contains no additives, ensuring compliance with medical and semiconductor standards.
High Performance:​ Withstands continuous temperatures up to 260°C while maintaining exceptional chemical resistance and electrical insulation.
Ready to Ship:​ Standard stock sizes are available with custom cutting services to meet your machining requirements.

PEEK 990G is an unfilled pure resin with standard flowability and high melt strength, suitable for extrusion of profiles and manufacturing of PEEK films.
 
PEEK material is currently one of the best temperature resistant thermoplastic materials, with a wide range of applications

PEI 2300 pellets is a standard-flow, 30% glass-fiber-reinforced polyetherimide (PEI-GF30) injection molding resin in opaque amber granules (25 kg bags). With Tg 217°C, RTI 170–180°C, and native UL 94 V-0/5VA flame rating without halogen additives, it delivers tensile strength 160–175 MPa, flexural modulus ~8.5–9.6 GPa, and low mold shrinkage (0.2–0.4%). Dried at 150°C / 4–6 h and processed at 370–410°C melt temperature, it is the default pellet grade for high-temperature rigid structural parts in automotive sensors, aerospace interiors, and semiconductor insulators

PEI has excellent high temperature resistance and corrosion resistance
PEI material, like PEEK material, can achieve V0 level flame retardancy without adding any flame retardants.
PEI1000 is a standard flowability material that can be used for injection molding, extrusion, casting into films，and it can also used to PEI 3d printing filaments.

Firstly, 3D printing has strong customizability and is suitable for the production of products with personalized shapes. Especially for some complex-shaped products that are difficult or impossible to process through traditional processing techniques, they can all be manufactured through 3D printing.

Secondly, for the production demands of small-batch products, there is no need to manufacture molds separately for production, which will greatly save costs. Especially for high-end engineering materials like PEEK, not only is the mold opening cost relatively high, but also the utilization rate of the material itself in actual injection molding production is relatively low, and there is also a serious waste of the material itself. By using 3D printing to produce products, it is basically possible to fully utilize the materials.
 

(Boron Nitride NanobBarb, abbreviated as BNNB) This material is hexagonal boron nitride crystals nucleated on the outer surface of boron nitride nanotubes. Irregular hexagonal boron nitride crystals enhance the cross-linking between nanotubes and PEI.
 

Unreinforced polyetherimide (PEI) rods are translucent amber  color, has excellent toughness, naturally exhibit UL-94V0 flame retardancy, and produce very little smoke when burning.

PEI has excellent dimensional stability，even without fiber reinforcement, PEI does not warp. As a non-crystalline plastic, it generates  high temperatures during processing and does not easily deform after cooling, is a suitable plastic rod for high precision machining.

Unfilled PEI sheet  has good toughness. The dielectric loss factor (tanδ) of PEI resin is very small, and it still performs excellently at high frequencies, with very stable dielectric strength.
It can achieve UL94 V-0 level without adding flame retardants, with a high oxygen index (about 47%), low smoke emission and low toxicity during combustion, ensuring extremely high safety

PEEK 880G is our Enhanced Flow unfilled PEEK pellets (MFR 20 g/10min, ISO 1133), offering easier mold filling for thin-walled or complex injection parts while retaining the inherent toughness of virgin PEEK. Compared with high-viscosity PEEK 990G, 880G provides lower melt viscosity; vs. ultra-high-flow grades it has higher molecular weight and better fatigue resistance. Download TDS and selection guide.