HOMEPRODUCTSPEEKLX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material

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  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material
  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material
  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material
  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material
  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material
  • LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material

LX04420C (PDX-L-04420 CCS) - Conductive Filled PEEK Material

LNP™ STAT-KON™ LX04420C (PDX-L-04420 CCS) is a conductive-grade peek material from SABIC. This black granule uses proprietary filler for high purity and stable conductivity, suitable for injection molding in industrial and electronic components.

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  • Product Struction

What is PEEK Material

 

LNP™ STAT-KON™ LX04420C (PDX-L-04420 CCS) is a conductive peek material (polyetheretherketone) composite material developed by SABIC. This material is modified through proprietary conductive fillers and is specifically designed for high-precision injection molding processes. It combines the heat resistance, mechanical strength and chemical stability of PEEK, and also features stable electrostatic discharge (ESD) performance. It is highly suitable for the manufacturing of electronic, electrical and high-end industrial components.

  ・Product form: Granular

  ・Colour: Black

  ・Processing method: Injection molding

  ・Material properties: Conductive, filling, high cleanliness modified series

PEEK LX04420C (PDX-L-04420 CCS)

 

01 | Product highlights

 

Stable electrical conductivity

The surface resistivity is between 10⁶ and 10⁸ Ω, which can achieve stable electrostatic dissipation and prevent damage to electronic components.

Excellent mechanical rigidity

The tensile strength reaches 149 MPa, and the flexural modulus exceeds 10,000 MPa, maintaining structural stability and precision.

Outstanding High-Temperature Performance

The heat distortion temperature can reach up to 300°C (ASTM D648, 1.8 MPa), and it is suitable for high-temperature continuous operating environments.

Excellent dimensional stability

It has a low shrinkage rate (0.3-0.6%) and a linear expansion coefficient of only 3.9×10⁻⁵ cm/cm/°C, making it suitable for high-precision parts.

Clean electrical performance

It meets the safety production requirements of cleanrooms and ESD, and is suitable for the manufacturing of electronic display and semiconductor equipment.

 

02 | Performance Analysis

 

LNP™ STAT-KON™ LX04420C adopts a ratio of high-purity peek material substrate and proprietary conductive fillers to ensure the combination of electrical conductivity, heat resistance and structural integrity.

Compared with common conductive engineering plastics, this product has obvious advantages in the following aspects:

  ・The heat distortion temperature is raised by approximately 50°C, which is superior to that of carbon fiber or carbon black-filled PA, PPS and other materials.

  ・Low gas emission, more suitable for clean application environments such as semiconductors and displays;

  ・The electrical conductivity remains stable in thermal cycling and high-humidity environments.

 

03 | Processing suggestions

 

  ・Recommended process: Injection molding

  ・Drying conditions: 150°C, 3 to 4 hours

  ・Melting temperature: 360-400°C

  ・Mold temperature: 170-200°C

Appropriate drying and mold temperature control can ensure the consistency of conductivity and the appearance quality of the product, especially suitable for thin-walled, complex-structured or high-precision ESD components.

For manufacturers using peek material, controlling process parameters is the key to ensuring the stability of product performance.

 

04 | Typical applications

 

LNP™ STAT-KON™ LX04420C is widely used in:

  ・Electronic and semiconductor equipment: wafer trays, conductive fixtures, housing assemblies

  ・Display and optical equipment: Support structural components with low particle release

  ・Industrial sensors and connectors: Components that attach equal importance to dimensional accuracy and electrical conductivity

  ・Automotive electronic modules: ESD protection housing and structural components

The demand for peek material in these fields continues to grow, mainly because it has both mechanical stability and electrical controllability.

 

05 | PEEK material properties data sheet - PEEK LX04420C (PDX-L-04420 CCS)

 

Mechanical behaviorConditionStandardValueUnit
Instrument Shock23℃ Peak EnergyASTM D37632J
ElongationYieldASTM D6382.3%
ElongationBreakASTM D6382.3%
ElongationYieldISO 5272.1%
ElongationBreakISO 5272.1%
Multi-Axial ImpactISO 66032J
Flexural StrengthASTM D790241MPa
Flexural StrengthISO 178241MPa
Flexural ModulusASTM D79010790MPa
Flexural ModulusISO 17810270MPa
Izod Un-notch Impact23℃ASTM D4812576J/m
Izod Un-notch Impact23℃ 4.00mmISO 180212kJ/m²
Izod Notch Impact23℃ASTM D25648J/m
Izod Notch Impact23℃ 4.00mmISO 18013kJ/m²
Tensile StrengthYieldASTM D638149MPa
Tensile StrengthBreakASTM D638149MPa
Tensile StrengthYieldISO 527149MPa
Tensile StrengthBreakISO 527149MPa
Tensile Modulus50mm/minASTM D63811990MPa
Tensile Modulus1.0mm/minISO 52711500MPa
ThermalConditionStandardValueUnit
HDTUnannealed 1.80MPa 3.20mmASTM D648300
HDT1.80MPa 4.00mmISO 75246
CLEFlow -40.0~40℃ASTM E8313.96E-5cm/cm/℃
CLExFlow -40.0~40℃ASTM E8311.62E-5cm/cm/℃
CLEFlow -40.0~40℃ISO 113594.12E-5cm/cm/℃
CLExFlow -40.0~40℃ISO 113591.63E-5cm/cm/℃
Physical propertyConditionStandardValueUnit
ShrinkageFlow 24hrASTM D9550.3%
ShrinkagexFlow 24hrASTM D9550.6%
ShrinkageFlow 24hrISO 2940.34%
ShrinkagexFlow 24hrISO 2940.62%
DensityASTM D7921.36g/cm³
DensityISO 11831.36g/cm³
Electrical propertiesConditionStandardValueUnit
Volume ResistivityASTM D2571E6~1E8Ω.cm
Surface ResistivityASTM D2571E6~1E8Ω

 

06 | Industry trends

 

With the continuous improvement of global manufacturing requirements for electrostatic discharge protection (ESD) and clean materials, conductive peek material is gradually becoming an important choice in high-end electronics and industrial fields.
LNP™ STAT-KON™ LX04420C, with its outstanding heat resistance, mechanical strength and stable electrical conductivity, offers an ideal solution for the next generation of high-reliability applications.

PEEK Material

 

07 | Similar recommendations (provided by Juyuan)

 

ManufacturerProduct ModelSpecific GravityTensile StrengthElongationShrinkageTensile ModulusHeat Deflection TempIzod Impact (Notched)Flexural ModulusIzod Impact (Unnotched)Coefficient of Linear ExpansionFlexural Strength
SABICLL004C (LL-4040 CCS)1.37 g/cm³74 MPa5.80%1.30%2890 MPa96 J/m2960 MPa1548 J/m117 MPa
SABICLX00797C (PDX-L-00797 CCS)1.39 g/cm³155 MPa2.50%310 ℃53 J/m7920 MPa270 J/m195 MPa
SABICLX00486C (PDX-L-00486 CCS)1.4 g/cm³179 MPa2%0.25%17280 MPa336 ℃63 J/m13600 MPa657 J/m1.1E-5 cm/cm/℃262 MPa

 Selection suggestions

  ・If high modulus and high heat deflection temperature are pursued, LX00486C is recommended.

  ・If a balance between strength and formability is required, LX00797C can be chosen.

  ・If universality and cost-effectiveness are emphasized, LL004C is an ideal choice.

As a professional supplier of peek material, Juyuan can provide differentiated selection support according to customer requirements.

 

08 | Why choose Juyuan

 

As a professional supplier with 24 years of international experience in plastic raw material trade, Juyuan provides global customers with:

  ・Stable supply of original SABIC PEEK series products

  ・Full-process selection and technical support

  ・Complete compliance documents (RoHS, REACH, FDA, UL, etc.)

  ・Fast international logistics and professional after-sales service

Juyuan is committed to helping customers achieve more reliable material performance in the fields of electronics, electrical engineering, industry and medical care, especially having rich supply experience in the field of peek material.

 

09 | Frequently Asked Questions 

 

Q1: Is LNP™ STAT-KON™ LX04420C suitable for cleanrooms?

Yes, its low precipitation and stable resistance characteristics are highly suitable for clean processes in the semiconductor and display industries.

Q2: Is it recommended to use recycled materials?

It is not recommended to reuse recycled materials in ESD-critical applications to avoid affecting conductivity and surface quality.

Q3: What advantages does it have compared with PPS conductive materials?

PEEK substrates have higher heat resistance, better dimensional stability and superior mechanical properties, making them stand out in the peek material category.

peek material supplier

 

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