HOGARPRODUCTOSPEEKSABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood

PRODUCTOS

  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood
  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood
  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood
  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood
  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood
  • SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood

SABIC LGL33 | Plastic PEEK Material for Automotive Engine Hood

SABIC LNP™ LUBRICOMP™ LGL33 (PDX-L-90086) is a graphite and PTFE reinforced plastic PEEK material designed for demanding automotive environments. It combines high wear resistance, dimensional stability, and low friction, making it ideal for lightweight engine hood components.

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  • Estructura del producto

What is Plastic PEEK Material

 

Plastic PEEK material, with its excellent heat resistance, wear resistance, and dimensional stability, is an ideal material choice for automotive hood and underhood structural components.

LNP™ LUBRICOMP™ LGL33 (PDX-L-90086), produced by SABIC, is a composite modified PEEK material (PEEK-CD15-PTFE15). By adding 15% graphite and 15% PTFE, its stability and life in high-temperature friction environments are significantly improved.

In automotive underhood systems, LGL33 can be used to replace traditional metal or unfilled PEEK components, reducing vehicle weight while improving wear resistance and noise performance, meeting the demanding operating conditions of the underhood.

PEEK LGL33 (PDX-L-90086)

 

01 | Material Highlights

 

Outstanding wear resistance

  ・Containing 15% graphite and 15% PTFE, the material forms a self-lubricating system internally, significantly reducing wear under repeated friction or sliding conditions.

Stable coefficient of friction

  ・The static friction coefficient is 0.39 and the dynamic friction coefficient is 0.36 (ASTM D3702), maintaining smooth operation in a continuous friction environment.

Good mechanical strength

  ・The tensile strength reaches 65 MPa, and the flexural modulus exceeds 4300 MPa. It can maintain structural integrity even after long-term use.

Excellent heat resistance

  ・The heat distortion temperature can reach up to 298°C (ASTM D648, 0.45MPa), and it can withstand the high-temperature environment in the engine compartment of automobiles.

Stable in size and low water absorption rate

  ・The water absorption rate is only 0.03%, maintaining precise fit and reliable performance even under changes in humidity.

 

02 | Processing and Technology Compatibility

 

LNP™ LUBRICOMP™ LGL33 is specifically designed for injection molding applications.

  ・Flow characteristic balance: The modified filler structure ensures uniform distribution of the material during the molten flow process, reducing warpage and internal stress.

  ・Low shrinkage rate: The shrinkage rate is 1.3% in the flow direction and 1.5% in the vertical direction, ensuring precise product dimensions.

  ・Suggested mold temperature: It is recommended to control it between 170 and 190°C to balance surface quality and crystallinity.

It is suitable for structural components, wear-resistant parts and moving components with extremely high requirements for dimensional accuracy.

 

03 | Typical Applications

 

Automobile hood and engine compartment components

  ・It has both heat resistance and wear resistance, and can replace metal parts to reduce weight and cost.

Compressor and pump body assembly

  ・It exhibits stable wear resistance under dry friction or boundary lubrication conditions, thereby extending the service life of equipment.

Mechanical bushings, gears, sliders

  ・It has excellent silent effect and low wear characteristics, making it suitable for industrial equipment that operates continuously.

 

04 | LNP™ LUBRICOMP™ LGL33 (PDX-L-90086) Data Sheet

 

Comportamiento mecánicoCondiciónEstándarValorUnidad
Instrument Impact23°C Total EnergyASTM D37635Yo
AlargamientoRotura de 5 mm/minNorma ASTM D6383.9%
AlargamientoRotura de 5 mm/minISO 5273.8%
Multi-Axial ImpactISO 66031Yo
Resistencia a la flexiónISO 178116MPa
Resistencia a la flexiónRotura de 1,3 mm/minNorma ASTM D790119MPa
Módulo de flexión1,3 mm/minNorma ASTM D7904380MPa
Módulo de flexión2,0 mm/minISO 1784240MPa
Impacto sin muescas Izod23ºCASTM D481236.93kJ/m²
Impacto sin muescas Izod23 °C 4,0 mmISO 18023kJ/m²
Impacto de muesca Izod23ºCNorma ASTM D2564.48kJ/m²
Impacto de muesca Izod23 °C 4,0 mmISO 1804kJ/m²
Resistencia a la tracciónRotura de 5 mm/minNorma ASTM D63865MPa
Resistencia a la tracciónRotura de 5 mm/minISO 52765MPa
Módulo de tracción1,0 mm/minISO 5274290MPa
Módulo de tracción5mm/minNorma ASTM D6384310MPa
Friction FactorRingASTM D37020.0ft-lb-hr
Friction FactorWasherASTM D370246ft-lb-hr
Coeficiente de fricciónEstáticoASTM D37020.39
Coeficiente de fricciónDinámicaASTM D37020.36
TérmicoCondiciónEstándarValorUnidad
HDT0,45 MPa 4,0 mmISO 75247°C
HDT1,8 MPa 4,0 mmISO 75154°C
HDTUnannealed 0.45MPa 3.2mmNorma ASTM D648298°C
HDTUnannealed 1.8MPa 3.2mmNorma ASTM D648161°C
CLEFlow -30.0~30°CNorma ASTM D6964.1E-5cm/cm/°C
CLExFlow -30.0~30°CNorma ASTM D6964.6E-5cm/cm/°C
Propiedad fisicaCondiciónEstándarValorUnidad
Absorción de agua50RH 24hrNorma ASTM D5700.03%
Absorción de agua23 °C 50HRISO 620.05%
ContracciónFlow 24hrNorma ASTM D9551.3%
ContracciónxFlow 24hrNorma ASTM D9551.5%
DensidadNorma ASTM D7921.46gramos/cm³

 

05 | Industry Trends

 

Plastic PEEK material leads the lightweighting of automotive engine hoods

With the increasing demand for automotive lightweighting and durability, plastic PEEK material containing graphite and PTFE is being widely used in engine hood and engine compartment structural components.

This type of composite material can reduce weight by more than 40% compared to aluminum alloy and has better heat resistance and wear resistance, making it suitable for high-temperature and high-friction working environments.

In new energy vehicle models, the insulation and chemical stability of PEEK have also become important factors in ensuring system safety.

As a professional supplier of plastic raw materials, Juyuan can provide multiple brands of modified PEEK particles and support formula fine-tuning and technology selection, helping customers achieve a balance between performance and cost in engine hood projects.

 

06 | Similar Recommendations

 

To meet the varying performance requirements of automotive hood and engine compartment systems, Juyuan recommends the following similar materials as alternatives or complementary options:

Modelo de productoDescripciónPeso específicoResistencia a la tracciónAlargamientoContracciónMódulo de tracciónTemperatura de deflexión térmicaIzod Notched ImpactMódulo de flexiónIzod Unnotched ImpactCoefficient of Linear ExpansionResistencia a la flexiónProperty Summary
LL003 (LL-4030)Application: Automotive engine covers • Oil/Natural gas applications1.39 g/cm³64 MPa4.50%0.9–2%3000 MPa156 ℃48 J/m2940 MPa723 J/m4.7E-5 cm/cm/℃92 MPaNotched impact: 4.89 kJ/m²Heat deflection temperature: 156 ℃
LF003 (LF-1003)Application: Automotive engine covers1.39 g/cm³136 MPa2.90%0.80%74460 MPa328 ℃53 J/m62740 MPa854 J/m4.86E-5 cm/cm/℃199 MPaNotched impact: 5.40 kJ/m²Heat deflection temperature: 328 ℃
LCL33E (LCL-4033 EM)Material Characteristics: Easy to moldApplications: Oil/Natural gas • Aircraft interiors • Automotive engine covers • Electrical & electronic components1.43 g/cm³179 MPa1.70%0.1–0.3%16610 MPa298 ℃64 J/m12960 MPa491 J/m2.37E-5 cm/cm/℃266 MPaFlammability rating: V-0Notched impact: 6.53 kJ/m²

These materials can be flexibly combined based on product requirements and usage environments.

Plastic PEEK Material

 

07 | Frequently Asked Questions (FAQ)

 

Q1: What are the differences between PEEK filled with graphite /PTFE and pure PEEK?
A1: Composite fillers significantly reduce the coefficient of friction and enhance the wear-resistant service life, making them particularly suitable for long-term sliding or rotating components.

Q2: Can LNP™ LGL33 replace metal parts?
A2: It is fully feasible in mechanical or automotive parts with medium and low loads, which can reduce weight and improve lubrication performance.

Q3: Are there any appearance restrictions on this material?
A3: Due to the presence of PTFE, the surface is slightly matte and is not suitable for occasions where a transparent or high-gloss appearance is required.

 

08 | Reasons to Choose Juyuan

 

As an international supplier with 24 years of experience in plastic raw material trading and blending, Juyuan offers customers:

  ・Multi-channel stable supply system: Maintaining long-term cooperation with multiple brands and authorized distributors, and possessing independent modification and repackaging capabilities, it can flexibly meet the demands of different projects.

  ・Technical and processing support: Based on the customer's injection molding, extrusion or modification processes, provide formula matching and processing parameter suggestions;

  ・Global trade and logistics advantages: A complete international transportation and inventory management system ensures efficient and continuous supply of raw materials.

Whether you are developing automotive precision parts, industrial wear-resistant parts or special engineering plastic applications, Juyuan can provide you with stable and reliable plastic PEEK material procurement and technical support solutions.

peek material supplier

 

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