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STAT-KON RX10004 Polyamide 6/6 with Carbon Fiber and 35% Glass Fiber

Polyamide 6/6 (PA6/6) Based. Easy Molding & Electrically Conductive

LNP™ STAT-KON™ RX10004 Compound is a High-Performance Polyamide 6/6 (PA6/6) Compound Reinforced with Conductive Carbon Fiber and 40% Glass Fiber, engineered for applications requiring Electrical Conductivity, Exceptional Stiffness, Structural Strength and efficient Processing. designed for demanding Industrial, Electrical and Automation applications, STAT-KON™ RX10004 combines the Durability of Nylon 6/6 with High Reinforcement Levels to deliver excellent Mechanical performance while maintaining reliable Static Control Characteristics.

Built on a Proven PA6/6 Resin Platform, LNP™ STAT-KON™ RX10004 Compound offers an Outstanding balance of Rigidity, Strength and Chemical Resistance. The combination of Conductive Carbon Fiber and 40% Glass Fiber Reinforcement significantly Improves Structural Performance, Dimensional Stability and Load-Bearing Capability, making it suitable for Precision components and demanding Engineering applications.

A Key Advantage of STAT-KON™ RX10004 is its controlled Conductive Performance. The Compound Exhibits a Surface Resistivity range of approximately 1 × 10⁵ to 1 × 10⁷ Ω, making it suitable for Static Dissipative and Conductive applications where Electrostatic Discharge Protection is Important. This Conductivity Profile supports applications in Automation Systems, Electrical Equipment, Electronic Assemblies and Industrial Handling Systems.

The High Glass Fiber Loading provides Exceptional Stiffness and Strength, allowing components Manufactured from LNP™ STAT-KON™ RX10004 Compound to maintain Dimensional Accuracy under Mechanical Stress and Elevated Operating Temperatures. This enhanced Rigidity makes the material particularly suitable for Structural applications requiring Long-Term reliability and Precision.

Another important benefit is its easy Molding Formulation. Despite the High Reinforcement Content, the Compound is specifically engineered for efficient Processing and good Mold Flow, helping manufacturers produce Complex Parts with consistent Quality and Dimensional Accuracy. This supports improved Productivity and Manufacturing Efficiency without Compromising Performance.

The PA6/6 Resin System also contributes excellent Resistance to Hydrocarbons, Oils and Industrial Lubricants. This Chemical Durability enables components to maintain their Mechanical and Electrical properties in Challenging Industrial Environments where exposure to Fuels and Processing Fluids is Common.

In addition to Strength and Conductivity, STAT-KON™ RX10004 offers excellent Wear Resistance, Abrasion Resistance and Inherent Lubricity. These properties support reliable performance in applications Involving repeated Motion, Friction and Long-Term Mechanical Loading. combined with High Heat Tolerance, the material is suitable for demanding Operating Environments requiring Durability and Stability.

Because of its combination of Conductivity, Stiffness, Processability and Chemical Resistance, LNP™ STAT-KON™ RX10004 Compound is widely used in Industrial Automation Equipment, Electrical Housings, Structural Components, Electronic Equipment, material Handling Systems and Static-Dissipative Engineering applications.

In addition to its Electrical and Mechanical Advantages, LNP™ STAT-KON™ RX10004 Compound is RoHS Compliant, supporting Compliance with Global Environmental Regulations while maintaining Dependable Engineering Performance.


Notes:

LNP™ STAT-KON™ RX10004 Compound
Polyamide 6/6 (PA6/6) Resin
Conductive Carbon Fiber Reinforced
40% Glass Fiber Reinforced
Surface Resistivity: 1 × 10⁵ to 1 × 10⁷ Ω
Chemical Resistance to Hydrocarbons
RoHS Compliant

STAT-KON™ RX10004 Resin has a Flexural Modulus of 16900 MPa. 2 mm/min ISO 178

STAT-KON™ RX10004 Resin offers a Tensile Strain, Break, 5 mm/min of 2.8%. ISO 527

SABIC LNP™ STAT-KON™ RX10004 compound offer HDT, 1.82 MPa of -°C

LNP™ STAT-KON™ RX10004 Compound Resin has 0.2 ~ 0.4% Shrinkage, Along flow

STAT-KON® RX10004 Compound are

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