STAT-KON FX98501 Compound. Electrically Conductive Polyethylene Resin

LNP™ STAT-KON™ FX98501 Compound is a High-Performance Polyethylene (PE) Compound Reinforced with Conductive Carbon Powder and Glass Fiber, developed for applications requiring Electrical Conductivity, Structural Stiffness, Chemical Resistance and Cost-Effective Performance. combining the Durability and Processing Advantages of Polyethylene with Conductive Functionality, STAT-KON™ FX98501 provides an Economical Engineering material Solution for Industrial, Electrical and material Handling applications where Static Control and Mechanical Strength are Important.

Built on a Polyethylene Resin Platform, LNP™ STAT-KON™ FX98501 Compound delivers reliable Conductivity while maintaining the Lightweight characteristics and Chemical Resistance Associated with PE Materials. The Conductive Carbon Powder System creates an Effective Conductive Network throughout the Material, allowing Electrostatic Charge Dissipation while preserving Ease of Processing and Manufacturing Efficiency.

A Key Advantage of STAT-KON™ FX98501 is its Conductive Performance. The Compound Exhibits a Surface Resistivity range of approximately 1 × 10² to 1 × 10⁵ Ω, making it suitable for Conductive and Static Dissipative applications where Protection against Electrostatic Charge Accumulation is required. This performance supports applications in Electronics Handling, Industrial Containers, Automation Equipment and Conductive Housings.

The addition of Glass Fiber Reinforcement significantly Improves Stiffness and Structural Strength compared with standard Conductive Polyethylene Grades. This Reinforcement helps Enhance Dimensional Stability and Load-Bearing Capability, allowing components to maintain performance under Mechanical Stress while Remaining Lightweight.

Another important benefit is the Material's excellent Chemical Resistance. The Polyethylene Base Resin provides Resistance to many Industrial Chemicals, Cleaning Agents and Corrosive Substances, making LNP™ STAT-KON™ FX98501 Compound suitable for Challenging Processing and Industrial Environments. The material is also highly resistant to Moisture, Contributing to stable Long-Term Performance.

Unlike many High-Performance Conductive Compounds, STAT-KON™ FX98501 offers a Lower-Cost Solution for Conductivity Requirements. The combination of Conductive Carbon Powder and Polyethylene creates a practical balance of performance and Value, helping manufacturers achieve Electrostatic Control without the Higher Costs Associated with Specialty Conductive Reinforcements.

The Compound also provides Moderate Elongation, allowing components to withstand Service Stresses while maintaining Conductivity and Structural Integrity. combined with its enhanced Stiffness and Strength, this makes the material suitable for Industrial components requiring a balance between Rigidity and Durability.

The Inherent Heat Resistance of the Reinforced formulation further Expands its suitability for Industrial and Electrical applications where Elevated Operating Temperatures may be Encountered. together with its Conductivity and Chemical Resistance, these properties allow LNP™ STAT-KON™ FX98501 to perform reliably across a Broad range of Service Conditions.

Because of its combination of Conductivity, Stiffness, Chemical Resistance and Economical Performance, LNP™ STAT-KON™ FX98501 Compound is commonly used in Conductive Containers, Industrial Handling Systems, Automation Equipment, Electronic applications, Storage Systems and Static Dissipative components requiring Long-Term Durability.

In addition to its Electrical and Mechanical Advantages, LNP™ STAT-KON™ FX98501 Compound is RoHS Compliant, supporting Compliance with Global Environmental Regulations that Restrict the use of Hazardous Substances in Electrical and Electronic Equipment. This helps manufacturers meet Environmental Objectives while maintaining reliable Engineering Performance.

Notes:

LNP™ STAT-KON™ FX98501 Compound
Polyethylene (PE) Resin
Conductive Carbon Powder Filled
Glass Fiber Reinforced
Surface Resistivity: 1 × 10² to 1 × 10⁵ Ω
RoHS Compliant