STAT-KON EJ000C Compound. Polyetherimide Resin Carbon Nanotube

LNP™ STAT-KON™ EJ000C Compound is a High-Performance Polyetherimide (PEI) Compound Utilizing Advanced Carbon Nanotube (CNT) Technology to deliver Electrical Conductivity, Exceptional Thermal performance and Contamination Control for demanding Semiconductor, Electronics and Precision Manufacturing applications. Manufactured using LNP™ Clean Compounding Technology, STAT-KON™ EJ000C combines Conductivity with Low Ionic Contamination and Low Outgassing Characteristics, making it suitable for highly Sensitive Environments where Cleanliness and reliability are Critical.

Built on a Premium Polyetherimide Resin Platform, LNP™ STAT-KON™ EJ000C Compound provides excellent Heat Resistance, Mechanical Strength and Dimensional Stability. The Incorporation of Carbon Nanotube Technology enables Conductivity at Lower Loading Levels compared to Conventional Conductive Fillers, helping preserve the Inherent Mechanical and Thermal Advantages of PEI while delivering reliable Electrostatic Control.

A Key Advantage of STAT-KON™ EJ000C is its controlled Conductive Performance. The Compound Exhibits a Surface Resistivity range of approximately 1 × 10⁴ to 1 × 10⁷ Ω, making it suitable for Static Dissipative and Conductive applications requiring Protection against Electrostatic Discharge. This performance supports use in Semiconductor Manufacturing Equipment, Wafer Handling Systems, Test Fixtures, Automation components and Sensitive Electronic Assemblies.

Unlike Conventional Conductive Engineering Compounds, LNP™ STAT-KON™ EJ000C is Produced using Advanced LNP™ Clean Compounding Technology, specifically developed for Contamination-Sensitive applications. The material features Low Ionic Contamination, including reduced Levels of Nitrates, Chlorides and Sulfates, helping Minimize Contamination Risks in Cleanroom and Precision Manufacturing Environments.

Another important benefit is its Low Outgassing Performance. The Compound is engineered with reduced Volatile Content, helping Limit Contamination within Semiconductor Processing Equipment and High-Purity Manufacturing Systems. by reducing Particulate and Ionic Contamination Risks, STAT-KON™ EJ000C can Help Lower the Potential for Wafer Damage while supporting more accurate and reliable Sensor Readings, Inspections and Manufacturing Data Collection.

The PEI Resin Platform further contributes to Exceptional Thermal Performance. LNP™ STAT-KON™ EJ000C Compound maintains Mechanical Integrity, Stiffness and Dimensional Stability at Elevated Operating Temperatures where many Conventional Engineering Plastics May Experience performance Degradation. This makes the material particularly suitable for High-Temperature Electronics and Semiconductor applications.

In addition to Conductivity and Cleanliness, the Compound delivers High Stiffness, High Strength and excellent Dimensional Stability, allowing manufacturers to produce Precision components Capable of maintaining Tight Tolerances in Challenging Environments. The combination of CNT Technology and PEI Chemistry provides an Advanced material Solution for applications requiring Conductivity without Sacrificing Structural Performance.
Because of its unique combination of Conductivity, Contamination Control and Thermal Stability, LNP™ STAT-KON™ EJ000C Compound is widely used in Semiconductor Equipment, Wafer Handling Systems, Electronics Manufacturing Equipment, Precision Automation Systems, Analytical Instruments and Contamination-Sensitive Industrial applications.

In addition to its Electrical and Mechanical Advantages, LNP™ STAT-KON™ EJ000C 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 achieve Sustainability Objectives while maintaining the Advanced performance requirements Expected in Modern Electronics and Semiconductor Industries.


Notes:

LNP™ STAT-KON™ EJ000C Compound
Polyetherimide (PEI) Resin
Carbon Nanotube (CNT) Reinforced
Surface Resistivity: 1 × 10⁴ to 1 × 10⁷ Ω
LNP™ Clean Compounding Technology
Low Ionic Contamination
Low Nitrates, Low Chlorides
Low Sulfates
Low Outgassing Performance
RoHS Compliant