LG Chem EVA EC28005
LG Chem EVA EC28005 is a high-performance, contaminant-free ethylene-vinyl acetate (EVA) copolymer engineered for wire & cable insulation, semi-conductive compounds, and high-filler electrical applications. With 28% vinyl acetate, ultra-low MFI 5 g/10 min, density 0.951 g/cm³, tensile strength 12 MPa, elongation 800%, and Shore A 78, EC28005 delivers outstanding flexibility, electrical compatibility, and superior high-filler-loading capability. Developed by LG Chem (South Korea), EC28005 ensures uniform VA/MI, strict contaminant control, and predictable electrical and mechanical performance for cable manufacturers, compounders, and insulation specialists across India’s major electrical cable clusters.
Functional Features & Technical Authority
- Ultra-Low MFI (5): Enables high-filler loading (carbon black, flame retardant) without compromising melt flow or compound stability—crucial for semi-conductive and insulation applications.
- Contaminant-Free: Strict quality control ensures minimal gel, no fisheye, and particle-free resin—critical for electrical safety, breakdown prevention, and long cable life.
- 28% VA Content: Delivers exceptional flexibility and electrical compatibility, allowing cables to withstand bending, laying, and thermal or mechanical stress.
- Uniform VA/MI: Guarantees consistent batch-to-batch performance, electrical property predictability, and mechanical reliability in every cable production run.
- Electrical-Optimised: Designed for semi-conductive cable compounds, insulation shields, and conductor shields—ensuring stable electrical resistance, shielding, and cable safety.
- High Filler Loading Capability: Accepts up to 30–40% carbon black/flame retardant for required conductivity, flame resistance, and mechanical durability.
- Excellent Mechanical Strength: 12 MPa tensile, 800% elongation ensure cable jackets and insulation resist damage, abrasion, and environmental stress.
- Regulatory Compliance: Meets IEC, ASTM, and cable industry standards for mechanical, electrical, and safety performance; documentation available from LG Chem and Indian distributors.
Applications
Semi-Conductive Cable Jackets & Insulation Shields (Primary):
EC28005 is engineered for use in semi-conductive cable jackets, insulation shields, and conductor shields in medium and high-voltage power cables. Its ultra-low MFI and contaminant-free design enable high carbon black/flame retardant loading for precise electrical resistance, stable shielding, and long-term reliability.
Wire Insulation & Jacket Compounds:
Ideal for flexible wire insulation and outer cable jackets, EC28005’s 28% VA and robust mechanical properties ensure pliable, durable, and flame-resistant cable structures.
Specialty Electrical & Conductive Applications:
Used in bonded conductor/insulation shields, HV cable systems, underwater and marine cable compounds, and multi-layer cable structures—where electrical safety and environmental resistance are critical.
General Foam & Other Applications:
EC28005’s flexibility and mechanical strength also enable use in foam compounds and general-purpose high-VA compounds where electrical neutrality and softness are desired.
Key Application Bullets:
- Semi-conductive cable jackets, insulation/conductor shields
- Flexible wire insulation, cable jackets
- Power cable insulation systems, HV/MV cables
- Underwater, marine, and specialty electrical cables
- Foam compounds, general high-VA applications
CAS Number
HSN Code
Need Technical guidance?
Why buy LG Chem EVA EC28005 from JITSY?
- Direct import & verified sourcing
- Authorised channel–led supply
- Pan-India B2B delivery
- Transparent pricing & documentation
- Mobile app–enabled procurement
- Full compliance (RoHS, BIS/ISI, EPR, GST)
- Batch traceability
FAQs
Frequently Asked Questions
What is LG Chem EVA EC28005 and why is it cable-specific?
What are the main applications of LG EC28005?
How does EC28005 compare to ES28005 (foam) and EA28025 (HMA+foam)?
What are typical semi-conductive cable compound formulations using EC28005?
Why is contaminant-free resin critical for cable safety?
What regulatory compliance does EC28005 have for cable applications?
Why is transparent sourcing important for EC28005 in Indian cable and electrical sectors?
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