Where PE-g-MAH Performs

Application

LSZH & HFFR Cable Systems

Our PE-g-MAH acts as an essential coupling agent for LSZH (Low Smoke Zero Halogen) formulations. It exceptionally improves the dispersion of highly polar flame retardants (ATH & MDH), allowing for high filler loading while maintaining flexibility.

Specialty Industrial & Building Wire

Designed for demanding extrusion processes, our compatibilizers deliver superior processing stability. This ensures a smoother surface finish and long-term mechanical reliability for heavy-duty industrial power cables.

Photovoltaic (PV) & Green Energy Cables

Engineered for the renewable energy sector, our products ensure outstanding weather resistance and durability. They provide critical interfacial adhesion for cross-linked polyolefin (XLPO) insulation materials used in solar and wind power cables.

Advanced Polymer Compounding & Alloys

Beyond cables, our PE-g-MAH is widely used in high-performance polyolefin modification. It serves as a highly efficient coupling agent to enhance the bond between non-polar polyolefins and polar materials like glass fiber and minerals.

Carrier Matching First

Where PE-g-MAH Fits Best

Carrier matching comes first. PE-g-MAH is most relevant when the dominant continuous phase is polyethylene or PE-rich polyolefin.

Application	Typical Matrix	Interface Challenge	PE-g-MAH Role
LSZH / HFFR sheath	LLDPE / LDPE / EVA / POE blends	High ATH or MDH loading; elongation pressure	Improve filler wetting and interface stability
Halogen-free insulation	PE-rich blends	Mechanical balance under mineral loading	Support tensile / elongation balance
PE-based cable compounds	LLDPE / HDPE / POE	Blend incompatibility, surface instability	Improve interfacial interaction
Crosslinkable PE systems *	LDPE / LLDPE	Compatibility without disturbing cure system	Use only after peroxide / silane compatibility validation

* Crosslinkable systems require dedicated validation. PE-g-MAH must not be assumed neutral to peroxide, silane, dielectric or hot-set performance.