crosslinkable semi conductive compound

Our crosslinkable semi conductive compound is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor shield or bonded insulation shield of power cables. Semi-conductive layers, internal, external are designed to protect XLPE, EPR insulation layer. They are blends of Winpower resins and carbon black (up to 30%).

Automotive PVC Wire and Cable

This series compounds are used in low-voltage vehicle wire, such as internal or external detection cable。 They are oil resistant, ozone resistant, abrasion and UV resistant. They are compliant with German standards : FLRY, FLR2Y, FLR5Y , or American standards: GPT, TWP, GLX, or Japanese standards: AV, AVS, AVSS .

Green Energy PVC Cable

LSZH/HFFR/LSHF Automotive Wire and Cable

LSHF compound solution for wire and cable in both fuel oil vehicle and new energy vehicle. This series compounds are flame retardant, high heat-resistant , cross-linkable . They can be used as internal and external power cables or controlling wires. Compliance with the standards : ISO6722, JASO D611, SAE J 1128, TUV 2 Pfg1908, CQC1103-1105 .

LSHF/LSZH/HFFR Compound for Rail Transit Wire and Cable

LSHF compounds for rail transit wire and cable include two different application types, one is for high-speed train internal control and signal cable, the other is for the subway buried power cable. These compounds can meet the standards: GB / T12528, TB / T1484.1, EN50264, JIS C 3005.

Green Energy Photovoltaic Cable

Green energies have a bright future worldwidely . PV compounds are ideal solutions for PV power applications. It ensure a long-life time performance . These compouns have got TUV, EN and UL certifications.

LSHF for Marine cables

Marine cable works in a extreme condition in the sea. Mega LSHF compounds provide excellent performance involving high oil resistance, heat resistance, water resistance, erosion resistance and abrasion resistance. They can be used in both submarine cable and offshore oil platform cable . Also , our compounds can also be used in power transmission and signal transmission cable in ships.They are compliant with IEC60092-360, IEC60092-353 or GB9331.

LSZH Compound for Building Wire and Cable

With the enhancement of safety and environmental awareness, people increasingly improve the halogen-free and flame retardant requirements of the wires for the civil building industry. We provide various halogen-free cable materials with high flame retardance, low smoke, abrasion resistance, hydrolysis resistance, and high heat resistance to meet the demands in the building industry. In the case of burning, the insulation layer of the civil building wiring cable is required not to release the halogenous gas with low smoke concentration. Also the resistance during the process of usage is ensured

Thermoplastic HFFR Insulation Compound

LS2401 is a thermoplastic low-smoke halogen-free insulation compound. The properties can meet RoHS Standard. They have excellent mechanical and flame-retardant properties with temperature resistance from -40℃to 90℃. They are mainly used for the insulation of communication cables, control cables, and power cables.

Peroxide XLPE compound for MV cable insulation up to 35kV

Peroxide XLPE compound for MV cable insulation up to 35kV

Silane grafted XLPE Compound of Sioplas Method for wires and cables

In the Sioplas process, Polyethylene is first grafted in the presence of a mixture of Vinylsilane and peroxide to make a crosslinkable polyethylene. The material can be either processed directly or stored in dry conditions for up to several months. In a Separate step, the crosslinking catalyst, typically a tin derivative such as dibultinlaurate (DBTDL) and an anti-oxidant are mixed with polyethylene in a single or twin-screw extruder. This is the catalyst masterbatch, part B, to be used with the silanepolyethylene, part A. In a second step, grafted polyethylene is dry blended with a catalyst