Insulation Compounds

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- Thermoplastic compound offering good mechanical strength and flame resistance.

- Dielectric Strength: >18 kV/mm; Temp: up to 70 °C; RoHS compliant

- Cross-linked polyethylene for enhanced thermal stability and low dielectric loss.

- Temp Rating: 90–105 °C; Volume Resistivity: >10¹⁴ Ω·cm

- Thermoplastic elastomer for flexible, low-voltage insulation applications.

- Flexibility: High; Temp Range: -40 °C to 105 °C

- Safe insulation for public buildings and tunnels; limits toxic gas in fires.

- Halogen Content: <0.2%; Smoke Density: Low; Flame Retardant

- High-temperature and highly flexible insulation for specialty cables.

- Temp Range: -60 °C to 200 °C; Weather Resistant

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- Polyethene-based compound providing toughness and moisture resistance.

- Density: 0.92–0.94 g/cm³; Temp Range: -40 °C to 70 °C

- Halogen-free compound designed to reduce smoke and toxic gas emissions in fire.

- Halogen Content: <0.2%; Flame Retardant; Low Smoke Density

- Thermoplastic polyurethane offering abrasion resistance and flexibility.

- Tensile Strength: >40 MPa; Temp Range: -50 °C to 105 °C

- Flexible sheathing compound with good weather and oil resistance.

- Dielectric Strength: >15 kV/mm; Flame Retardant Grades Available

- Rubber-based compound providing oil, chemical, and weather resistance.

- Temp Range: -40 °C to 90 °C; Resistant to oils and fuels

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- Widely used inorganic FR filler for cable compounds; decomposes to release water vapour.

- Decomposition Temp: ~200 °C; Particle Size: 1–50 µm; Non-toxic

- High-temperature flame retardant releases water to suppress fire and smoke.

- Decomposition Temp: ~330 °C; Particle Size: 1–20 µm; Low smoke

- Formulated blends of mineral fillers and polymers for safe, eco-friendly FR performance.

- Halogen Content: <0.2%; Compliant with RoHS/REACH

- Reactive and additive flame retardants improving char formation in cables.

- Phosphorus Content: 15–20%; Halogen-Free; Synergistic with ATH

- Advanced FR systems combining P/N for smoke suppression and char stability.

- Intumescent effect; Eco-friendly; Improved flame retardancy

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- Carbon black-filled PE/XLPE used in cable shielding layers.

- Resistivity: <500 Ω·cm; Smooth extrusion; Compatible with XLPE

- Semi-conductive layer bonded to insulation for cable integrity and stress control.

- Volume Resistivity: <1000 Ω·cm; Strong adhesion to insulation

- Semi-conductive material allowing easy removal during cable termination.

- Resistivity: <1000 Ω·cm; Peel strength optimized; Easy strip design

- Polyethylene compounds with conductive fillers for grounding and antistatic layers.

- Surface Resistivity: 10³–10⁵ Ω/sq; Tensile Strength: >12 MPa

- EVA-based conductive blends for flexibility and shielding in special cable applications.

- Volume Resistivity: <10³ Ω·cm; Flexible; Good processability

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- Additives that protect cable polymers from thermal degradation during processing/use.

- Based on Ca/Zn or organotin; Effective up to 200 °C

- Absorbers and quenchers prevent UV-induced cracking and discolouration.

- Hindered Amine Light Stabilisers (HALS); Long-term outdoor stability

- Radical scavengers prevent polymer oxidation under heat and stress.

- Phenolic-based; Effective at 0.1–0.5% loading

- Peroxide decomposers and synergists extend the thermal resistance of insulation.

- Phosphite-based; Work with phenolics for enhanced durability

- Lubricants and modifiers improve extrusion, dispersion, and surface finish.

- Stearates, waxes, or siloxanes; Reduce melt viscosity; Improve output

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