Formulate the best flame-retardant cable compounds with silane coupling agents and crosslinkers
- 30 min
by
Camillo Cardelli
The Cable industry is one of the most innovative and competitive on global scale.
Are you facing the challenges for halogen-free flame-retardant compounds like:
Achieving optimal electrical properties in thin cables under humid conditions, resistance to aggressive chemicals and oils, long-term resistance to high temperatures and oxidative/UV exposure, exceptional crack resistance at extreme temperatures (-60°C/+110°C), high extrusion speeds, and competitive formulation costs.
- Hydrophobization of highly loaded HFFR compounds.
- Hybrid coupling action in synergy with maleated polyolefins.
- Silan and radiation crosslinking of PE, EPR/EPDM and HFFR compounds.
- Stabilization for high T-rated compounds predicted by Arrhenius curve method.
SILMAPROCESS, SILMASTAB and SILMALINK for thermoplastic and crosslinked HFFR compounds will be described, with few practical examples.
Missed the live event? Register for this webinar and watch the recording now.
Presented by:
Length:
30 min
Why should you attend?
In this webinar, you will learn:
- How to produce special compounds in twin screw extruders or co-kneaders or internal mixer equipments.
- How to crosslink the cable compounds by silanes and by radiation.
- How to formulate compounds for photovoltaic cables.
- How to have highly crack-resistant compounds.
- How to reduce moisture uptaking of HFFR compounds.
- How to improve electrical properties of cable compounds highly loaded with ATH/MDH.
Who should attend?
- Formulators & technologists
- Processing engineers
- Manufacturer of compounding machines
- Technical & R&D Managers
- Purchasing & Marketing Managers
Presenters
Camillo Cardelli
Dr. PhD Industrial Chemist