Depending on your individual requirements we offer different search and selection functions to help you find the appropriate material. The listed products are an extract from our actual product portfolio. More products are available on request.
Do you need further information about our casting resins and potting resins? Please get in touch with us. We are looking forward to your email to castingpotting.elantas.europe@altana.com.
Epoxy
| Product | Mix viscosity | max. recommended operating temperatur | tg value | Description |
| Elan-tron® EC 570/ W 63 | 1200-1800 mPas | 130°C | 55-56°C | Two components expoxy system based on unplasticized resin with low viscosity and long pot life curing agent. Good electric and mechanical property. |
| Elan-tron® EC 67/ W 67 | 350-450 mPas | 130°C | 50-55°C | Two components unfilled epoxy system. Solvent free.Medium reactivity. Low viscosity. Very good electrical characteristics. |
| Elan-tron® MC 115H/ WH 115 HT | 100.000-130.000 mPas | 200°C | 105-110°C | Two components epoxy system based on a bis-phA-F modified resin and pre accelerated anhydride. Good processing and impregnation for conventional casting and APG. High thermal shock resistance. Excellent thermo-mechanical properties. |
| Elan-tron® MC 137/ WH 035 | 1600-2400 mPas | 180°C | 115-125°C | Two components epoxy system based on a pre-filled resin and an anhydride based hardener. Solvent free. Very good electrical and mecahanical property. High thermal conductivity. |
| Elan-tron® MC 23/ WH 23 | 1200-1800 mPas | 155°C | 65-75°C | Two components epoxy system based on a pre-filled resin and an anhydride based hardener. Solvent free. Very good electrical and mecahanical property. |
| Elan-tron® MC 26/ W 63 | 2000-2500 mPas | 130°C | 0-10°C | Two components filled epoxy system self estinguishing, free from antimony phosphorous and solvents. Good electric and mechanical properties. High thermal shock resistance. Low exothermic peak. Low shrinkage. Good heat dissipation. The system is ULV0 listed (file E116643) |
| Elan-tron® MC 28/ W 228 | 2000-3000 mPas | 130°C | 38-45°C | Two components filled epoxy system. The system is halogens, phosphorus and solvents free.Self-extinguishing. Good electrical and mechanical properties. Low exothermic peak. Good heat dissipationThe system is UL 94 V-0 listed (File E116643) |
| Elan-tron® MC 28.1/ Wl 228.1 | 1500-26000 mPas | 130°C | 42-50°C | Two components filled epoxy system. The system is halogens, phosphorus and solvents free.Self-extinguishing. Good electrical and mechanical properties. Low exothermic peak. Good heat dissipationThe system is UL 94 V-0 listed (File E116643). |
| Elan-tron® MC 35.1/ W 12 | 1800-2800 mPas | 155°C | 65-70°C | Two components epoxy system filled with no abrasive fillers. The system is based on a medium low viscosity resin and low visocisity hardener. Solvent free. Medium reactivitiy. Low viscosity. |
Elan-tron® | 150-250 mPas | 180°C | 195-205°C | Two components epoxy system based on a pre-filled resin and an anhydride based hardener. Solvent free. Very good electrical and mecahanical property. Good thermal conductivity. |
| Elan-tron® MC 5470 Fr/ W5710 | 2200-3200 mPas | 155°C | 90-100°C | Two components filled epoxy system. Low viscosity. The system is free from alogens. Good electrical mechanical properties. Low shrinkage. Low isothermic peak. Good heat dissipation, suitable for immersion in sea water. The system is UL 94 V-0 listed (file 116643) |
| Elan-tron® MC 62/ W363 | 1400-2200 mPas | 155°C | 35-58°C | Two components filled epoxy system. Low viscosity. The system is free from alogens. Good electrical mechanical properties. Low shrinkage. Low isothermic peak. Good heat dissipation, suitable for immersion in sea water. The system is UL 94 V-0 listed (file 116643). RTI electrical and mechanical 155°C. |
| Elan-tron® MC 622/ W360 | 1800-2300 mPas | 155°C | 57-63°C | Two components filled epoxy system. Low viscosity. The system is free from alogens. Good electrical mechanical properties. Low shrinkage. Low isothermic peak. Good heat dissipation, suitable for immersion in sea water. The system is UL 94 V-0 listed (file 116643). |
Polyurethane
| Product | Mix viscosity | max. recommended operating temperatur | tg value | Description |
| Elan- tron® PU 311/ PH 27114 | 1000-15000 mPas | 110°C | -15-5°C | Two components PU system, filled with no abrasive fillers, self estinguish, solvent free, flexible and good electrical properties. The system is UL 94 V-0 listed ( File E116643) |
| Elan- tron® PU 314/ PH 114 | 1000-2000 mPas | 130°C | -18-28°C | Two components self-estinguishing flexible system filled with no abrasive filler. The system is free from solvents and halogens. Good electrical properties, good thermal resistance. The system is ULV0 listed (file E116643) |
| Elan- tron® PU 4110/ PH 4900 | 4900-5000 mPas | 150°C | -70-70°C | Two components PU system, excellent flexibility at low temperature. Good electrical properties. |
| Elan- tron® PU 4147FR/ PH 4920 | 1500-2000 mPas | 120°C | 20-30°C | Two components self-estinguishing flexible system filled with no abrasive filler. The system is free from solvents and halogens. Good electrical properties, good thermal resistance. The system is ULV0 listed (file E116643) |
| Elan- tron® PU 4734 FR VP/ PH 4920 | 1500-2000 mPas | 155°C | 0-10°C | Two components polyurethane resin with high temperature stability and very good electrical insulation. ULV0 listed. |
Silicone
| Product | Mix viscosity | max. recommended operating temperatur | Description |
| Elan-tron® SK 65V2-55/ SH 69V1-55 | 3500 mPas | 180°C | Two components silicone /addition system. Good processing and . High thermal shock resistance. |
| Elan-tron® SK 65V2-70/ SH 69V1-70 | 4500 mPas | 200°C | Two components silicone /addition system. Good processing and . High thermal shock resistance. |
| Elan-tron® SK 65V2-71/ SH 69V1-71 | 4500 mPas | 220°C | Two components silicone /addition system. Good processing and . High thermal shock resistance. |
| Elan-tron® SK 65V1-35/ SH 69V2-35 | 900,00 mPas | 200°C | Two components silicone /addition system. Good processing and . High thermal shock resistance. |